1. Full-process R&D Capability for Medical Textile Materials
The line integrates the KS500 Fiber Opening Machine, FB118‑600 Carding Machine and JC800 Needle Punching Machine, supporting both independent and combined operation of all core processes. It realizes the full preparation workflow from fiber opening and blending, web forming to needle-punch consolidation. The needle punching machine can independently complete composite bonding between medical dressings and various fabrics, covering key R&D procedures including medical nonwoven material formulation, process optimization and composite modification. It establishes a closed-loop R&D system for medical textile laboratories without relying on external manufacturing resources.

2. High Flexibility & Precise Parameter Regulation for Scientific Experiments
Each unit adopts independent multi-motor drive with stepless frequency conversion speed control, supporting adjustable key process parameters such as opening speed, carding roller speed, needle punching frequency and web feeding speed. For medical textile research, this enables your team to conduct comparative experiments on different fiber blends (e.g. biodegradable medical fibers, functional antibacterial fibers), optimize process parameters for medical nonwovens with specific performance requirements (e.g. air permeability, tensile strength, biocompatibility), and obtain accurate and repeatable experimental data for thesis research and patent development. With a maximum fiber web size of 700×1000 mm and a maximum length of 3000 mm, it is highly suitable for small-batch sample preparation in laboratory R&D.

3. Lab-friendly Compact Design & Low Site Requirement
Designed in line with the space characteristics of university laboratories, the line features a compact and exquisite structure. The transportation weight of a single module is less than 2 tons, and the installed floor load requirement is below 500 kg/㎡. It does not require heavy-duty factory workshops or large-scale site reconstruction and can be directly installed and operated in existing laboratory spaces. Startup, shutdown and material or fiber blend changeover are simple and efficient, greatly improving the efficiency of multi-group parallel experiments in medical textile research.

4. Integrated R&D & Teaching with Low Operational Threshold
We provide a complete set of professional operation manuals, technical specifications and maintenance documents for the entire line, together with a user-friendly operation interface that enables researchers and students to master operating skills quickly after basic training. The line not only supports your research team in conducting high-value-added medical textile material R&D, but also serves as practical teaching equipment for medical textile-related majors. It allows students to intuitively understand the core production processes of medical nonwovens and realize the deep integration of academic research and practical teaching, which is of great significance for cultivating professional and practical talents in medical textiles.

5. Comprehensive After-sales Service & Reliable Quality Guarantee
All equipment is pre-commissioned at our factory before delivery to ensure stable performance. We provide a 12-month warranty for mechanical parts and a 3-month warranty for electrical components, excluding failures caused by improper human operation.