Special Purpose & Other Bags

polyethylene surgical suture is a non-absorbable, ultra-high molecular weight polyethylene monofilament suture designed for use in orthopedic and general surgical procedures. Renowned for its exceptional strength, durability, and biocompatibility, this suture provides reliable performance in demanding surgical environments. Features Material: Manufactured from UHMWPE, offering superior tensile strength and low friction properties. Design: Monofilament structure reduces tissue drag and minimizes the risk of infection. Surface Treatment: Anodized surface enhances biocompatibility and provides a smooth passage through tissues.

The Interface Screw is designed for use in ACL reconstruction surgeries to secure tendon or ligament grafts in the femoral and tibial bone tunnels.  It provides a strong and reliable fixation by compressing the tendon or ligament graft directly against the bone tunnel wall.  The screw's unique mechanism ensures optimal stability and a firm attachment between the soft tissue graft and the bone. The Interface Screw system includes a conical screw, which facilitates easy insertion, and a protective sheath that shields the soft tissue during insertion and reduces the risk of graft displacement or screw breakage.  This system is made from PEEK (Polyetheretherketone), a biocompatible material that mimics the elasticity of natural bone, ensuring superior performance during the healing process.

The Ball-Head Cannulated Screw is designed to provide dynamic compression across fracture sites, enhancing friction between bone fragments and between the screw and bone, thereby resisting shear forces and minimizing fracture displacement.  The screw features a low-profile ball-head design that minimizes soft tissue irritation while maintaining compatibility with various fracture types.  Its trapezoidal thread structure enhances pressure across the fracture line and significantly increases pullout resistance.  Manufactured from high-quality TC4 titanium alloy, the screw also undergoes anodic oxidation to improve biocompatibility, surface hardness, wear resistance, and corrosion resistance. Compatible with two types of washers (Type I and Type II), the system offers secure fixation and reliable load distribution across bone surfaces.

The Variable-Angle Two-Column Volar Distal Radius Locking Plate is designed for the anatomical reconstruction and stable fixation of complex distal radius fractures, particularly those involving both the radial and intermediate columns.  The implant features a variable-angle locking system, allowing screws to be inserted at up to 15° off-axis in any direction within a 30° cone, offering individualized fixation for a variety of fracture patterns.  Manufactured from TA3G pure titanium and TC4 titanium alloy, the plate offers excellent biocompatibility, strength, and resistance to corrosion. Locking Plates Features ● Variable-Angle Locking Holes with four-thread segment internal design, offering multidirectional fixation up to 15° from the axis ● Spherical Threaded Screw Heads compatible with variable-angle locking holes and compression units ● Self-Tapping Screw Tips for easy insertion and strong holding power ● Anodized Surface Finish for durability and easy identification

The PFNA (Proximal Femoral Nail Anti-rotation) is an advanced intramedullary implant specifically designed for the treatment of hip fractures, particularly unstable intertrochanteric and proximal femoral fractures.  This system achieves stable fixation by sharing the load with the bone through the intramedullary nail, significantly reducing the risk of implant loosening and failure.  Made from titanium alloy, PFNA combines excellent biocompatibility with mechanical strength to ensure long-term durability and patient safety. Intramedullary Nail Features ● Helical Blade Design: The unique helical blade compacts cancellous bone, providing rotational and angular stability, especially beneficial for osteoporotic patients, enhancing implant fixation. ● Anti-Rotation Mechanism: The blade prevents rotational movement of the nail within the femur, ensuring stable fracture healing. ● Locking System: Distal locking options provide axial stability with dynamic or static locking modes to enhance overall fixation strength.

With ethyl cellulose as the core film-forming agent, this membrane controlled (EC)coating System is specifically designed for multi-particulates, pellets, and tablets. It integrates both sustained-release and taste-masking functions, allows adjustment of membrane porosity to precisely control the release of drugs with different solubilities. The Membrane Controlled (EC) Coating System is a versatile and highly effective film coating solution designed for multi-particulates, pellets, and tablets. Formulated with ethyl cellulose as the core film-forming agent, this coating system provides sustained-release and taste-masking functions, making it ideal for controlled drug release in various dosage forms. The system allows precise control over membrane porosity, enabling manufacturers to fine-tune the release profile of drugs with different solubilities, while the inclusion of soluble pore-forming agents optimizes the overall release performance.

Based on customer needs and product characteristics, natural taste-masking ingredients are added to the Standard Type (formulation/material) to improve or mask the bitter and astringent taste of the product. It can adjust the proportion of premix according to different tablet cores, optimize taste and texture, ensure the performance of the taste masking film coating system. The Taste Masking Film Coating System is specially designed to address the challenge of unpleasant tastes in oral solid dosage forms. By adding natural taste-masking ingredients to the Standard Coating Type formulation, this system significantly reduces or eliminates bitter and astringent flavors, providing a more pleasant ingestion experience. Tailored to customer needs and product characteristics, this system can adjust the premix proportions to match various tablet cores, optimizing both taste and texture without compromising the coating’s performance.

The JHHS Enteric Coating System is an advanced enteric film coating solution designed to offer superior operability and improved drug bioavailability. Using HPMCP as the primary film-forming material and an ethanol-water solvent, this system ensures effective protection of active ingredients from stomach acid, allowing for precise and controlled drug release in the intestines. Key Features & Advantages Functional Performance ● Enhanced Bioavailability: Protects drugs from the acidic environment of the stomach, ensuring maximum absorption and bioavailability in the intestines ● Excellent Operability: Optimized formulation for smooth, consistent processing with reduced variability

Type Natural Film Coating Film-forming Material Natural Plant-Based Materials Function Type Appearance Enhancement Solvent Water-based Key Features & Advantages of Natural Film Coating Powder Functional Performance ● 100% Natural Ingredients: Composed entirely of natural plant-based materials and natural colorants, offering an eco-friendly and health-conscious solution for the modern consumer ● Enhanced Aesthetic Appeal: Provides vibrant and attractive colors that enhance the visual appeal of tablets, capsules, and supplements without the use of synthetic additives ● Natural Taste Masking: The coating also contributes to masking the taste of unpleasant ingredients, improving the overall sensory experience ● Suitable for Health-Conscious Products: Ideal for products that require a natural, clean label while enhancing appearance, making it perfect for the growing market of health-focused products

The Easy Swallow Coating is specifically engineered to improve patient swallowing comfort—an ideal solution for large-sized, irregularly shaped, or hard-to-swallow oral dosage forms. By combining multiple film-forming polymers, this system ensures coating integrity during swallowing while providing a lubricated, smooth film surface that reduces esophageal adhesion. This leads to a friction-reducing effect, making the swallowing process easier and safer, especially for elderly patients, pediatric applications, and individuals with swallowing difficulty. Key Features & Benefits Enhanced Swallowing Comfort ● Multi-polymer film matrix maintains structural integrity throughout swallowing ● Smooth, low-friction surface reduces adhesion in the esophagus ● Helps tablets glide more smoothly during ingestion

A Prosthetic Myoelectric Hand uses electrical signals generated by muscles (myoelectric signals) in the residual limb to control movement. These devices aim to restore functionality and improve the quality of life for individuals with upper limb loss or congenital limb differences. Functions Actions of fingers are controlled by myoelectricity Wrist joint can rotate passively and self-lock at any position. Suitable for middle and short stumps of arm. Key Features Myoelectric Control: Electrodes placed on the skin detect muscle activity when the user contracts specific muscles. Multiple Grip Patterns: Modern models offer various grip types (pinch, tripod, power grip, etc.) for different tasks. Individual Finger Movement: Some advanced hands allow independent finger control for more natural and precise movements. Rechargeable Batteries: Most are powered by compact lithium-ion batteries. Custom Fit: Typically integrated into a socket that's molded to fit the user's limb.

A Prosthetic Myoelectric Arm is a highly advanced artificial limb designed to restore function and movement to individuals with upper limb loss. It uses electrical signals from the user's remaining muscles (myoelectric signals) to control the movement of the prosthetic hand, wrist, and sometimes even the elbow. How It Works Myoelectric Sensors: Small electrodes are placed on the skin over residual muscles. Signal Detection: When the user flexes or contracts their muscles, the sensors detect electrical activity. Processor Control: These signals are processed by a microcontroller that translates them into movement. Motor Activation: The arm’s internal motors then move the fingers, wrist, or elbow based on the user’s intent.

This multi-centered prosthetic knee joint with pneumatic swing phase control provides reliable standing phase safety for users with moderate activity levels. The smooth and powerful single-chamber pneumatics (each chamber for flexion and extension damping) does not run out of air during the swing phase, even at different walking speeds. Smooth flexion and extension movements can be achieved, resulting in an approximation of the physiological gait pattern. The prosthetic knee joint geometry here effectively shortens the prosthesis during oscillation, thereby increasing ground clearance.

Designed for wrist and above wrist amputations, our silicone prosthetic gloves are made from high quality materials and are designed to fit seamlessly into the user's daily life. Artificial Hand Gloves Designed for wrist and above wrist amputations, our prosthetic hand gloves are made from high quality materials and are designed to fit seamlessly into the user's daily life. Features Silicone or PVC prosthetic gloves Standard or customized options 19 color tones Full length gloves and half gloves available