WER Medical
WER Medical
Explore our flagship hospital-grade dressings, high-performance silicone adhesives, and specialized post-operative care products certified for worldwide hospital procurement.
The global surgical dressings market is undergoing a paradigm shift. Driven by an aging population, rising incidences of chronic wounds (such as diabetic foot ulcers and pressure injuries), and a surging volume of elective and non-elective surgical operations worldwide, the market is expanding at a CAGR of over 6.8%. Crucially, healthcare systems across Europe, North America, and the Asia-Pacific region are rapidly transitioning from legacy passive dressings (such as traditional cotton gauze) to advanced bioactive, moisture-balancing, and silicone-based wound care solutions.
Modern clinical guidelines emphasize the principles of moist wound healing, originally pioneered by Dr. George D. Winter. Contemporary surgical dressings are no longer mere covers; they are active micro-environmental regulators engineered to accelerate re-epithelialization, manage heavy exudate without tissue maceration, provide antimicrobial barrier protection, and minimize mechanical pain during dressing changes. For global healthcare procurement officers, hospital purchasing consortia, and medical device distributors, sourcing from CE Certified (EU MDR 2017/745) manufacturers with robust Industry 4.0 production standards is paramount to achieving clinical excellence and supply chain security.
Since 2018, WER Medical has specialized in advanced medical wound dressings, focusing on silicone foam variants. Our fully automated facilities meet strict FDA / CE MDR and ISO 13485 standards, ensuring top quality. We operate a 10,000㎡ cutting-edge plant in Guangzhou, plus a Shenzhen sales office.
Years of R&D in wound care have yielded world-leading products. Our core foaming technology enables safe, comfortable healing; imported raw materials secure quality from the source. With world-class intelligent production lines, the full process—foaming, gluing, punching, forming, packaging—delivers superior dressings.
We are committed to providing clients with top-quality products, fast delivery, and the most competitive prices. We believe medical technology enhances health, relieving patients from pain so all may equally enjoy life’s moments and a better life. WER Medical re-examines the health of life with professional wound care product concepts, continuing to promote the cause of wound care and continuous innovation and change of technology. For every patient, we create a new way of wound care, so that they are no longer afraid of pain.
The efficacy of a surgical dressing is dictated by its interfacial polymer chemistry and physical architecture. WER Medical’s R&D department focuses on four core technological pillars that deliver high Moisture Vapor Transmission Rates (MVTR), optimal vertical exudate absorption, and minimal shear force trauma.
Utilizes organic micro-perforated silicone gel that adheres gently to dry intact skin without sticking to moist wound beds. Eliminates pain and epidermal stripping during dressing removal, preserving fragile newly formed tissue.
Proprietary automated polyurethane foaming technology yields an interconnected porous structure with exceptional capillary absorption capacity, locking away exudate and matrix metalloproteinases (MMPs) to prevent peri-wound skin maceration.
Derived from natural sea kelp integrated with sustained-release ionic silver ($Ag^+$). Upon contact with wound exudate, calcium ions exchange with sodium ions to form a soft gel, offering broad-spectrum antimicrobial defense against MRSA, Pseudomonas aeruginosa, and VRE.
| Performance Metric | WER Medical Silicone Foam | Standard Hydrocolloid | Traditional Surgical Cotton Gauze |
|---|---|---|---|
| Dynamic MVTR ($g/m^2/24h$) | 3,200 – 4,500 (Breathable & Smart) | 600 – 1,200 (Low Breathability) | > 5,000 (Uncontrolled Evaporation) |
| Exudate Retention under Pressure | High (Locks fluid inside foam core) | Moderate (Gels & expands) | Very Low (Fluid strikes through) |
| Adhesion Mechanics | Soft Silicone Gel (Zero Pain on Removal) | Tackified Polyisobutylene (Can tear skin) | Adheres to dried blood/fibrin (Painful) |
| Bacterial Barrier Function | 100% Impermeable Semi-Permeable PU | Impermeable Outer Layer | Permeable when wet (High infection risk) |
| Wear Duration | Up to 7 Days | 3 to 5 Days | Requires changes multiple times daily |
In the European Union, the transition from the Medical Device Directive (MDD 93/42/EEC) to the stringent Medical Device Regulation (EU 2017/745 - CE MDR) has fundamentally reshaped the manufacturing landscape. CE MDR imposes elevated demands on clinical evidence, post-market surveillance (PMS), and quality management systems.
Under CE MDR, sterile surgical dressings containing active components (such as silver ions) or classified as Class IIa/IIb invasive devices require unannounced audits by EU Notified Bodies, rigorous biocompatibility testing according to ISO 10993 standards, and transparent Unique Device Identification (UDI) tracking.
Global supply chain disruptions in recent years have demonstrated that procurement security requires reliable, high-capacity, automated manufacturing partners. WER Medical’s 10,000㎡ intelligent facility in Guangzhou represents the peak of Chinese medical manufacturing 4.0.
Computer-controlled chemical dosing and temperature management guarantee micro-cellular uniformity across every square meter of polyurethane foam, securing consistent fluid absorption rates.
High-resolution camera arrays scan 100% of dressing rolls for physical micro-defects, pinholes, adhesive irregularities, or particulate contamination before conversion.
Integrated rotary die-cutting and heat-sealing packaging lines produce up to 300 sterile pouches per minute inside ISO Class 8 cleanrooms, drastically lowering unit production costs.
By integrating the full vertical production chain—foaming, silicone coating, precision die-cutting, forming, primary pouch sealing, and secondary box packaging—WER Medical provides global clients with unmatched total cost of ownership (TCO) and rapid lead times.
WER Medical is a trusted China-based company of high-quality medical supplies. A medical dressing enterprise integrating R&D, production and sales, which can provide customers with customized services, including customization of product size/shape and outer packaging.
Precision tooling for sacral, heel, tracheostomy, and post-C-section contoured dressings designed for complex anatomical contours.
Choice of full-face silicone gel, border-only silicone, micro-perforated adhesive patterns, or hybrid acrylic/silicone formulations for dual tackiness.
Complete branding services: customized medical-grade Tyvek pouches, sterile peelable blisters, localized multi-lingual retail boxes, and carton labeling.
Different clinical settings demand specialized dressing configurations. WER Medical products are engineered to fit seamlessly into standardized hospital pathways worldwide:
For post-surgical closed incisions (e.g., orthopedics, cardiothoracic, abdominal surgeries), waterproof PU transparent film dressings with central absorbent non-adherent pads maintain a sterile barrier against external fluids and bacteria, allowing surgeons to monitor exudate without disturbing the wound.
Pressure injuries (Stage II-IV), venous leg ulcers, and diabetic foot ulcers benefit from our multi-layer silicone foam dressings with borders. The high absorption core handles exudate, prevents periwound tissue maceration, and reduces shear forces when patients are repositioned.
Medical-grade silicone scar sheets and silicone gel tape apply constant hydration and micro-pressure over healed post-op incisions (such as C-section scars, plastic surgery revisions, and keloids), downregulating collagen overproduction and smoothing scar tissue.
Answers to high-intent questions from hospital purchasing committees, medical distributors, and regulatory compliance teams.
Discover our advanced silver alginates, transparent PU film rolls, and post-surgical silicone gel formulations engineered for rapid wound resolution.
