S8900 Automatic Channel letter bending machine is based on precise mechanical construction and a unique retractable alternating bending mode, use Prefeeding leveling, clamping alternate feeding, and driving with double lead screw thumbs for slotting.
Based on years of experience in the development of channel letter bending equipment, the Auto Bend control system can ensure the letters processing precision, especially fit for making letters with small radian, small angle and complex graphics.
It is highend equipment for making LED signs, Steel letters, channel letters and Epoxy letters.
1.Unique retractable alternating bending mode, dramatically reducing the bending scratches, the maximum extent to avoid interference during the bending process, and increase in bending moment.
2.High precision, the closedloop testing of builtin feeding length to ensure finished products with the original file length deviation <0.1mm, and to ensure consistency of the duplicate file.
3.High forming rate, and the contact ratio is up to 99 % with cutting panel of all kinds of precision equipments.
4.Low slotting cost, imported original German of high hardness special stainless steel slotted tool, tool use costs only 0.02 RMB / slot.
5.High feeding speed, unique alternating clamp synchronous feeding way, the maximum feeding speed can up to 20 m/min, eliminating material roll slippage.
6.Slotting depth can be precisely controlled, with numerical control shaft control slot depth can meet the demand of different material and thickness of slotting.
7.Builtin bending spring back compensation, which system research and develop for many years of experience , it can ensure a variety of materials of forming precision.
8.Intelligent bending process, through intelligent interference checking, reduce the interference collision of bending words process.
9.Free of update Control Software
10.Full service of professional, efficient, thoughtful.
Disk Feeding Mechanism
Front Roll-type leveling mechanism to elminate material jam risk caused by uneven or deformed materials.