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High Speed Rolling Mill Machine For Flat Wires (FFC)
The FFC is a rolled copper conductor with a thickness of three mils and a width ranging from 11 mils to 62 mils depending on spacing and application. It is typically laminated between two dielectric films. The Flat Flexible Cable (FFC) is a type of flexible electronics cable that is both flat and flexible, with flat solid conductors. Flexible flat cables are a form of flexible electronics. Typically, FFC refers to the extremely thin flat cable commonly found in high-density electronic applications like laptops and cell phones. -
Strip Rolling Machine with High Speed
CRM Wire Flattening & Shaping Lines Complete production lines for your FLAT and PROFILE,Strip Rolling Machine with High Speed
It is possible to perform high precision flat& shaped wires rolling experiments from round inlet wires.
Uses: used for rolling micro flat wire, square wires, rectangular but also Wedge wire, pentagonal wires, hexagonal wires, semicircular wires.
From our modular component range, CRM will build a production line optimally matching your requirements. Here, we perceive ourselves as a system supplier designing, constructing, building, delivering and commissioning your system. -
Best Strip Rolling Mill Leading The Cold Rolling Industry
CRM Strip Rolling mill Complete production lines for your special shaped wire industry.It is possible to perform high precision flat& profile rolling experiments from stainless steel round wires and profile wires, Generally,
our precision profile rolling mill is used for research new projects and feasibility studies with different materials, like stainless steel wires, brass wires, and etc. To achieve a high precision of the process, it is possible to perform thermo-mechanically coupled simulations of the process. -
CTC Production Line
Continuously Transposed Cable (CTC) production lines are installed at the front end of your enameled production lines, using the "rolling + drawing" process, which involves die drawing, flat rolling, die drawing, and die drawing again, to produce small-sized enamelled flat wires. The assembly consists of rectangular, film-insulated conductors, usually overwrapped with insulation. Conductors are usually arranged in two stacks side by side In the continuously transposed cable, a special tool alternately pushes the upper left and lower right wires onto their neighboring stacks so that every possible position is achieved in a single cycle. A continuous transposed cable's length for one complete cycle is determined by the diameter of the transformer winding, the number of strips and the size of each strip.