Tungsten Carbide Stripping Blade

Introduction

The full name of tungsten carbide stripping blade is called tungsten carbide stripping machine round blade, which belongs to the precision-made tungsten carbide blade cutting product. It is mainly used for the automatic stripping machine to peel and stratify the outer casing of the mobile phone antenna to achieve the follow-up. The use of the required wires for production operations is a high-efficiency embodiment of the cutting operation.

The wire stripping machine for automatic mechanized cutting operations is a small precision machining of wires, cables, optical fibers, and antennas. The wire stripping machine is a machine that peels off the plastic skin wrapped around the wires and the metal core, because of the wire diameter, material and composition. Different, there are different suitable models: short thin line type, large square type, cable type, sheathed line, coaxial line type and other computer stripping machine, continuous and long-lasting operation is the final requirement of the wire stripping machine equipment operation. Choosing a tungsten carbide stripping blade is a direct expression of long-lasting and efficient operation.

Application

The tungsten carbide stripping blade is mainly installed on the stripping machine equipment to carry out layer peeling operation on the antenna of the mobile phone and the connecting line. The two pieces are used together, and the cutting edge and the size are required to be the same, exactly the same. The development of industrial automation cutting operations requires extensive use and high requirements for cutting tools such as cemented carbide inserts. The blade is a two-piece stripping and cutting operation, which requires the dimensional tolerance accuracy requirements of the two blades to be perfectly consistent to meet the automatic production of the stripping line. As a tool product, cemented carbide inserts are industrially produced cutting tools, especially in precision mechanized cutting operations. The high-precision tolerance requirements of high-precision carbide inserts are reflected.