1. Clean transmission, ensuring a sterile environment: Made of food-grade/medical-grade materials (such as PU, silicone, Teflon), odorless, no precipitation, resistant to disinfection (alcohol, high-temperature steam, etc.), it can prevent the contamination of drugs, samples, and instruments, and is suitable for scenarios such as pharmaceutical workshops, operating rooms, and sterile laboratories.

2. Precise and efficient, enhancing process efficiency: Thin in thickness (typically 0.5-5mm), light in weight, low in operating noise, flexible in start and stop, it can achieve drug sorting, automatic transmission of test samples (blood, urine, etc.), and turnover of surgical instruments, reducing manual handling errors and improving the circulation efficiency of hospital laboratories and pharmaceutical factory production lines.

3. Flexible adaptation, protecting sensitive items: With a smooth surface or special anti-slip texture, it can smoothly transfer fragile reagent bottles, precision medical components, vaccines and other sensitive items, avoiding damage from collisions. At the same time, the width and length can be customized according to the equipment requirements to adapt to the compact space of small medical devices (such as automatic analyzers and pharmaceutical packaging machines).

4. Safety and compliance, reducing risk hazards: It features anti-static, acid and alkali resistance, flame retardancy and other properties, meeting relevant standards of the medical industry (such as FDA, ISO), which can prevent problems such as static electricity attracting dust and chemical corrosion, ensuring the safety and compliance of medical processes.