HOSPITALS
Hospital Authority (HA) of Hong Kong is considered to be Immune material’s earliest recurring client, as well as granting the status of authorized supplier.
Since the workshop’s opening, HA has collectively commissioned hundreds of IMU+® embedded products and IMU+® antimicrobial materials, where they play a vital role in enhancing infection control and protecting the patient’s, visitor’s, and staff’s hygienic safety.
CASE STUDIES
Pioneering Hygiene Enhancement at Union Hospital with IML’s IMU+ 3D-Printed Antiviral Technology
Background
Union Hospital (UH), a private facility located in Tai Wai, Sha Tin, stands as a beacon of advanced healthcare in Hong Kong. Established shortly after the Hospital Authority took over public hospital management, UH boasts over 300 beds and offers a hotel-like environment, including a "5-star hotel ward" designed to provide a soothing and comfortable atmosphere for patients.
In a groundbreaking partnership with IML, Union Hospital became the first hospital in Hong Kong to adopt IMU+ 3D-printed Antiviral Technology. This collaboration marked the initial public proof-of-concept for 3D printing (3DP) applications in healthcare, featuring the installation of 3DP handle covers and push plates. This initiative set a significant reference point for IML’s 3DP services, showcasing their commitment to enhancing hygiene in healthcare settings.
The Challenge
In early 2022, Hong Kong was dealing with the fifth wave of COVID-19, the city’s most contagious outbreak to date, with cases peaking at 50,000 per day. Hospitals struggled to manage the sudden surge of confirmed cases, leaving healthcare facilities overstretched and vulnerable to further outbreaks.
Union Hospital, like many others, urgently needed to strengthen infection control measures to prevent the spread of pathogens in high-contact areas. Antimicrobial products became critical for minimizing infection risks by actively reducing harmful pathogens on frequently touched surfaces. However, traditional coatings on surfaces often wore off quickly, diminishing their effectiveness over time. Hospitals require durable, cost-effective solutions to improve hygiene protocols, create safer environments, and reduce the risk of cross-contamination for patients, healthcare workers, and visitors.
Our Solution
IML’s IMU+ technology provided a crucial solution to Union Hospital's challenges. IMU+, an advanced antimicrobial agent, is capable of neutralizing over 99% of surface-level pathogens within 20 minutes of exposure, including the COVID-19 virus. Leveraging in-house 3D printing (3DP) capabilities, IML produced custom-designed handle covers tailored to fit the hospital’s doors and trolleys. These products were developed to maximize hygienic safety while minimizing costs.
Unlike traditional filament (FDM) printing, IML employs liquid crystal display (LCD) printing, which allows for a smooth, non-porous surface finish that is both pleasant to the touch and easy to clean. This ensures that the handle covers not only deliver superior antimicrobial performance but also meet the aesthetic and functional requirements of hospital environments.
The Benefits
The collaboration between Union Hospital and IML successfully demonstrated the efficacy of IMU+ 3D-printed antimicrobial products in a high-demand healthcare setting. Key benefits included:
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Enhanced Infection Control: The IMU+ handle covers actively reduced surface-level pathogens, providing an added layer of protection for patients, staff, and visitors during critical times.
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Cost-Effectiveness: The custom 3DP handle covers were designed to be durable and long-lasting, reducing the need for frequent replacements and lowering overall maintenance costs.
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Improved Hygiene Protocols: The smooth, easy-to-clean surface of the LCD-printed products contributed to more efficient cleaning practices, supporting the hospital’s infection control measures.
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Proof of Concept: Union Hospital's adoption of IML’s products validated the practicality and effectiveness of IMU+ technology, encouraging other hospitals under the Hospital Authority to explore similar implementations.
Conclusion
Union Hospital’s partnership with IML marked a significant step forward in the fight against hospital-acquired infections during the COVID-19 pandemic. By leveraging the advanced antimicrobial properties of IMU+ and the precision of 3D printing technology, Union Hospital not only enhanced its infection control measures but also set a precedent for innovation in healthcare.
This successful collaboration underscores the potential of IML’s IMU+ technology to transform hygiene practices in healthcare settings, ensuring safer environments for patients, healthcare workers, and visitors alike. As more hospitals recognize the value of durable, cost-effective antimicrobial solutions, IML remains committed to supporting the healthcare industry with cutting-edge products tailored to their needs.
Enhancing Queen Elizabeth Hospital Hygiene with IML’s IMU+ 3D-Printed Antiviral Technology
Background
Queen Elizabeth Hospital (QEH) is one of the largest hospitals under the joint management of the Hospital Authority (HA) in Hong Kong. Located in the southern Kowloon district, QEH boasts a capacity of over 1,900 beds and provides a comprehensive range of services for both inpatients and outpatients. As a major tertiary hospital, QEH plays a critical role in serving the region's healthcare needs.
Shortly after IML’s production workshop began operations in 2022, QEH partnered with IML to implement innovative solutions for infection control. The hospital commissioned the production of IML’s IMU+ 3D-printed (3DP) Antiviral Handle Covers, which were installed on ward doors, office doors, and trolleys throughout the facility. This initiative aimed to enhance hygiene measures in high-contact areas and improve the safety of patients, staff, and visitors.
The Challenge
In mid-2022, Hong Kong was grappling with the aftermath of the fifth wave of COVID-19—the city’s most contagious outbreak to date—peaking at 50,000 cases a day. As hospitals struggled to manage the surge in cases, the sixth wave was already emerging, leaving healthcare facilities overstretched and vulnerable to further outbreaks.
QEH, like many hospitals, faced an urgent need to strengthen infection control measures to prevent the spread of pathogens in high-contact areas. Antimicrobial products became critical for minimizing infection risks by actively reducing harmful pathogens on frequently touched surfaces. However, traditional coatings on surfaces often wear off quickly, diminishing their effectiveness over time. Hospitals needed durable, cost-effective solutions to improve hygiene protocols, create safer environments, and reduce the risk of cross-contamination for patients, healthcare workers, and visitors.
Our Solution
IML’s IMU+ technology provided a critical solution to QEH’s challenges. IMU+, an advanced antimicrobial agent, is capable of killing over 99% of surface-level pathogens within 20 minutes of exposure, including the COVID-19 virus. Using our in-house 3D printing (3DP) capabilities, IML produced custom-designed handle covers tailored to fit the hospital’s doors and trolleys. These products were developed to maximize hygienic safety while minimizing costs.
Unlike traditional filament (FDM) printing, IML employs liquid crystal display (LCD) printing, which allows for a smooth, non-porous surface finish that is both pleasant to the touch and easy to clean. This ensures that the handle covers not only deliver superior antimicrobial performance but also meet the aesthetic and functional requirements of hospital environments.
QEH proudly became the first hospital in Hong Kong to implement IML’s Anti-COVID-19 3DP products, marking a groundbreaking achievement in the adoption of advanced antimicrobial technologies in healthcare. Despite some initial curiosity about the product’s antiviral efficacy and appearance, QEH was thrilled with the outstanding results. Their positive experience not only validated the product's effectiveness but also inspired other HA-affiliated hospitals to explore IML’s innovative solutions.
The Benefits
The collaboration between QEH and IML successfully demonstrated the efficacy of IMU+ 3D-printed antimicrobial products in a high-demand healthcare setting. Key benefits include:
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Enhanced Infection Control: The IMU+ handle covers actively reduced surface-level pathogens, providing an added layer of protection for patients, staff, and visitors during critical times.
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Cost-Effectiveness: The custom 3DP handle covers were designed to be durable and long-lasting, reducing the need for frequent replacements and lowering overall maintenance costs.
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Improved Hygiene Protocols: The smooth, easy-to-clean surface of the LCD-printed products contributed to more efficient cleaning practices, supporting the hospital’s infection control measures.
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Proof of Concept: QEH’s adoption of IML’s products validated the practicality and effectiveness of IMU+ technology, encouraging other hospitals under the Hospital Authority to explore similar implementations.
Conclusion
Queen Elizabeth Hospital’s partnership with IML marked a significant step forward in the fight against hospital-acquired infections during the COVID-19 pandemic. By leveraging the advanced antimicrobial properties of IMU+ and the precision of 3D printing technology, QEH not only enhanced its infection control measures but also set a precedent for innovation in healthcare.
This successful collaboration underscores the potential of IML’s IMU+ technology to transform hygiene practices in healthcare settings, ensuring safer environments for patients, healthcare workers, and visitors alike. As more hospitals recognize the value of durable, cost-effective antimicrobial solutions, IML remains committed to supporting the healthcare industry with cutting-edge products tailored to their needs.
沙 田 醫 院
Shatin Hospital
Improving Hygiene Standards at Sha Tin Hospital with IML’s IMU+ 3D-Printed Antiviral Solutions
Background
Located in the New Territories East cluster and setting its focus as a rehabilitation hospital, the Sha Tin Hospital's (STH) speciality services include nearly 400 days places for geriatrics, 50 days places for palliative care and almost 150 days places for psychiatry. In addition, STH currently consists of approx. 600 beds for inpatients, and is equipped with sleep monitoring units, further emphasising their goals to improve their patient’s quality of life.
Through working with the Occupational Therapy Department (OTD), this hospital commissioned the production of IML’s IMU+ 3D-printed (3DP) Antiviral Handle Covers for their hand cycling machines. These handle covers enhanced the hygiene measures for "next-use" patients, improving safety between exercises and promoting a cleaner environment for users.
The Challenge
Handcycle machines are frequently used in rehabilitation as they provide the necessary levels of cardio exercises for patients with mobility or stability impairments (I.e. the majority of OTD patients), making them high-contact surfaces that can accumulate harmful bacteria and viruses. With multiple patients using these machines throughout the day, the risk of cross-contamination is a significant concern. The presence of pathogens on these surfaces poses a threat to users, particularly those with compromised immune systems, such as geriatric patients.
As such, coatings and disposable covers are not suitable solutions given the machines' highly frequent usage, whilst proper sanitation between usage is also not feasible due to its lengthy process. Additionally, the application of such coatings can introduce complexities in maintenance and cleaning, as harsh chemicals may degrade the coating or interfere with its properties. Furthermore, some users may have sensitivities or allergies to the materials used in these coatings, raising concerns about their safety in a rehabilitation setting.
Our Solution
IML’s IMU+ technology provided a critical solution to STH’s problem. IMU+, an advanced antimicrobial agent, is capable of killing over 99% of surface-level pathogens within 20 minutes of exposure, which is the approximate time between different hand-cycling machine users. Using in-house 3D printing (3DP) capabilities, IML designed and produced numerous sets of large handle covers that are directly attached to the machine’s handlebars, effectively maximizing each user’s hygienic safety while minimizing costs.
IML employs liquid crystal display (LCD) printing with custom-formulated resins, allowing for smooth surface finishes. Though the antimicrobial 3DP cover minimally increases the diameter of the handlebars, it has been carefully designed to fit comfortably in the user’s hands while being gripped. Furthermore, IMU+ Handle Covers are naturally black in colour, seamlessly blending into the machine’s original colour palette, meeting the aesthetic and functional requirements of hospital environments.
The Benefits
The collaboration between STH and IML successfully demonstrated the efficacy and mechanical properties of IMU+ 3D-printed antimicrobial products in a frequent-use environment. Key benefits included:
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Enhanced Infection Control: The IMU+ handle covers actively reduced surface-level pathogens, continuously providing an added layer of protection for patients and staff.
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Improved Hygiene Protocols: Whilst the Handle Covers’ smooth surface allows for easier cleaning, the IMU+ agent ensures a hygienic surface between cleaning schedules, contributing to more efficient and reliable cleaning practices
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Proof of Concept: STH’s use of IML’s products confirmed the effectiveness and physical properties of IML’s 3DP products, encouraging other hospitals under the Hospital Authority to explore similar implementations.
Conclusion
Sha Tin Hospital’s partnership with IML marked a significant advancement in enhancing hygiene measures within rehabilitation settings. By integrating IML’s IMU+ 3D-Printed Antiviral Technology, STH not only improved infection control but also set a pioneering example for other hospitals to follow. This successful collaboration underscores the potential of IML’s innovative solutions to transform hygiene practices in healthcare, ensuring safer environments for patients, healthcare workers, and visitors alike. As more hospitals recognize the value of durable, cost-effective antimicrobial solutions, IML remains committed to supporting the healthcare industry with cutting-edge products tailored to their needs.
Advancing Patient Care and Hygiene at Shatin Hospital’s Occupational Therapy Department with IML’s IMU+ Artificial Silicone Leather
Background
Shatin Hospital (SH) is a prominent public hospital under the Hospital Authority (HA) in Hong Kong, dedicated to providing exceptional healthcare services to the community. The hospital’s Occupational Therapy Department (OTD) is renowned for its innovative approach to patient care, focusing on creating customized support accessories that aid in the recovery process.
The OTD at Shatin Hospital specializes in designing and fabricating personalized cushions and backbone supports tailored to the specific needs of each patient. Traditionally, these items were made from conventional materials, which posed significant hygiene challenges. To address this, the department adopted IML’s IMU+ Antimicrobial Silicone Leather, a cutting-edge material offering superior antiviral and antibacterial protection.
The Challenge
Occupational therapy departments like SH’s OTD face unique challenges in maintaining hygiene for custom-made support accessories. Patients, especially those with limited mobility, often struggle to keep these items clean, leading to the accumulation of sweat, dirt, and bacteria. This not only increases the risk of infections but also hampers the recovery process.
The OTD needed a material that could meet their high standards of customization while providing enhanced protection against pathogens. The goal was to find a durable, easy-to-clean solution that would ensure patient safety and comfort.
Our Solution
IML’s IMU+ Antimicrobial Silicone Leather emerged as the perfect solution for Shatin Hospital’s OTD. Supplied in roll format, the material is seamlessly integrated into the department’s custom fabrication process. The flexible silicone leather could be easily cut, sewn, and assembled using existing tools, allowing the craftsmen to continue their work without disruption.
The standout feature of IMU+ is its advanced antimicrobial properties. The material is designed to neutralize over 99% of surface-level pathogens, including bacteria and viruses, within just 20 minutes of exposure. This provided an unprecedented level of hygiene for patients using custom-made cushions and backbone supports.
The Benefits
The collaboration between STH and IML successfully demonstrated the potential for IMU+ Artificial Silicone Leather in a multi-user environment. Key benefits included:
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Durability: The robust construction of IMU+ ensures it can withstand daily use while maintaining its antimicrobial efficacy.
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Ease of Cleaning: The non-porous surface makes the material resistant to stains and easy to wipe clean, even for patients with limited mobility.
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Patient Comfort: The soft, smooth texture of IMU+ enhances patient comfort, encouraging compliance with therapy and minimizing irritation.
The Impact
The introduction of IMU+ Silicone Leather brought significant benefits to Shatin Hospital’s OTD and its patients. Key outcomes included:
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Enhanced Hygiene: The antimicrobial properties of IMU+ significantly reduced the risk of infection, providing peace of mind to patients and their caregivers.
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Improved Efficiency: The easy-to-clean material minimized the need for frequent deep-cleaning, allowing staff to focus more on patient care.
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Continued Customization: The flexibility of IMU+ enabled the craftsmen to create highly customized and effective support accessories without compromising on hygiene.
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Better Patient Outcomes: By ensuring a hygienic recovery process, the OTD supported faster healing and improved patient outcomes.
Conclusion
Shatin Hospital’s Occupational Therapy Department has set a new standard for patient care by integrating IML’s IMU+ Antimicrobial Silicone Leather into their custom fabrication process. The department’s positive experience with the material has demonstrated its effectiveness in enhancing patient safety and comfort.
As more occupational therapy departments across Hong Kong recognize the benefits of IMU+ technology, IML remains committed to providing tailored solutions that meet their unique needs. Together, we can ensure that every patient receives the highest standard of care.
天 水 圍 醫 院
TIN SHUI WAI HOSPITAL
Advancing Patient Care and Hygiene at Shatin Hospital’s Occupational Therapy Department with IML’s IMU+ Artificial Silicone Leather
Background
Established in 2017, Tin Shui Wai Hospital (TSWH) is a general hospital located in the New Territories West cluster, built to accommodate the district’s growing population. With up to 300 beds for inpatients and day beds, TSWH offers a wide range of services, including 24-hour accident and emergency, occupational therapy, and specialist outpatient facilities, providing much-needed and convenient healthcare services to its residents.
In addition to commissioning IML’s IMU+ 3D-printed (3DP) Antiviral Handle Covers, which were installed throughout the occupational therapy department’s numerous sites, TSWH also purchased limited quantities of our Antiviral Silicone Leathers in the form of pillow covers and materials for their textiles team. This initiative not only enhanced hygiene measures in high-contact areas but also provided insight into the necessity of processed materials for individual patient customization.
The Challenge
Upon its opening, Tin Shui Wai Hospital (TSWH) became the main medical institution of the Tin Shui Wai district and one of five Hospital Authority (HA) hospitals in the New Territories West cluster, resulting in significant reliance from the district’s residents. Given its critical role in providing healthcare services, maintaining high standards of hygiene is paramount.
In addition, TSWH serves a diverse population, including vulnerable groups such as the elderly and those with chronic conditions. Ensuring their safety and well-being requires rigorous infection control measures and advanced technologies to minimize the risk of cross-contamination. With potential influxes of patients, automatic sanitation becomes crucial to maintaining hygienic protection.
Our Solution
IML’s IMU+ technology provided a comprehensive solution to TSWH’s continuous sanitization challenges. IMU+, an advanced antimicrobial agent, is capable of killing over 99% of surface-level pathogens within 20 minutes of exposure—an exponentially fast antiviral rate compared to alternative solutions in the market. Utilizing our in-house 3D printing (3DP) capabilities, IML produced smooth and aesthetically clean covers for numerous high-touch locations such as door handles and faucet handles. Additionally, cover replacements for walking aids were created, offering continuous protection against pathogens for both temporary and long-term users.
The Benefits
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Enhanced Infection Control: The IMU+ handle covers actively reduced surface-level pathogens, providing an added layer of protection for patients and staff.
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Cost-Effective Hygiene Solutions: The durable and long-lasting nature of the IMU+ products reduced the need for frequent replacements, lowering overall maintenance costs.
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Improved Hygiene Protocols: The smooth surface of the handle covers allowed for easier cleaning, while the IMU+ agent ensured a hygienic surface between cleaning schedules, contributing to more efficient and reliable cleaning practices.
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Patient and Staff Safety: The continuous antimicrobial protection offered by the IMU+ products ensured a safer environment for both patients and healthcare workers, particularly in high-contact areas.
Conclusion
Tin Shui Wai Hospital’s partnership with IML marked a significant advancement in enhancing hygiene measures within healthcare settings. By integrating IML’s IMU+ 3D-Printed Antiviral Technology, TSWH not only improved infection control but also set a pioneering example for other hospitals to follow. This successful collaboration underscores the potential of IML’s innovative solutions to transform hygiene practices in healthcare, ensuring safer environments for patients, healthcare workers, and visitors alike. As more hospitals recognize the value of durable, cost-effective antimicrobial solutions, IML remains committed to supporting the healthcare industry with cutting-edge products tailored to their needs.
Revolutionizing Hygiene at North District Hospital with IML’s IMU+ 3D-Printed Antiviral Technology
Background
North District Hospital (NDH) holds the distinction of being the first hospital in Hong Kong to be fully planned and constructed by the Hospital Authority (HA). Located in the New Territories East cluster, NDH is a general hospital with a capacity of nearly 700 beds, offering a wide range of services including 24-hour accident and emergency, specialist outpatient, and community facilities. An ongoing expansion project, expected to be completed in 2028, will significantly increase the hospital's capacity to 2,100 beds.
In a unique collaboration, NDH commissioned IMU+ Antimicrobial 3DP Cover aiming to enhance hygienic protection measures in public use bathrooms and waste disposal rooms.
The Challenge
Publicly used toilets in hospitals are critical spaces that must maintain high hygiene standards to protect the health of patients, visitors, and staff. These facilities often become breeding grounds for harmful pathogens due to frequent use and high foot traffic. Despite being individualized stalls, there is still a high risk of spreading infections, particularly in a healthcare environment where vulnerable populations, including immunocompromised patients, are present.
The challenge is further compounded by NDH’s plan to triple its capacity. The anticipated surge in patient volume may overwhelm sanitation efforts, increasing demand for public restrooms and resulting in longer wait times and less frequent cleaning. Consequently, the risk of pathogen accumulation on surfaces rises, heightening cross-contamination. Additionally, a larger patient load can strain staff resources, further impeding effective cleaning. The absence of antimicrobial treatments in these high-traffic areas could also lead to significant financial burdens, as higher infection rates from increased usage can potentially result in longer hospital stays and elevated treatment costs.
Our Solution
Addressing the issue of hygiene protection is crucial, and given IML’s proven track record in providing Antimicrobial 3DP handle covers to other HA hospitals, early implementation of IML's IMU+ embedded products is the long-term solution in the shortest time and least invasive manner.
IML’s advanced antimicrobial agent IMU+ is capable of killing over 99% of surface-level pathogens within 20 minutes of exposure—a perfect solution for bathrooms dealing with multiple back-to-back patients or visitors. Produced with a smooth surface finish and long-lasting properties, our 3DP handles were commissioned and installed over multiple phases to cover numerous bathroom handles throughout the hospital site. This is essential not only for safeguarding public health but also for enhancing the quality of care and maintaining a positive environment in healthcare settings.
The Benefits
Commissioning the production and installation of IML’s IMU+ embedded 3DP handle covers on public use bathrooms ensures hygienic protection for patients and visitors alike. Key benefits include:
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Easy and Continuous Disinfection: Embedded IMU+ antimicrobial agent within the handle cover’s layers ensures safe contact at any moment, regardless of the cleaning schedule.
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Simple and Effective Solution: IML products can be installed anywhere at any time and can be customized to fit specific needs.
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Phased Installations: Regardless of budgets or time constraints, IML can produce and implement any quantity of 3DP products to match the hospital’s convenience. Limited quantity projects can serve as initial trials before larger orders.
Conclusion
North District Hospital’s partnership with IML represents a significant advancement in enhancing hygiene measures within healthcare settings. By integrating IML’s IMU+ 3D-Printed Antiviral Technology, NDH not only improved infection control but also set a pioneering example for other hospitals to follow. This successful collaboration underscores the potential of IML’s innovative solutions to transform hygiene practices in healthcare, ensuring safer environments for patients, healthcare workers, and visitors alike. As more hospitals recognize the value of durable, cost-effective antimicrobial solutions, IML remains committed to supporting the healthcare industry with cutting-edge products tailored to their needs.
Enhancing Caritas Medical Center Hygiene with IML’s IMU+ 3D-Printed Antiviral Technology
Background
Caritas Medical Center (CMC) is a roman catholic general hospital that was founded in 1964 and is considered a “one-stop” hospital with ambulatory, rehabilitative and community medical services catered towards aging and low-income patients. It is part of the Kowloon West Cluster, located in the Sham Shui Po district, with an approximate capacity of 1,200 beds.
Though this partnership was aimed to benefit the Infection Control Department (ICN), it was CMC’s occupational therapy department (OTD) that initiated a year-long project with IML. Unique in scope compared to other hospitals, the project was to create a device that would reduce needle stick injuries (NSI).
The Challenge
With the COVID-19 pandemic in Hong Kong as an example, vaccinations alone contributed to approximately 20,900,00 injections between 2020 and 2023. Considering that the global NSI prevalence rate is 40.97%, Hong Kong’s Healthcare staff members are at serious risk of contracting contagious pathogens or bloodborne diseases by merely pricking their fingers for a fraction of a second.
Currently implemented safety protocols require the whole injection to be disposed of as soon as the safety cap is removed, despite it being an extremely wasteful practice both financially and environmentally. There are also numerous devices commercially available that reduce such wastes by safely removing/isolating and disposing of the contaminated needles, yet these are also not optimised or easily adopted by hospitals due to numerous concerns and additional costs.
Our Solution
With these in mind, CMC’s OTD initial response was to design and print their own concept device (blue) with IML’s Antimicrobial 3DP services. There, the device’s form and UI were further optimised by our in-house production team, resulting in the Zenjab+!
This redesign revolves around the concept of the “one-handed device”, where it completely removes the user’s other hand from the process and thereby eliminates any possibility for NSIs to occur. It provides fast and ergonomic operation, as well as ensures secure recapping of the needle once the user has been sufficiently trained (of which is estimated to be a couple of hours of practice). A second design was later presented to address comments from ICN’s staff concerning issues around ease of use without said practice, focusing on easy disassembly and reassembly for convenient cleaning; dubbed the “Funnel Capper”, it utilises pre-existing recapping methods in a portable package.
By embedding IMU+, an advanced antimicrobial agent, our recappers solve the major sanitisation problem of existing devices by automatically and continuously killing over 99% of surface-level pathogens within 20 minutes of exposure. In a scenario where the users are in close proximity to potentially contracting diseases, IML’s Zenjabs can combat multiple dangers in a palm-sized device.
The Benefits
By implementing Zenjab+, the needle stick injury prevention device, CMC has majorly benefited from the following:
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Complete NSI Prevention: Fast and safe one-handed operation of needles in any scenario, with failsafe design features in the event it is operated with both hands.
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Optimised Form and Function: Facilitates quick and comfortable use, while being able to be used for multiple needle cap types, thereby enhancing efficiency for healthcare staff.
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Easy and Continuous Disinfection: Embedded IMU+ antimicrobial agent ensures safe contact at any moment regardless of cleaning schedule.
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Waste Reduction: A physical anti-NSI insurance device that reduces environmental and financial waste by allowing isolation and sole disposal of contaminated needles.
Conclusion
Caritas Medical Center’s partnership with IML has highlighted the potential of IMU+ 3DP services in medical settings, pushing the scope of projects that can be commissioned. Not only does this showcase IML’s IMU+ 3D-Printed Antiviral Technology, it shows the limitless applications to what can be made. In comparison to the other HA hospital projects, this collaboration has introduced product types that are more suitable and designated for the staff members hygienic safety, of whom are the caretakers.
The Zenjabs have since then been patented and are labeled as patent pending under the U.S. no. 63/558,438, with the formal patent being in progress! As more hospitals recognize the value and limitless applications of our durable, cost-effective antimicrobial solutions, IML remains committed to supporting the healthcare industry with cutting-edge products and gadgets tailored to their needs.
Revolutionizing Hygiene at North District Hospital with IML’s IMU+ 3D-Printed Antiviral Technology
Background
North District Hospital (NDH) holds the distinction of being the first hospital in Hong Kong to be fully planned and constructed by the Hospital Authority (HA). Located in the New Territories East cluster, NDH is a general hospital with a capacity of nearly 700 beds, offering a wide range of services including 24-hour accident and emergency, specialist outpatient, and community facilities. An ongoing expansion project, expected to be completed in 2028, will significantly increase the hospital's capacity to 2,100 beds.
In a unique collaboration, NDH commissioned IMU+ Antimicrobial 3DP Cover aiming to enhance hygienic protection measures in public use bathrooms and waste disposal rooms.
The Challenge
Publicly used toilets in hospitals are critical spaces that must maintain high hygiene standards to protect the health of patients, visitors, and staff. These facilities often become breeding grounds for harmful pathogens due to frequent use and high foot traffic. Despite being individualized stalls, there is still a high risk of spreading infections, particularly in a healthcare environment where vulnerable populations, including immunocompromised patients, are present.
The challenge is further compounded by NDH’s plan to triple its capacity. The anticipated surge in patient volume may overwhelm sanitation efforts, increasing demand for public restrooms and resulting in longer wait times and less frequent cleaning. Consequently, the risk of pathogen accumulation on surfaces rises, heightening cross-contamination. Additionally, a larger patient load can strain staff resources, further impeding effective cleaning. The absence of antimicrobial treatments in these high-traffic areas could also lead to significant financial burdens, as higher infection rates from increased usage can potentially result in longer hospital stays and elevated treatment costs.
Our Solution
Addressing the issue of hygiene protection is crucial, and given IML’s proven track record in providing Antimicrobial 3DP handle covers to other HA hospitals, early implementation of IML's IMU+ embedded products is the long-term solution in the shortest time and least invasive manner.
IML’s advanced antimicrobial agent IMU+ is capable of killing over 99% of surface-level pathogens within 20 minutes of exposure—a perfect solution for bathrooms dealing with multiple back-to-back patients or visitors. Produced with a smooth surface finish and long-lasting properties, our 3DP handles were commissioned and installed over multiple phases to cover numerous bathroom handles throughout the hospital site. This is essential not only for safeguarding public health but also for enhancing the quality of care and maintaining a positive environment in healthcare settings.
The Benefits
Commissioning the production and installation of IML’s IMU+ embedded 3DP handle covers on public use bathrooms ensures hygienic protection for patients and visitors alike. Key benefits include:
-
Easy and Continuous Disinfection: Embedded IMU+ antimicrobial agent within the handle cover’s layers ensures safe contact at any moment, regardless of the cleaning schedule.
-
Simple and Effective Solution: IML products can be installed anywhere at any time and can be customized to fit specific needs.
-
Phased Installations: Regardless of budgets or time constraints, IML can produce and implement any quantity of 3DP products to match the hospital’s convenience. Limited quantity projects can serve as initial trials before larger orders.
Conclusion
North District Hospital’s partnership with IML represents a significant advancement in enhancing hygiene measures within healthcare settings. By integrating IML’s IMU+ 3D-Printed Antiviral Technology, NDH not only improved infection control but also set a pioneering example for other hospitals to follow. This successful collaboration underscores the potential of IML’s innovative solutions to transform hygiene practices in healthcare, ensuring safer environments for patients, healthcare workers, and visitors alike. As more hospitals recognize the value of durable, cost-effective antimicrobial solutions, IML remains committed to supporting the healthcare industry with cutting-edge products tailored to their needs.
Enhancing Hygiene at Princess Margaret Hospital with IML’s IMU+ Embedded 3D Printed Products
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Background
Princess Margaret Hospital (PMH) is a key public hospital managed by the Hospital Authority (HA) in Hong Kong. Located in the Kwai Chung area, PMH provides a wide range of services for both inpatients and outpatients, with a capacity of over 1,600 beds. As a major tertiary hospital, PMH plays a crucial role in meeting the healthcare needs of the community.
To address infection control challenges in its Intensive Care Unit (ICU), PMH partnered with IML to implement advanced hygiene solutions. The hospital commissioned the use of IML’s IMU+ artificial silicone leather for patient cushion covers. These innovative cushion covers were designed to enhance hygiene for “next-use” patients, reducing the need for intensive cleaning processes and optimizing manpower utilization.
The Challenge
Maintaining hygiene in the ICU is challenging, especially with bedridden patients, as bodily fluids can contaminate nearby equipment through spillage or indirect contact. Nurses may inadvertently encounter these fluids while caring for patients or using devices that analyze bodily fluids, like glucometers.
Cleaning visible surfaces is straightforward, but ensuring proper sanitation of glucometers is complex. Harsh cleaning agents can damage sensitive electronic components, risking their functionality. Contaminated equipment can harbor bacteria and viruses, increasing infection risks for patients and staff.
Another area to be considered is the saliva suction gauges that are present next to each bed that requires frequent activation. During operation, there are possibilities of spilt bodily fluids contacting the staff’s gloves before the nozzle is activated. Whats more is the difficulty in its location, being slightly out of reach in tight positions between beds, and therefore requires more effort to clean thoroughly.
Our Solution
IML’s IMU+ technology provided a one-stop solution to address PMH’s ICU hygiene challenges. IMU+, an advanced antimicrobial agent, is capable of killing over 99% of surface-level pathogens within 20 minutes of exposure—a significantly faster antiviral rate compared to alternative solutions on the market.
To address PMH’s needs, IML created two antimicrobial 3D-printed covers: a slim cover that enhances glucometer visibility while being self-disinfecting, and a snug detachable knob cover. These products allow ICU staff to use harsh cleaning agents less frequently. The antimicrobial properties of IMU+ ensure quick neutralization of pathogens in hard-to-clean areas.
PMH became the first hospital in Hong Kong to use IML’s colored 3D-printed products in its ICU, achieving high visibility without compromising antiviral effectiveness. The hospital was very satisfied with the results, showing significant improvements in hygiene and infection control, which reassured other HA-affiliated hospitals of the quality of IML’s products.
The Benefits
The adoption of IML’s Coloured IMU+ 3DP covers delivered numerous measurable and qualitative benefits for PMH, including:
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Enhanced Infection Control: The IMU+ technology actively neutralized pathogens on the surface of the pillowcases, significantly reducing the risk of cross-contamination and ensuring a safer environment for patients and staff.
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Ease of Cleaning: Bright pastel coloured 3D Prints stand out and help identify any leftover surface contamination from spillages whilst the IMU+ agent continuously kills surface pathogens, simplifying the sanitization process and saving valuable time and resources.
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Proof of Concept: The success of the project at PMH validated the practicality and efficacy of IMU+ technology, encouraging other hospitals to adopt the solution to address similar challenges.
Conclusion
The collaboration between Princess Margaret Hospital and IML demonstrated the transformative potential of advanced antimicrobial technologies in healthcare. Through the demonstration of the new coloured printing product, PMH not only addressed critical hygiene challenges in its ICU but also set a new standard for infection control and patient safety.
This successful implementation underscores the importance of leveraging innovative solutions to improve healthcare outcomes. As more hospitals under the Hospital Authority recognize the benefits of IMU+ technology, IML remains committed to delivering tailored, high-performance products that prioritize hygiene, efficiency, and sustainability.
Advancing Patient Care and Hygiene at Shatin Hospital’s Occupational Therapy Department with IML’s IMU+ Artificial Silicone Leather
Background
Princess Margaret Hospital (PMH) is a key public hospital managed by the Hospital Authority (HA) in Hong Kong. Located in the Kwai Chung area, PMH provides a wide range of services for both inpatients and outpatients, with a capacity of over 1,600 beds. As a major tertiary hospital, PMH plays a crucial role in meeting the healthcare needs of the community.
To address infection control challenges in its Intensive Care Unit (ICU), PMH partnered with IML to implement advanced hygiene solutions. The hospital commissioned the use of IML’s IMU+ artificial silicone leather for patient cushion covers. These innovative cushion covers were designed to enhance hygiene for “next-use” patients, reducing the need for intensive cleaning processes and optimizing manpower utilization.
The Challenge
Maintaining hygiene in the ICU was challenging, especially when sanitizing inner pillowcases after patient discharge. Most ICU patients were unconscious or immobilized, leading to frequent contamination of pillowcases with body fluids like blood and saliva.
While outer cotton covers could be easily cleaned, the difficulty lies in sanitizing the inner PU leather pillowcases. Overuse of cleaning agents caused the PU leather to degrade and break apart, allowing bacteria and viruses to thrive in the contaminated filling, and increases infection risks.
Given the ICU's critical role in saving lives—especially for vulnerable groups—rigorous hygiene standards were essential to protect patients and healthcare workers. PMH needed a sustainable, efficient, and automatic sanitization solution to maintain high infection control standards.
Our Solution
IML’s IMU+ technology provided a one-stop solution to address PMH’s ICU hygiene challenges. IMU+, an advanced antimicrobial agent, is capable of killing over 99% of surface-level pathogens within 20 minutes of exposure—a significantly faster antiviral rate compared to alternative solutions on the market.
To meet PMH’s needs, IML developed a middle pillowcase made from its unique IMU+ silicone leather material. This antimicrobial silicone leather offered a smooth, durable surface that resisted fluid penetration and was easy to clean, eliminating the need for harsh cleaning agents that could damage the material. The antimicrobial properties of IMU+ further ensured that pathogens were neutralized quickly, providing an added layer of protection against contamination.
PMH became the first hospital in Hong Kong to implement IML’s IMU+ Silicone Leather Pillowcase products in its ICU. The hospital was highly satisfied with the results, which demonstrated a significant improvement in hygiene and infection control. This successful implementation served as a proof of concept, reassuring other HA-affiliated hospitals of the quality and effectiveness of IML’s products. Shortly thereafter, another HA hospital adopted the same approach and equipped its ICU with IMU+ Silicone Leather Pillowcases.
The Benefits
The adoption of IML’s IMU+ Silicone Leather Pillowcases delivered numerous measurable and qualitative benefits for PMH, including:
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Enhanced Infection Control: The IMU+ technology actively neutralized pathogens on the surface of the pillowcases, significantly reducing the risk of cross-contamination and ensuring a safer environment for patients and staff.
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Durability and Cost-Effectiveness: The silicone leather material was highly resistant to wear and tear, even with frequent cleaning, reducing the need for replacements and lowering overall maintenance costs.
-
Ease of Cleaning: The smooth, non-porous surface of the IMU+ pillowcases eliminated the need for excessive use of alcohol or harsh cleaning agents, simplifying the sanitization process and saving valuable time and resources.
-
Proof of Concept: The success of the project at PMH validated the practicality and efficacy of IMU+ technology, encouraging other hospitals to adopt the solution to address similar challenges.
Results
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Improved Hygiene Standards: The introduction of IMU+ Silicone Leather Pillowcases in the ICU led to a marked reduction in the risk of contamination, meeting the hospital’s high standards for infection control.
-
Increased Efficiency: By eliminating the need for labour-intensive cleaning of inner pillowcases, PMH was able to optimize its use of manpower and resources.
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Positive Feedback: The ICU staff at PMH praised the ease of use and effectiveness of the IMU+ pillowcases, highlighting their contribution to improved patient care and safety.
Conclusion
The collaboration between Princess Margaret Hospital and IML demonstrated the transformative potential of advanced antimicrobial technologies in healthcare. By adopting IMU+ Silicone Leather Pillowcases, PMH not only addressed critical hygiene challenges in its ICU but also set a new standard for infection control and patient safety.
This successful implementation underscores the importance of leveraging innovative solutions to improve healthcare outcomes. As more hospitals under the Hospital Authority recognize the benefits of IMU+ technology, IML remains committed to delivering tailored, high-performance products that prioritize hygiene, efficiency, and sustainability.
Elevating ICU Hygiene Standards at Kowloon Hospital with IML’s IMU+ Silicone Pillow Case Technology
Background
Kowloon Hospital, a prominent healthcare institution in Hong Kong, located in the Kowloon City District, KH has a capacity of over 600 beds and is dedicated to providing exceptional care to patients across a wide range of services, including its Intensive Care Unit (ICU). As part of the Hospital Authority (HA), Kowloon Hospital constantly explores innovative solutions to enhance patient safety and improve operational efficiency.
After witnessing the successful implementation of IML’s IMU+ Silicone Pillow Case technology in Princess Margaret Hospital’s (PMH) ICU, Kowloon Hospital recognized the potential of this cutting-edge solution to address its own hygiene challenges. Motivated by PMH’s proven results, the hospital decided to adopt IML’s technology to further elevate its infection control measures and ensure the highest standards of care for its ICU patients.
The Challenge
Maintaining strict hygiene protocols in the ICU is challenging, especially for critically ill patients vulnerable to infections. At Kowloon Hospital’s ICU, a major issue was the repeated contamination of pillowcases by bodily fluids like blood and saliva, which often penetrated the outer cotton covers and compromised the inner polyurethane (PU) leather cases.
While outer covers could be easily cleaned or replaced, sanitizing the inner PU leather pillowcases was much harder. Overuse of disinfectants like alcohol and bleach degraded the PU material, leading to cracks. Once damaged, the filling material became exposed to contamination, increasing the risk of bacterial and viral spread.
Given the ICU’s critical role in treating patients with complex medical needs, Kowloon Hospital required a durable, efficient, and sustainable solution to minimize cross-contamination and protect patients and healthcare workers.
Catalyst for Change
The decision to implement IML’s IMU+ Silicone Pillow Case technology at Kowloon Hospital was significantly influenced by the success story of PMH. Seeing how PMH’s ICU achieved remarkable improvements in hygiene and infection control with IML’s solution gave Kowloon Hospital the confidence to pursue the same approach.
The hospital recognized that the IMU+ Silicone pillowcases could address their specific challenges, offering a durable and effective alternative to traditional PU leather pillowcases. By adopting a proven solution, Kowloon Hospital aimed to replicate PMH’s success while tailoring the implementation to meet its own operational needs.
Our Solution
IML’s IMU+ Silicone pillowcases provided the ideal solution for Kowloon Hospital’s ICU. Infused with advanced antimicrobial agents, the IMU+ silicone material is capable of neutralizing over 99% of surface-level pathogens within 20 minutes of exposure. This rapid and effective antiviral action set it apart from conventional materials, offering a robust defence against cross-contamination.
The silicone material’s non-porous, smooth surface further enhanced its hygienic properties, preventing bodily fluids from penetrating the pillowcase. This made cleaning significantly easier and reduced the need for harsh chemicals that could damage the material. Additionally, the durability of the silicone ensured the pillowcases could withstand rigorous cleaning protocols without compromising their integrity.
IML worked closely with Kowloon Hospital to tailor the pillowcases to the ICU’s specific requirements, ensuring seamless integration into their infection control processes. The hospital’s ICU staff quickly recognized the benefits of the IMU+ technology, noting its ease of use and superior performance compared to traditional PU leather pillowcases.
The Impact
The introduction of IMU+ Silicone pillowcases had an immediate and measurable impact on Kowloon Hospital’s ICU operations. Key outcomes included:
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Enhanced Hygiene and Safety: The antimicrobial properties of the IMU+ material significantly reduced the risk of contamination, ensuring a safer environment for patients and staff.
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Streamlined Cleaning Processes: The easy-to-clean silicone surface eliminated the need for excessive use of alcohol or bleach, saving time and preserving the integrity of the material.
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Extended Product Lifespan: Unlike traditional PU leather pillowcases, IMU+ Silicone pillowcases resisted wear and tear, reducing the frequency of replacements and lowering costs.
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Inspired Confidence: The success of PMH’s implementation served as a powerful validation for Kowloon Hospital, demonstrating the real-world effectiveness of IML’s solution.
A Ripple Effect
Kowloon Hospital’s adoption of IML’s IMU+ Silicone pillowcases marked the beginning of a broader trend within the Hospital Authority. The hospital’s ICU staff praised the product’s performance, with several team members highlighting the improved efficiency and hygiene it brought to their daily operations.
This success story further reinforced the reputation of IML’s IMU+ technology as a game-changing solution for infection control. As word of its effectiveness spread, more HA-affiliated hospitals began exploring the benefits of adopting this innovative technology for their facilities.
Conclusion
Kowloon Hospital’s decision to adopt IML’s IMU+ Silicone Pillow Cases underscores the power of proven solutions to inspire change and drive innovation in healthcare. By learning from PMH’s success and tailoring the implementation to its own needs, Kowloon Hospital was able to achieve significant improvements in hygiene, efficiency, and patient safety.
This case study highlights the potential for collaboration and knowledge-sharing across healthcare institutions to address shared challenges. As more hospitals embrace the benefits of advanced antimicrobial technologies, IML remains committed to supporting them with high-performance solutions that redefine hygiene standards and protect the most vulnerable patients.
Our Solution
IML’s IMU+ technology provided a one-stop solution to address PMH’s ICU hygiene challenges. IMU+, an advanced antimicrobial agent, is capable of killing over 99% of surface-level pathogens within 20 minutes of exposure—a significantly faster antiviral rate compared to alternative solutions on the market.
To meet PMH’s needs, IML developed a middle pillowcase made from its unique IMU+ silicone leather material. This antimicrobial silicone leather offered a smooth, durable surface that resisted fluid penetration and was easy to clean, eliminating the need for harsh cleaning agents that could damage the material. The antimicrobial properties of IMU+ further ensured that pathogens were neutralized quickly, providing an added layer of protection against contamination.
PMH became the first hospital in Hong Kong to implement IML’s IMU+ Silicone Leather Pillowcase products in its ICU. The hospital was highly satisfied with the results, which demonstrated a significant improvement in hygiene and infection control. This successful implementation served as a proof of concept, reassuring other HA-affiliated hospitals of the quality and effectiveness of IML’s products. Shortly thereafter, another HA hospital adopted the same approach and equipped its ICU with IMU+ Silicone Leather Pillowcases.
The Benefits
The adoption of IML’s IMU+ Silicone Leather Pillowcases delivered numerous measurable and qualitative benefits for PMH, including:
-
Enhanced Infection Control: The IMU+ technology actively neutralized pathogens on the surface of the pillowcases, significantly reducing the risk of cross-contamination and ensuring a safer environment for patients and staff.
-
Durability and Cost-Effectiveness: The silicone leather material was highly resistant to wear and tear, even with frequent cleaning, reducing the need for replacements and lowering overall maintenance costs.
-
Ease of Cleaning: The smooth, non-porous surface of the IMU+ pillowcases eliminated the need for excessive use of alcohol or harsh cleaning agents, simplifying the sanitization process and saving valuable time and resources.
-
Proof of Concept: The success of the project at PMH validated the practicality and efficacy of IMU+ technology, encouraging other hospitals to adopt the solution to address similar challenges.
Results
-
Improved Hygiene Standards: The introduction of IMU+ Silicone Leather Pillowcases in the ICU led to a marked reduction in the risk of contamination, meeting the hospital’s high standards for infection control.
-
Increased Efficiency: By eliminating the need for labour-intensive cleaning of inner pillowcases, PMH was able to optimize its use of manpower and resources.
-
Positive Feedback: The ICU staff at PMH praised the ease of use and effectiveness of the IMU+ pillowcases, highlighting their contribution to improved patient care and safety.
Conclusion
The collaboration between Princess Margaret Hospital and IML demonstrated the transformative potential of advanced antimicrobial technologies in healthcare. By adopting IMU+ Silicone Leather Pillowcases, PMH not only addressed critical hygiene challenges in its ICU but also set a new standard for infection control and patient safety.
This successful implementation underscores the importance of leveraging innovative solutions to improve healthcare outcomes. As more hospitals under the Hospital Authority recognize the benefits of IMU+ technology, IML remains committed to delivering tailored, high-performance products that prioritize hygiene, efficiency, and sustainability.
Elevating Hygiene Standards at Tuen Mun Hospital with IML’s IMU+ 3D-Printed Antiviral Technology
Background
Tuen Mun Hospital (TMH) is a prominent general hospital situated in the New Territories West cluster of the Hospital Authority (HA). With a total bed capacity of 1,300, TMH serves the residents of Tuen Mun District, offering a comprehensive range of services. These include ambulatory and community care, accident and emergency services, and Hong Kong’s first comprehensive oncology center, which addresses all aspects from diagnosis to end-of-life care.
To enhance hygiene measures and ensure the safety of patients and visitors, TMH partnered with IML to implement IMU+ embedded 3D-printed (3DP) handle covers throughout the hospital’s public use bathrooms.
The Challenge
Public restrooms in hospitals are critical areas that require stringent hygiene standards to prevent the spread of infections. These high-traffic spaces are prone to accumulating harmful pathogens due to frequent use. Despite being individual stalls, the risk of cross-contamination remains high, especially in a healthcare environment where vulnerable populations, including immunocompromised patients, are present.
TMH’s extensive facilities and large patient volume further exacerbate the challenge. Ensuring continuous sanitation in such a busy environment is crucial to maintaining a safe and hygienic space for everyone. Traditional cleaning methods alone are insufficient to address the rapid accumulation of pathogens on frequently touched surfaces like door handles and faucet handles.
Our Solution
IML’s IMU+ technology provided an effective solution to TMH’s hygiene challenges. IMU+, an advanced antimicrobial agent, is capable of neutralizing over 99% of surface-level pathogens within 20 minutes of exposure. This rapid action is ideal for high-traffic areas like public restrooms, where multiple users come into contact with surfaces in quick succession.
Using our in-house 3D printing (3DP) capabilities, IML-produced handle covers are embedded with IMU+ technology. These covers were designed to fit seamlessly onto existing fixtures, providing a smooth and durable surface that is easy to clean. The phased installation process ensured minimal disruption to hospital operations while gradually enhancing hygiene standards across the site.
The Benefits
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Enhanced Infection Control: The IMU+ handle covers actively reduce surface-level pathogens, providing continuous protection for patients and visitors.
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Cost-Effective Hygiene Solutions: The durable nature of the IMU+ products reduces the need for frequent replacements, lowering overall maintenance costs.
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Improved Hygiene Protocols: The smooth surface of the handle covers allows for easier cleaning, while the IMU+ agent ensures a hygienic surface between cleaning schedules.
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Patient and Staff Safety: The continuous antimicrobial protection offered by the IMU+ products ensures a safer environment for both patients and healthcare workers, particularly in high-contact areas.
Conclusion
Tuen Mun Hospital’s collaboration with IML represents a significant step forward in enhancing hygiene measures within healthcare settings. By integrating IML’s IMU+ 3D-Printed Antiviral Technology, TMH not only improved infection control but also set a pioneering example for other hospitals to follow. This successful partnership highlights the potential of IML’s innovative solutions to transform hygiene practices in healthcare, ensuring safer environments for patients, healthcare workers, and visitors alike. As more hospitals recognize the value of durable, cost-effective antimicrobial solutions, IML remains committed to supporting the healthcare industry with cutting-edge products tailored to their needs.
Transforming Patient Care in Tuen Mun Hospital’s Occupational Therapy Department with IML’s IMU+ Antimicrobial Silicone Leather
Background
Tuen Mun Hospital (TMH) is one of Hong Kong's largest public hospitals under the Hospital Authority (HA), serving a vast population in the New Territories with a capacity of over 1,300 beds and offers a comprehensive range of services for both inpatients and outpatients. Known for its comprehensive healthcare services, TMH is also home to an advanced Occupational Therapy Department (OTD), which specializes in crafting tailored gear and support accessories to aid patients in their recovery journey.
The OTD’s highly skilled craftsmen design and fabricate made-to-measure supports, assistive devices, and rehabilitation tools customized to the unique needs of each patient. These gears, traditionally made from manmade leather, play a critical role in helping patients heal and regain mobility. However, maintaining hygiene and cleanliness for these personalized items has always been a challenge—particularly for patients already vulnerable due to injuries or health conditions. Recognizing the need for a superior material, TMH’s OTD adopted IML’s IMU+ Antimicrobial Silicone Leather, a groundbreaking solution offering both antiviral and antibacterial protection.
The Challenge
Occupational therapy departments operate differently from most hospital units. Instead of pre-manufactured medical products, OTDs tailor-make custom accessories for each patient out of materials like manmade leather, which are cut, sewn, and assembled by the department’s skilled craftsmen. The result is a wide range of personalized items, such as hand splints to postural supports, that accelerates recovery and improves the quality of life for patients.
However, patients using these accessories—many of whom are already in a compromised state of health—are often unable to clean the items effectively. Over time, sweat, dirt, and bacteria can accumulate, increasing the risk of infections and slowing the recovery process. Additionally, conventional materials lack inherent antimicrobial properties, meaning they require frequent cleaning and maintenance, which can be difficult for patients to manage on their own.
For TMH’s OTD, the challenge was clear: they needed a durable, hygienic material that could meet the department’s high standards of customization while providing enhanced protection against pathogens.
Our Solution
IML’s IMU+ Antimicrobial Silicone Leather offered the ideal solution to Tuen Mun Hospital’s OTD challenges. Supplied in roll format, the IMU+ material was perfectly suited to the department’s custom fabrication process. The flexible, easy-to-handle silicone leather could be cut, sewn, and assembled using the workshop’s existing tools and sewing machines, seamlessly integrating into the craftsmen’s workflow.
What set IMU+ apart was its advanced antimicrobial properties. The material is engineered to neutralize over 99% of surface-level pathogens, including bacteria and viruses, within just 20 minutes of exposure. For patients using custom-made supports and gears, this offered an unprecedented level of hygiene, significantly reducing the risk of infections caused by prolonged use.
The adoption of IMU+ Silicone Leather marked a significant step forward for TMH’s OTD, enabling the department to produce cleaner, safer, and more durable custom-made accessories for their patients.
The Impact
The introduction of IMU+ Silicone Leather brought numerous benefits to TMH’s Occupational Therapy Department and the patients it serves. Key outcomes included:
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Improved Patient Hygiene: The antimicrobial properties of IMU+ reduced the risk of infection for patients using custom-made supports and gears, offering peace of mind to both patients and their caregivers.
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Increased Efficiency: The easy-to-clean silicone leather minimized the need for frequent deep-cleaning processes, freeing up time for patients and staff to focus on recovery and care.
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Enhanced Craftsmanship: The flexibility and workability of the IMU+ material allowed the OTD’s skilled craftsmen to continue creating highly customized and effective rehabilitation tools, without compromising on hygiene or quality.
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Better Patient Outcomes: By reducing the risk of secondary infections and ensuring a hygienic recovery process, the OTD was able to support faster healing and improved outcomes for patients.
A New Standard
The successful adoption of IMU+ Silicone Leather by Tuen Mun Hospital’s OTD has set a new benchmark for hygiene and innovation in occupational therapy. The department’s craftsmen and therapists praised the material for its versatility and effectiveness, noting that it allowed them to meet the highest standards of patient care without disrupting their traditional workflows.
Patients, too, reported high levels of satisfaction with the new gears and supports, appreciating the comfort, durability, and hygienic properties of the IMU+ material. For many, the knowledge that their custom-made accessories offered built-in protection against bacteria and viruses was a significant source of reassurance during their recovery journey.
Conclusion
Tuen Mun Hospital’s Occupational Therapy Department has demonstrated how the integration of advanced materials like IML’s IMU+ Antimicrobial Silicone Leather can transform patient care. By addressing long-standing hygiene challenges and enhancing the quality of custom-made rehabilitation tools, the department has not only improved patient safety but also reinforced its reputation for innovation and excellence.
As more occupational therapy departments across Hong Kong recognize the benefits of IMU+ technology, IML remains committed to supporting them with tailored solutions that meet their unique needs. Together, we can ensure that every patient receives the safest and most effective care possible.
