Winway manufactures factory-direct PCD and carbide PCB cutting tools for V-grooving, depaneling, beveling, edge trimming and corner rounding. The range covers standard and custom tools for FR4, multilayer, aluminum-based and CCL/PP materials. ISO 9001:2015 certified production, free sample testing, wholesale pricing and OEM support are available. Request a quote for the right tool specification.
Winway is a professional manufacturer and supplier of Carbide PCB Slitting Cutter, a specialized circular knife designed for slitting copper clad laminate (CCL) and PP sheets. Also known as an Alloy Slitting Cutter, this tool is made of SKD11 and used for longitudinal slitting of PCB upstream base materials. The sharp blade delivers stable cutting performance and produces neat cutting sections without burrs. This PCB Slitting Knife is suitable for continuous slitting production of CCL and PP prepreg. Custom specifications are available to meet different processing requirements, making it widely used in slitting operations at PCB manufacturing facilities.
As a Professional Supplier, Winway offers the Carbide PCB Bevel Cutter.This solid carbide bevel cutter is specially designed for PCB gold-finger bevel processing. It adopts ultra-fine grain cemented carbide substrate, used for chamfering and bevel forming of PCB gold-finger. It solves common defects in gold-finger machining such as copper foil drawing, copper chipping, notch, whitening and burr. The cutting edge is nano-precision ground for sharp cutting performance. After machining, the edge of gold-finger is smooth and rounded, meeting plug-pull reliability and A-grade appearance standard. Compatible with PCB gold-finger beveling machine for large-volume continuous production, and it can be reground for repeated use for many times.
As a Professional Supplier, Winway provides the Carbide PCB Edge Beveling Cutter, a cemented carbide tool designed for PCB beveling machines. It is used for beveling and chamfering the ends of PCB gold-plated gold fingers. Featuring a straight shank structure, the cutting edge undergoes mirror passivation and polishing to produce smooth inclined surfaces. This helps reduce the risk of scratching or peeling the gold-plated layer while meeting the guiding requirements for connector insertion and removal. With consistent machining performance, the cutter is suitable for continuous mass production in PCB factories.
As a China Manufacturer, Winway offers the Carbide PCB V-Cut Cutter, an alloy V-cutting tool made of carbide material. It features a disc-shaped toothed design for machining V-shaped grooves on PCB boards. Various cutting angles and sizes are available and can be customized according to specific processing requirements. With a durable cutting edge, long service life and high production efficiency, it is widely used for PCB V-groove cutting in production applications.
As a China Manufacturer, Winway offers the Carbide PCB Pneumatic Bevel Cutter, a special forming tool developed for PCB gold finger bevel chamfering. It features an alloy steel substrate welded with a cemented-carbide tungsten steel cutting edge, combining high hardness with stable cutting performance. Designed to produce smooth machined surfaces, it helps reduce copper foil burrs and copper peeling during gold finger chamfering. With good wear resistance and a long service life, it is suitable for continuous, high-volume PCB production.
Winway is a professional China Manufacturer of the Carbide Tungsten Steel Decagonal Cutter, made from integral cemented carbide and specially designed for copper foil cutting. This disc-shaped blade features ten sides and ten cutting edges. Its multi-edge equal-division structure and precision-ground cutting edges help achieve neat, burr-free cutting surfaces on copper foil. With excellent wear resistance and a long service life, it is suitable for copper foil slitting and slicing equipment, supporting continuous, high-volume copper foil cutting production.
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy