One of Hottest for The series of Har-518 steel table top chain to Slovakia Manufacturers

Pitch:36.0 (mm)

Shaft diameter:6.4 (mm)

Thickness:12.65 (mm)

Working load:4000 (N)

Har-518 belongs to the straight plate chain and the material of the product is stainless, It can achieve continuous working and intermit tented operation. The characters about the product are easily installation and maintenance and high mechanical strength as well as excellent product handling. Besides, our products are widely used in a variety of glass bottles, and metal objects transport heavy loads over long distance, the most suitable transportation is all kind of alcohol. The detailed size can be available as your requirement, thus as long as you give me the drawing or detailed specification, everything is okay. So All-Ka has the products to suit any customer requirement.

Industrial Customized Shredder And Conveyor Belt Metal Shredder for sale.

4 head Industrial Metals and Plastics shredder- low-speed/high-torque shredder powered by 2 – 20 hp, 220/480V, 3-phase electric motors. Cutting chamber is 33″ wide x 26 1/2″ deep. Equipped with 1-3/4″ knives, stand, hopper and controls. Comes with custom control panel for easy wiring into your electrical set up, and with a conveyor configured with rare earth magnets. Applications include e-scrap, hard drives, computers, tires, plastics, cans, metal profiles, bricks, cinder blocks, steel drums, glass, lathe turnings, hospital waste. Bearings have been replaced, it have been re-balanced, 2 new teeth (teeth resharpened), the conveyor belt has rare earth magnets.

Please feel free to ask about our free shipping.

R2/Ready for reuse

This custom conveyor system was retro-fitted to a vibratory feeder bowl to accommodate a part change that required a secondary inspection operation. The system consisted of a pair of Auto-Kinetics belt conveyors with custom tooling to maintain part orientation, and a 3-position shuttle mechanism between the conveyors.

Parts exiting the vibratory bowl fed into the first conveyor. An escapement metered a single part into the shuttle while in the left position, where a camera inspected the part for the proper seating of an internal washer. If the part was bad, the shuttle cycled to the center position and a pneumatic cylinder pushed the part out of the shuttle into a catch bin. If the part was good, the shuttle cycled to the right position, where a second pneumatic cylinder pushed the part onto the second conveyor, which fed into the customer’s automatic assembly operation.

The system included photoelectric sensors to detect full conveyors, a photoelectric sensor to detect a part in place in the shuttle mechanism, proximity sensors to detect the shuttle in each position, and sensors on the escapement to detect its position. All sensor and valve cables were wired into a junction box for the customer to interface with their control system.