We offer the complete range of wire drawing plant such as Stainless Steel Wire Plant, both wet and dry, which are suitable for drawing wire from stainless steel. The plant includes a complete production line, along with a variety of auxiliary machines. As we provide a turnkey solution, the designing and development of plants are completely customized to suit the preferences of our clients.

We provide turnkey solution for PC Wire Plant and LRPC wire plants. Offering tailor-made solution, the designing and fabrication of the plants are provided as per the exact requirements of our clients.

Assomac offers MIG Welding Wire Plant, A high speed integrated Copper Coating line for high-speed continuous drawing and inline copper coating of electrode quality low carbon steel wire.
ASSOMAC entrusted by its honored customers with the responsibility of providing a modern high-speed, simple to operate, low cost and low downtime machine had to go to the drawing board and come up with several offerings to suit customer needs. The line basically consists of payoff with entanglement sensing arrangement, 11 Die four spindle wet drawing machine, Stainless Steel or FRP / PP Copper coating tank with finishing die, triple deck BB- block for skin pass with killing arrangement and Spooler for plastic spoons cheese spool. Also, pointing-cum-threading machine, butt-welding machine, control panel, and control desk are part of the complete plant.

Plant Features and options

• Wet Drawing Concept
• High Speed Belt Drive for sound less efficient Transmission of power or Helical Gear Drive in Wet Drawing Machine.
• Tungsten Carbide Drawing Cones for service period or Carbon Steel Drawing Cones for the economy.
• Copper coating tank made out of Stainless Steel or Fiber Reinforced Plastic and Poly Propylene material with five chambers and required heating arrangements.
• Cast Nylon and Graded synthetic pulleys for corrosion resistance in the coppering tank.
• Adjustable Killing Rollers nine each in Vertical and Horizontal planes for proper Cast and Helix both at BB block and spooler.
• Wire accumulation at BB- Block for continued working when spooler stops.
• Pneumatic clamping of spools for faster working at the spooler.
• Traverse with minuet Variable Pitch adjustment using A.C. Variable Driver variable Uhing
• traverse.
• Complete plant controlled by one man using the control desk having variable speed drives.