An adaptive cutting system featuring dual fiber/CO₂ lasers automatically adjusts power, focal length, and cutting speed based on the melting point, density, and flame-retardant properties of different plastics, enabling carbon-free, char-free cutting of corrosion-resistant sheets such as PVDF and PTFE. The resulting cut surfaces exhibit exceptional perpendicularity and flatness, meeting stringent sealing and assembly requirements.

Applicable material:PTFE, nylon, UHMWPE, certain rubbers, PP, PE, PVC, PVDF, and metal sheets

• High-precision 2D cutting with smooth, burr-free edges

• Can be engraved with logos, scales, and textures to enhance recognizability.

• Suitable for: sealing gaskets, insulating gaskets, label boards, custom-shaped sheets, metal nameplates, and PVC protective covers.

Core Advantages

By employing closed-loop injection control and multi-stage holding pressure processes, precise temperature and mold-temperature control is achieved for high-temperature engineering plastics such as PEEK and nylon, effectively reducing sink marks, porosity, and warpage. This enables stable molding of specialty formulations—including glass-fiber-reinforced, wear-resistant, and hydrolysis-resistant grades—while meeting medical and food-grade standards.

Applicable material:Nylon, PEEK, UHMWPE, modified PTFE composites, PP, PE, PVC, polyurethane

• Multi-axis CNC milling/turning for complex geometries

• Tolerances as tight as ±0.02 mm, meeting the requirements for high-precision seals, bushings, and structural components.

• Supports 3-, 4-, and 5-axis machining, capable of processing contoured slots, threaded holes, and thin-walled structures.

• Suitable for: sealing gaskets, bearing bushings, wear-resistant sliders, insulating supports, metal structural components, and polyurethane buffer blocks.

Core Advantages

By employing high-temperature chamber printing and layered sintering technologies, we achieve density and mechanical strength for high-performance materials such as PEEK and nylon that are comparable to injection-molded parts. This approach supports the one-step fabrication of internal flow channels, hollow structures, and custom-shaped assembly components, enabling the validation of complex functional parts without the need for post-processing assembly or joining.

Applicable material:Nylon (SLS), PEEK (high-temperature SLS), TPU rubber (FDM/SLA), PP, polyurethane, metal (SLM)

• Rapid prototyping and direct printing of complex structures

• Nylon SLS: high strength, fatigue resistance, suitable for functional test parts

• PEEK high-temperature printing: high-temperature components for medical and aerospace applications

• Metal SLM: high-performance metal parts such as stainless steel and titanium alloys

• Suitable for: functional test prototypes, custom fixtures, small-batch custom parts, and lightweight metal structural components

Core Advantages

By employing zone-specific constant-temperature heating combined with a progressive bending process, the heating depth and cooling rate are precisely controlled according to the specific thermal deformation temperatures of different plastics, thereby preventing whitening, cracking, and springback in high-temperature-resistant materials such as PTFE and PVDF. This ensures stable bending angles and maintains a flat, distortion-free panel surface.

Applicable material:PTFE, nylon, UHMWPE, PP, PE, PVC, and PVDF sheets

• Controlled heating bending to form arc-shaped, U-shaped, and channel-shaped structures

• Stress-free cracking, angular accuracy ±1°

• Suitable for: guards, deflectors, insulated bends, wear-resistant linings, PVC cable trays, and PP containers.

Core Advantages

For non-polar plastics such as PP, PE, and PTFE, a surface activation treatment combined with a dedicated adhesive system is employed; for PVC and PVDF, hot-air or infrared welding is used to ensure that the weld strength is comparable to that of the base material, with no leakage or cracking, thereby meeting requirements for acid- and alkali-resistance, high-pressure sealing, and structural load-bearing.

Applicable material:PTFE, UHMWPE, nylon, rubber, PP, PE, PVC, PVDF, silicone, polyurethane

• Heat-plate welding, ultrasonic welding, and infrared welding for seamless splicing

• Special adhesives for bonding dissimilar materials (e.g., PTFE + metal, rubber + plastic, silicone + metal)

• Suitable for: large liners, sealing assemblies, multilayer composite structures, PVC pipes, and silicone seals.

Core Advantages

A combined physical and chemical polishing process is employed to achieve a scratch-free, mirror-like finish on plastic components; anodizing, passivation, and sandblasting are applied to metal parts; and wear-resistant, low-friction coatings are applied to seals, comprehensively enhancing the products’ weather resistance, wear resistance, electrical insulation, and food-contact compliance.

Applicable material:A full range of specialty plastics, metals, silicone, and polyurethanes.

• Polishing: mirror finish, matte finish, and textured finish—enhancing both appearance and wear resistance.

• Spraying/Printing: UV inkjet printing, signage printing, weather-resistant coatings

• Coatings: PTFE coating, wear-resistant coating, insulating coating, metal anodizing

• Suitable for: medical components, food-contact components, cosmetic components, corrosion-resistant metal parts, and silicone keypads.

Core Advantages

By employing a combined process of isostatic pressing and high-temperature mold pressing, PTFE and PEEK powders undergo a fully controlled sequence of pre-compaction, sintering, and final shaping, thereby enhancing material density and creep resistance. This approach enables the fabrication of extra-large, ultra-thick, and complex-shaped components that are difficult to machine using CNC, while delivering outstanding dimensional stability.

Applicable material:PTFE, PEEK, UHMWPE, rubber, silicone, polyurethane, PP, PE

• Compacting powders or preformed blanks into dense components using high pressure and high temperature

• Capable of producing large-size, thick-walled, high-density seals, bushings, and custom-shaped blocks.

• Suitable for: large PTFE sealing rings, thick-walled PEEK structural components, rubber buffer blocks, silicone sealing rings, and polyurethane shims.

Core Advantages

High-rigidity CNC lathes equipped with specialized elastic fixtures are employed, utilizing constant linear speed turning and ultra-low feed rates for both soft materials such as silicone and polyurethane and high-hardness materials such as PTFE and PEEK, thereby ensuring that roundness, cylindricity, and end-face runout meet the stringent requirements for ultra-precision sealing fits.

Applicable material:Applicable materials: PTFE, nylon, PEEK, UHMWPE, rubber, PP, PE, PVC, PVDF, silicone, polyurethane, and metal rods/tubes.

• High-precision turning machining for the production of bushings, sleeves, sealing rings, and threaded components.

• Capable of machining precision features such as internal and external circles, tapered surfaces, threads, and end-face grooves.

• Tolerances as tight as ±0.01 mm, meeting the requirements for high-speed rotation and sealing fits.

• Suitable for: PTFE bushings, PEEK valve seats, nylon gear shafts, rubber buffer sleeves, and metal shaft components.

Core Advantages

Utilizing single- or twin-screw extrusion combined with a vacuum calibration system, this process enables precise control of extrusion speed, temperature, and draw tension, ensuring uniform inner and outer diameters and consistent wall thickness in rod and pipe products. It supports long-length, defect-free continuous molding of corrosion-resistant materials such as PVDF and PVC, with custom-shaped cross-sections available upon request.

Applicable material:PP, PE, PVC, PVDF, nylon, polyurethane

• Continuous extrusion production of bars, pipes, profiles, films, and more

• Customizable cross-sectional shapes to meet the demands of long-length, continuous production

• Suitable for: PVC pipes, PP profiles, PE films, PVDF corrosion-resistant piping, and polyurethane sealing strips.

Core Advantages

High-speed, precision stamping dies are used in conjunction with servo presses to perform continuous progressive stamping on metal and engineering-plastic sheets, integrating blanking, bending, drawing, and forming into a single process. The stamped edges are smooth and burr-free, with excellent dimensional consistency, making this technology particularly well-suited for the high-volume production of ultra-thin gaskets and seals.

Applicable material:Metals (stainless steel, copper, aluminum, galvanized sheet, etc.), PP, PE, PVC, PVDF, silicone, polyurethane, and others.

• Utilizing high-precision dies to perform forming operations on sheet metal, including blanking, bending, deep drawing, and embossing.

• Capable of manufacturing high-precision, highly consistent gaskets, brackets, housings, seals, and other components.

• Suitable for: metal stampings, thin-wall PP/PE housings, PVC gaskets, silicone sealing washers, and polyurethane buffer components.

Core Advantages

Through comprehensive material matching based on mechanics of materials, temperature resistance, chemical resistance, coefficient of friction, and processability, we provide one-stop material selection and structural optimization tailored to diverse operating conditions such as sealing, wear resistance, electrical insulation, load-bearing, and corrosion protection. Simultaneously, we evaluate manufacturing processes, tolerances, and costs to deliver the most cost-effective solution.

Applicable material:Full range of PTFE, UHMWPE, nylon, PEEK, PP, PE, PVC, PVDF, silicone, polyurethane, and metals.

• Recommends the optimal material based on operating conditions (temperature, pressure, process medium, and load).

• Provide material comparisons and selection recommendations, balancing performance and cost.

• Engage from the design stage to optimize manufacturability, reducing costs and lead times.