Popular Design for Modular Belts P=1″ Belt Har 7400 flush grid to Panama Factories

Har 7400 flush grid     

Thickness: 14.3mm     

Opening area: 35%

Our company has been qualified with ISO 9001:2000 quality system. The product strictly complies with the standard and procedures of ISO 9001, which ensures good product quality. So our products have some advantages, for example:

1. Easy installation and maintenance
2. High mechanical strength and wear resistance
3. Low friction coefficient
4. Excellent product handling
5. High performance

We are a leading manufacturer of modular belts with professional team; we can provide you with excellent quality items. This kind of modular belt can be used in the following industries:
Beverage industry such as acceleration, depletive and accumulation.
Food industry such as cool off lines and pack lines.
Meat industry such as tray pack line and metal detectors.
Our products are mainly used in bakery industry including dough transport, cooling lines, internal transport, metal detectors and packaging lines
Seafood applications including tray packing lines
spiral applications as proofing and freezing of croissants, cooling and resting
Bakery applications including raw dough handling, cooling lines and packing lines
Fruit vegetable applications including elevators, inspection tables and packaging lines.

In this video we will show you how we use the Clipper Wire Hook System to lace flat belts together for use on an antique planer.

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.