In the field of electronic manufacturing, surface mount technology is developing rapidly toward component miniaturization, high-density assembly and efficient production. As the positioning, supporting and protecting mechanism for PCBs, the performance of the precision pressure head / fixture — the core component of SMT carriers — directly determines the accuracy and yield of key processes such as component mounting, testing and soldering.
In cutting-edge technological fields such as biosensing, environmental monitoring and electrochemical analysis, the interdigitated electrode, as a core sensing component, directly determines the sensitivity, accuracy and response speed of detection. By fabricating interlaced micro-nano metal fingers on an insulating substrate, the interdigitated electrode achieves high-sensitivity detection of target molecules.
In advanced manufacturing fields such as food and pharmaceuticals, new energy materials, high-end chemical engineering, and precision ceramics, the precise screening and classification of materials are key process steps to ensure the purity, consistency and performance of final products. As a core separation component, the mesh hole accuracy, uniformity and stability of precision sieve mesh directly determine production efficiency and product quality.
A camera module bracket is a miniature metal structural component used to fix and precisely position core optical elements such as camera lenses and sensors, ensuring optical path alignment and module stability.
In various fields such as apparel, footwear, medical aids, aerospace and outdoor equipment, hook-and-loop fasteners (Velcro) – as a classic quick-fastening solution – continue to see growing market demand, with ongoing trends toward lightweight, high-strength and miniaturized designs. As the mold for the "hook side" of hook-and-loop fasteners, the manufacturing precision of injection hook mold inserts directly determines the fastening strength, durability and hand feel of the fasteners.
Magnetic carrier pallets/covers are specially designed for the manufacturing and assembly of FPC flexible boards and PCBs, widely used in solder paste printing and component mounting processes. Strong magnetic material ensures precise fixing and positioning, improving production efficiency and accuracy while effectively protecting FPC/PCB boards from damage.
In the fields of high-end watchmaking and luxury accessories, the metal date indicator ring is not only a functional component for date display, but also an "inner face" that reflects the brand's craftsmanship aesthetics and precision manufacturing standards.
In the fields of industrial automation, high-end CNC machine tools, robots, servo motors and precision instruments, accurate position detection and speed control are the core to achieving high-performance motion. As the "eyes" of this system, optical encoders convert mechanical position into electrical signals by reading the precise grating lines engraved on the optical encoder disk. Their resolution and accuracy directly determine the upper limit of the entire motion control system.
As lithium battery manufacturing steps into the TWh era, improving production capacity, yield rate and consistency has become the core competitiveness of battery manufacturers. As the first critical process in electrode manufacturing, the coating quality directly determines the energy density, safety and cycle life of the battery.
Coating shims, also known as "baffles" or "cavity plates", are core precision tooling that define the coating width and edge profile. Installed on both sides of the coating die, their cavity contour accuracy, edge quality and dimensional stability are critically important.
The Precision Dispensing Steel Sheet (also known as SMT Dispensing Fixture, Dispensing Stencil, Nickel Surface Dispensing Positioning Steel Sheet, Dispensing Mask) is an ultra-high-precision process tool specially designed for SMT surface mount, PCB precision dispensing, component packaging, module assembly in electronic manufacturing. The product is integrally formed by high-precision fiber laser cutting / chemical etching process with imported high-flatness 304/316L stainless steel (or high-precision nickel sheet) as the substrate. Through 1:1 customized shaped dispensing hollow and positioning structure, it realizes micron-level precise dispensing positioning of PCB/components, completely solving industry pain points such as uneven manual dispensing, glue overflow, deviation, missing glue, and component contamination. It greatly improves the yield and production efficiency of the dispensing process, and is the core process tool for the precision dispensing process in electronic manufacturing.
The Precision Magnetic Steel Sheet (also known as SMT Magnetic Positioning Steel Sheet, Aluminum Alloy Magnetic Placement Steel Sheet, Magnetic Adsorption Positioning Plate, Magnetic Carrier Steel Sheet) is a new generation of high-precision process tool specially designed for SMT surface mount production line, FPC/PCB precision processing, and semiconductor packaging/testing in electronic manufacturing. The product is integrally formed by high-flatness aerospace-grade 6061-T6 aluminum alloy as the base, combined with precision array permanent magnet adsorption modules. Through high-precision CNC engraving technology, it realizes micron-level shaped hollow positioning and precise positioning, completely solving industry pain points such as component crushing, PCB deformation, and low clamping efficiency of traditional clamping fixtures. It realizes non-marking, zero-damage rapid adsorption positioning, and is the core precision tool for the flexible production/printing/testing process of thin PCBs, FPCs, and sensitive components in high-end electronic manufacturing.
The Precision Multi-station Laser Steel Sheet (also known as SMT Laser Printing Stencil, Shaped Precision Laser Carrier Steel Sheet, Composite Multi-station Laser Steel Sheet) is an ultra-high-precision metal functional component specially designed for the SMT surface mount production line, semiconductor packaging, precision component processing in electronic manufacturing. The product is integrally formed by high-precision fiber laser cutting process with imported high-flatness 304/316L stainless steel as the substrate. Through 1:1 customized multi-specification, multi-station shaped array hollow structure, it can carry different types of PCB/components at the same time, realizing one-stop operation of micron-level precise positioning, solder paste printing and placement bearing. It completely solves industry pain points such as insufficient accuracy, burrs, stress deformation, printing deviation and component crushing of traditional processing, greatly improving the yield and production efficiency of the whole SMT process, and is the core precision component for flexible mass production of multi-category and multi-specification products in electronic manufacturing.
The Precision Laser Steel Sheet (also known as Laser Cutting Stainless Steel Stencil, SMT Laser Printing Steel Sheet, Multi-station Laser Carrier Steel Sheet, Shaped Precision Laser Steel Sheet) is an ultra-high-precision metal functional component specially designed for SMT surface mount production line, semiconductor packaging, precision component processing in electronic manufacturing. The product is integrally formed by high-precision fiber laser cutting process with imported high-flatness 304/316L stainless steel as the substrate. Through 1:1 customized multi-station array shaped hollow structure, it realizes micron-level precise positioning, solder paste printing, and placement bearing of PCB/components, completely solving industry pain points such as insufficient accuracy, burrs, stress deformation, and printing deviation of traditional processing. It greatly improves the yield and production efficiency of SMT process, and is the core precision component for material control and production efficiency improvement in the whole process of electronic manufacturing.
The BGA Ball Placement Stencil (also known as BGA Ball Planting Steel Sheet, BGA Rework Ball Mesh, BGA Solder Paste Printing Steel Sheet) is an ultra-high-precision special tool specially designed for semiconductor packaging, electronic manufacturing, and chip-level repair fields, used for solder ball planting, rework, and solder paste printing processes of various packaged chips such as BGA, CSP, and UBGA. The product is integrally formed by precision chemical etching (Chemical Etching) process with imported high-elasticity 304/316L stainless steel as the substrate. It 1:1 accurately matches the BGA chip solder ball array, realizing micron-level precise ball planting of solder balls, completely solving industry pain points such as traditional ball planting deviation, solder bridging, insufficient solder, and uneven solder ball size. It greatly improves the yield and production efficiency of BGA chip ball planting, and is the core precision tool for BGA chip mass production, rework, and packaging.
