Our Patents & Innovation

Allows patients to shower while wearing the dressing. It features a backing layer with a microporous structure that blocks liquid water (shower) but allows water vapor (sweat) to escape. A printed frame on the top film aids in precise application.

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A modular bag with expandable capacity. It features main body and side 'expansion bags' connected by sealable channels. Users can open the side channels to increase capacity when a toilet is not available. It includes multiple scales to measure output in different expansion states.

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Designed specifically for laryngeal procedures to maximize patient safety. This catheter features a unique spindle-shaped cuff that minimizes pressure on the trachea and a reinforced spring structure for optimal flexibility. The specialized concave tip design ensures smooth, atraumatic insertion and precise navigation of the airway.

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A bath-friendly ostomy solution. It features a unique folding and binding mechanism that allows the user to fold the bag up compactly and secure it without using adhesive tape. This prevents residue buildup and makes showering with the bag much easier.

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Combines high-absorption alginate with an adjustable fixation system. Features Velcro straps (sub-sticker and mother-sticker) that allow medical staff to adjust the tightness of the dressing over the wound. The alginate layer turns into a gel upon contact with exudate, keeping the wound moist.

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Pain-free removal dressing. It utilizes a backing block with dual elastic straps (hook and loop). This design allows the dressing to be secured firmly without adhering directly to the wound bed or pulling on body hair, making dressing changes painless for the patient.

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A two-piece system prioritizing speed and security. It uses a PE bone strip sealing component combined with an external sealing clip and a support mechanism. This ensures the bag is double-locked against leaks but remains easy for the patient to unclip and change.

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A magnetic and mechanical locking system designed for zero leakage. It utilizes a flexible chassis that conforms to body movements without breaking the seal. The drainage tube features an internal sliding seal block operated by a pull-ring, allowing users to control flow rate and seal tightness precisely.

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Features a ball-bearing coupling system for effortless assembly. Steel balls inside the pressure plate reduce friction, making it easy to snap the bag onto the baseplate without painful pressure on the abdomen. It also utilizes a rotating suction cup design, allowing the baseplate to be reused while changing the bag, which is eco-friendly.

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Prevents bag explosion. This bag features a specialized one-way air valve glued over a vent hole, allowing gas to escape but preventing liquid from leaking out. It also includes an internal waste absorption layer (sponge) to manage liquid output and prevent sloshing.

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A multi-layer advanced wound dressing. It features a hydrogel layer for moist healing, a breathable anti-oxidation layer, and a top corrosion-resistant layer. This structure prevents external contaminants from entering the wound while allowing moisture vapor to escape.

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Features a novel blocking mechanism at the tail. Instead of a standard clip, it uses a plug block with a spring-loaded fixing rod. This allows for a more secure seal at the bottom of the bag and makes emptying the bag easier for patients with limited hand dexterity.

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Designed for retracted stomas. This convex baseplate features a corrosion-resistant material composition to withstand aggressive stoma output. It includes a snap-fit connecting ring that allows the bag to be attached without pressing hard on the painful abdominal area.

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Prevents blockage caused by bag folding. This device is a hollow support rod inserted into the drainage port. It ensures the channel remains open even if the patient sits or bends, guaranteeing continuous urine flow.

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Focuses on discretion and comfort. The bag interior features an airbag structure and a soft felt lining to mute the sound of effluent. It also places the activated charcoal filter in an accessible location for easy replacement, solving the problem of clogged filters.

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A reinforced nose strip for medical masks that resists breakage. It uses a sliding plate mechanism with elastic columns inside the strip structure. This allows the strip to maintain its shape better than standard metal strips and prevents the sharp metal fatigue breakage common in cheaper masks.

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Combines the benefits of silicone and hydrocolloid. It features a frame structure with a silicone contact layer for gentle adhesion and a hydrocolloid layer for absorption. This hybrid approach ensures high breathability and painless removal, suitable for fragile skin.

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A modular dressing system. It consists of a rubber frame with a Velcro-attached foam core. This allows the expensive hydrocolloid foam to be removed and checked or replaced without discarding the entire fixation frame, reducing medical waste and cost.

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Allows for changing the foam core without removing the entire adhesive dressing. It features a hinged elastic cover with Velcro fasteners and a sliding plate mechanism. This design enables nurses to replace saturated foam pads quickly, ensuring the wound is always in contact with fresh absorbent material without traumatizing the surrounding skin.

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A mechanical clamp that uses a gear and cylinder system to stop fluid flow. By rotating the cylinder, the gear teeth engage to press a blocking block against the tube. This provides a more secure and gradual clamping force compared to simple snap-clamps.

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Prevents crystallization and clogging at the drainage point. The outlet features a perpendicular sealing tube with a sliding plunger mechanism. A dust-proof box cap protects the outlet. The sliding plunger aligns holes to drain urine and misaligns them to seal, mechanically clearing any debris or crystals with each use.

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Designed to prevent urinary tract infections caused by backflow. This urine collection bag features a specialized anti-reflux component at the catheter connection point, including a one-way valve and membrane. It also includes a robust stabilization system to prevent accidental detachment or shaking during patient movement. The clear design allows medical staff to easily monitor urine output volume.

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Designed for one-handed operation by medical staff. This stop-flow clamp features a sliding plate mechanism with a spring-loaded ball detent system. It allows nurses to quickly and securely clamp the urine tube without excessive force, ensuring a complete seal while being easy to release.

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A dual-chamber system (Mother-Child) designed to minimize bacterial growth. It features a metering bottle connected to a main collection bag. A key innovation is the disinfectant sponge chamber located at the drainage valve outlet. This sterilizes the outlet area between uses, significantly reducing the risk of contamination during urine disposal.

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Designed for heavy fluid loads. This system uses a reversible dual-hook plate. When the load is heavy, both hooks can be flipped out and interlocked to distribute the weight evenly, preventing hook breakage or bag deformation common in single-hook systems.

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A customizable ostomy solution featuring concentric plastic ring segments at the opening. Users can break off inner rings to match their stoma size perfectly. The design supports the connecting tube to prevent wobbling and detachment, while the silicone port ensures a leak-proof seal.

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Fixes the issue of valve cores falling out. This bag uses a cross-shaped valve body with a secured valve core that has limiters on both ends. This ensures the valve cannot be accidentally pulled out during drainage, preventing urine spills and ensuring a reliable seal.

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A precision urine meter with an improved sealing mechanism. The bottom of the metering bottle features a fixed plate with a sliding seal controlled by a specialized mechanism. This allows for accurate sampling and emptying of the meter into the main bag without drips or leaks.

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Improves clinical workflow efficiency. This urine bag integrates a transparent pocket with a rigid backing board and a magnetic attachment system. This allows medical staff to attach and write on patient record cards directly on the bag without needing a clipboard or separate surface.

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A gastric tube with an integrated temperature sensor. The sensor is mounted on a sliding plate within a dedicated channel in the tube wall. This allows for continuous, accurate monitoring of internal stomach temperature without obstructing the main feeding/suction lumen.

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An advanced foam dressing designed to prevent exudate leakage. The core foam pad features a protruding silicone ring embedded in a groove. This ring creates a physical barrier that improves skin adhesion and prevents tissue fluid from leaking sideways, ensuring a clean healing environment.

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Enhances security for active patients. This system includes a chassis with a locking rib and a fixation ring with a matching groove. It also features integrated wings with 'gourd-shaped' holes that connect to a dedicated waist belt, providing double security against accidental detachment.

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Solves the common issue of 'ballooning' in ostomy bags. This design features a dedicated venting port with a control seal and a detachable rubber balloon mechanism connected via a ventilation tube. It allows for controlled, effective gas release from the bag cavity, significantly improving patient comfort and preventing bag detachment due to gas pressure.

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Features a three-way piping system for advanced gas management. It includes valves for connecting to the bag, venting to the air, and a third port connected to a suction syringe. This allows users to actively pump gas out of the bag if passive venting is insufficient.

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A next-generation wound dressing produced via a complex chemical process involving silver nitrate and zinc nitrate. The result is a dressing that absorbs exudate vertically (protecting maceration of surrounding skin) and has potent antibacterial properties due to the silver/zinc infusion.

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An industrial manufacturing innovation for medical textiles. This device automates the cutting and winding of waterproof mask fabric. It features adjustable threaded rods to precisely control cutting width and dual trimming blades to remove rough edges, ensuring high-quality, uniform fabric rolls for mask production.

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A manufacturing device for creating foam dressings that can be stuck and unstuck repeatedly. It involves a precision CO2 inflation system and automated cutting blades to create a specific foam structure that maintains adhesion over multiple applications.

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Utilizes EVOH (Ethylene Vinyl Alcohol) material for superior odor blocking. The bag separates liquid and solid waste using an internal filtration layer; liquid is absorbed into a collection tube while solids remain separate. This prevents waste backflow onto the stoma skin, reducing infection risk.

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A high-end urine bag with triple protection. It includes a U-shaped guide tube to prevent backflow, a filtration component to remove particulate matter, and a clear metering scale on the bag body. It is designed to provide accurate urine output readings while protecting the bladder from retrograde infection.

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Features a unique roll-out silicone drainage port that expands to match various connecting tube diameters. Once a tube is inserted, the silicone edge naturally retracts to create a tight, leak-proof seal around the tube wall. The integrated medical adhesive ring ensures the drainage port stays oriented towards the body for optimal discretion and fluid flow.

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