ACF filter

ACF series filter has won the national appearance patent certification for its breakthrough design concept, and its innovative filter element interface and sewage structure design have won the national technology patent. The products pursue perfection in industrial design, deeply integrate exquisite and meticulous manufacturing technology with concise and generous aesthetic concept, and set up a new benchmark for appearance design in the industry while achieving functional breakthroughs. At the level of manufacturing process, ACF filter shell is made of aviation grade silicon-aluminium alloy material, which is integrated by precision die-casting technology, and its structure is compact and stable. Verified by the 4.0 Mpa ultra-high pressure test of the national authoritative laboratory, it can still ensure excellent sealing performance under the harsh working conditions of 16 bar, and effectively avoid the risk of leakage under high pressure environment. The surface treatment of the shell adopts the industry-leading technology, which carries out deep cleaning, degreasing and passivation pretreatment in turn, and combines with internal electrophoretic anticorrosion and external electrostatic spraying of high-strength epoxy resin coating to form a multi-layer protective system, which significantly improves the corrosion resistance of the equipment and greatly prolongs its service life. ACF element filter element adopts high-performance borosilicate fiber filter material and porous glass fiber composite filter structure, and the outer layer is covered with polyester fiber liquid collection layer. This innovative material combination endows the filter element with excellent high temperature resistance and chemical corrosion resistance. Verified by professional testing institutions, the filter element not only achieves high filtration efficiency, but also controls the pressure loss in the minimum range of the industry, effectively guaranteeing the stable and efficient operation of gas equipment. The products are widely used in various high-precision gas consumption scenarios, including first-line brand air compressor post-processing systems, laser cutting equipment, precision instrumentation, medical purification equipment, food processing production lines and other areas with high air quality requirements, providing a solid guarantee for the stable operation of key equipment, and helping customers achieve double improvement of production efficiency and quality.

Main products: GTDi fiber laser cutting machine, JRK fiber laser cutting machine, JIEKE engraving machine, JRK laser machine

Served Industry(ies): New Energy Technology,Automotive, Motorcycle and Parts Manufacturing,Medical Device Manufacturing, Biotechnology,Home Appliances and Kitchen and Bathroom Supplies,Metal and Plastic Products,Industry-Specific Equipment and Non-Standard Equipment

High-power fiber laser cutting machine

1. Gantry rack dual-drive structure, reinforced welding bed, large gantry milling finishing, gantry milling and vibration aging to eliminate stress, to ensure that the machine deformation tolerance is small 2. High performance, using the original packaged fiber laser, stable performance, service life of more than 100000 hours; 3. Through finite element structural mechanics analysis, the beam has light weight, high rigidity and good dynamic performance.

Acrylic screw laser cutting machine

A special production and processing equipment for advertising logo, exhibition display, LED light guide plate, LED luminous characters, acrylic products and other industries; High-precision screw drive components, with the Japanese servo drive motor, to ensure the accuracy of the cutting; All-steel structure seamless welding, 800 ° aging annealing heat treatment, ultra-large CNC gantry milling precision processing, strong smoke exhaust, protect the light path from pollution; Special beam processing technology keeps the laser beam consistent over the entire processing range.

Independent laser pipe cutting machine

1. The front and rear chucks are pneumatic chucks, with one-button automatic centering and dual-drive rotation to ensure the synchronization of front and rear rotation; 2. Cooperate with FScut high-end CNC system to ensure the processing accuracy requirements for long-term work; 3. Convenience of operation: self-compiled correction function, very intelligent, convenient and practical to find the pipe center; 4. Strong expansion performance: It can be widely used for cutting round pipes, square pipes and rectangular pipes in the pipe industry. The maximum processing diameter is 220mm for round pipes and 160mm * 160mm for square pipes.

Main products: GCI has three series of Shark, Lynx and Kite, and more than 30 models of 3D structured light products, with the highest measurement accuracy of 0.02 micron and the highest imaging speed of more than 100 FPS, which can meet the needs of high-precision and high-speed 3D imaging in different application scenarios. The company's self-developed GCI3D SDK based on C + + and CUDA platforms provides feature-rich 2D and 3D operators and AI modules, which can help users quickly complete project evaluation and application software development.

Served Industry(ies): Industrial Robots & Related Components Manufacturer / Industrial Internet,Industry-Specific Equipment and Non-Standard Equipment,Semiconductor Manufacturing,New Energy Technology

KM60G

High precision: 1.6 million resolution, Z direction repetition accuracy up to 4 μm; High speed: compatible with GPU/CPU platform, imaging speed millisecond, scanning speed 3 Hz; Small size: the body is made of aircraft-grade aluminum alloy, the weight is only 230 G, industrial reliability. It is mainly oriented to high-precision online measurement and detection in narrow space, high-precision measurement and positioning at the front end of the mechanical arm, and is suitable for automated workstations with strict requirements on measurement accuracy and installation space.

KM200G

High accuracy: 1.6 million resolution, repetition accuracy up to 15 μm in Z direction; high speed: compatible with GPU/CPU platform, imaging speed of millisecond, scanning speed of 3 Hz; small size: the body is made of aircraft-grade aluminum alloy, only 230 G, industrial reliability. It is suitable for installation in narrow space, and can realize large field of view, large depth of field and high-precision three-dimensional measurement; it is suitable for integrated installation of various manipulators, and is used for high-precision terminal 3D visual measurement and positioning. Typical applications include industrial scenarios such as disordered grasping, three-dimensional imaging of human body, tray monitoring, battery 3D measurement, etc.

Main products: Universal sliding seat, mold locking buckle, wear-resistant block, parallel block, precise positioning, sliding block layering, squeezing block, shovel machine, etc.

Served Industry(ies): New Energy Technology,Automotive, Motorcycle and Parts Manufacturing,Electronics and Product Manufacturing,Semiconductor Manufacturing,Medical Device Manufacturing, Biotechnology,CNC/Sheet Metal/Stamping/Casting and Other Manufacturing Processing,Die & Mold Design and Manufacturing

Universal sliding seat, mold locking buckle, wear-resistant block, parallel block, precise positioning, sliding block layering, squeezing block, shovel, etc.

Main products: Since 2018, we have been providing a diverse range of high-precision wristed instrument components such as needle drivers, scissors, Potts and GPF,Vessel sealer, bipolar instruments and other 40 types of instrument components. Our expertise extends to high-temp resin injection molding and tooling，MIM injection for optimal quality. Count on us for advanced solutions and reliable performance in surgical robotics instruments. Our facilities are equiped with comprehensive processes in house：5axis CNC tuning, plastic mold tooling, high temp. resin injection prodction, MIM injection, biocomptible brazing, total 100+ manufacturing devices, output yearly up to 500.000 piece compnonents. Our quality inspection lab is equipped with a full set of testing equipment, including Zeiss 3D and 2D measuring systems, hardness, tensile, insulation resistance, resistance, and roughness testers, as well as salt spray and boiling test chambers. The comprehensive testing system ensure high quality.

Served Industry(ies): Medical Device Manufacturing, Biotechnology,Medical Device Manufacturing,Biotechnology,Machining,Precision Parts Manufacturing,Mould and Parts Manufacturing

surgical robotic instruments

needle drivers, scissors, Permanent Cautery Hooks，Cautery Spatula, FBF, MBF, SND and other instrument

Main products: rivet nuts, self-clinching nut, self clinching locknuts,flush-headstuds,threaded standoffs, welding screw and develop a variety of special-shaped products, non-standard products，rivet nut gun.

Served Industry(ies): Automotive, Motorcycle and Parts Manufacturing,Home Appliances and Kitchen and Bathroom Supplies,Electronics and Product Manufacturing,New Energy Technology

rivet nuts, self-clinching nut，non-standard products

Provide fast, reliable and low-cost connection, strong bearing capacity, installation connection does not damage the working surface, coating, not easy to deformation. High salt spray, with strong anti-corrosion, strong torque resistance, good tensile force, anti-turning, high connection strength, optional, wide range of riveting and other functions. 2, the product application is flexible, beautiful appearance and stable, angular, flat end; Light weight, good strength, serialized specifications (customizable)

Main products: Servo motor dedicated encoder, incremental rotary encoder, absolute rotary encoder, pull rope displacement sensor, grating ruler, digital display meter, coupling and encoder related products.

Served Industry(ies): Electronics and Product Manufacturing,Medical Device Manufacturing, Biotechnology,CNC/Sheet Metal/Stamping/Casting and Other Manufacturing Processing,Heavy Industries,Automotive, Motorcycle and Parts Manufacturing,Semiconductor Manufacturing

Rotary encoder

The working principle of rotary encoder is mainly to convert the mechanical displacement of rotation into electrical signal by using photoelectric conversion or magnetoelectric conversion technology. Specifically: The core components of a rotary encoder include a grating disk (or code disk), light-emitting elements (such as LEDs), and receiving elements (such as photodiodes or phototransistors). When the shaft of the rotary encoder drives the grating disk to rotate, the light emitted by the light-emitting element is cut into intermittent light rays by the slits on the grating disk, and the intermittent light rays are then received by the receiving element and converted into an initial electrical signal 1. The received initial electrical signal will be processed by subsequent circuits, such as amplification, shaping, etc., and finally output as pulse signals or code signals, which can be directly read and processed by the control system. In addition, depending on the type of encoder (such as incremental or absolute), these signals can be further used to measure parameters such as displacement, velocity, and direction. For example, the incremental rotary encoder can not only measure the rotation speed, but also determine the direction of rotation by outputting two sets of A/B pulses with a phase difference of 90 degrees. Absolute rotary encoders, on the other hand, can directly provide precise values for each position.