Metal Processing Equipment Manufacturer for Peeling, Grinding, Cutting and Pickling Lines

The abrasive belt polishing machine is designed for surface grinding, deburring, descaling and polishing of bars, tubes, shafts and profile materials. It uses abrasive belts to remove surface defects and improve brightness and smoothness. The equipment is suitable for stainless steel, carbon steel, alloy steel, aluminum alloy, copper alloy and other metal materials. It is widely used before or after drawing, peeling, straightening and machining processes. The machine can be configured with multiple polishing heads, automatic feeding, dust collection and adjustable pressure control according to product diameter and surface finish requirements. Advantages include high polishing efficiency, stable surface quality, easy belt replacement, lower labor intensity and improved appearance of finished metal products.

Wire Drawing Machine (also named Wire Drawbench) is core industrial equipment to reduce wire diameter via pulling raw stock through sequential precision drawing dies, realizing plastic deformation of metal/plastic material. It optimizes wire roundness, surface finish and dimensional tolerance, widely adopted in hardware, wire & cable, auto parts, plastic processing and daily bamboo-wood manufacturing industries.

Wire Drawing Machine (also named Wire Drawbench) is core industrial equipment to reduce wire diameter via pulling raw stock through sequential precision drawing dies, realizing plastic deformation of metal/plastic material. It optimizes wire roundness, surface finish and dimensional tolerance, widely adopted in hardware, wire & cable, auto parts, plastic processing and daily bamboo-wood manufacturing industries.

LBJZ-40 chain continuous drawing machine is used for continuous drawing of metal bars and tubes. It is suitable for carbon steel, alloy steel, stainless steel and non-ferrous metal materials that require improved diameter accuracy and bright surface quality. The chain drive system provides stable traction force and reliable continuous operation. The equipment can be used with pointing, lubrication, straightening, cutting and collection units to form an efficient drawing production line. This model is suitable for medium and large production batches where stable drawing force, consistent product size and high surface quality are required. Typical applications include bright bar production, precision tube drawing, special steel processing and raw material preparation for fasteners, machinery parts and automotive components.

The combined drawing machine is used for producing bright steel bars with high efficiency and low production cost. It integrates drawing, straightening, cutting and collection processes into one continuous production system. The equipment is suitable for stainless steel bars, carbon steel bars, alloy steel bars and special steel materials in multiple specifications. It helps improve bar surface quality, dimensional accuracy and production consistency. The line can be configured according to drawing force, incoming material size, finished bar length and automation requirements. It is widely used in bright bar production, precision steel processing and metal material finishing plants. Key advantages include high production efficiency, stable drawing performance, reduced handling, compact workflow and reliable finished product quality.

The combined drawing machine is used for producing bright steel bars with high efficiency and low production cost. It integrates drawing, straightening, cutting and collection processes into one continuous production system. The equipment is suitable for stainless steel bars, carbon steel bars, alloy steel bars and special steel materials in multiple specifications. It helps improve bar surface quality, dimensional accuracy and production consistency. The line can be configured according to drawing force, incoming material size, finished bar length and automation requirements. It is widely used in bright bar production, precision steel processing and metal material finishing plants. Key advantages include high production efficiency, stable drawing performance, reduced handling, compact workflow and reliable finished product quality.