Cheap PriceList for Slat Top Chain Conveyor for Durban Importers

Our Hairise flat top chain conveyor system is suitable for the feed and interlink areas. Typical application areas are the transport of bottles, cans, or cardboard packaging. Thus it is also suitable for use in the food industry. If stainless steel is prescribed for these applications we can also meet this specification with our Hairise conveyor. In addition to sections, 90° and 180° sliding and rolling curves, as well as transfer segments and incline elements for bridging height differentials are also used.

1.Straight Run Hairise Plastic Chain Conveyor

Extensive research and development results in a very robust and stable conveyor that includes a complete range of guide rails and supports. The components are highly modular to make the new stainless steel conveyors high loading and support easy engineering. Standardization also simplifies assembly and installation, cutting start-up time and allowing quick and easy line modifications.

The conveyors are adapted to the requirements of cleanliness within the food processing, pharmaceutical and hygiene industries. They run completely without lubrication systems, even at high speeds.

Dimensions – Technical Data

• Conveyor width W: 70 and 350mm
• Conveyor length: Custom
• Flat top chain width: 20-304.8mm
• Drive & speed: to v = 30 m/min
• Drive version: AC
• Flat top chains in plastic or steel, optionally with cleats

2.Multi-flex plastic chain conveyor

The flexible conveyor with aluminum beam permits horizontal as well as vertical distribution of products.The conveying systems tight vertical bends save floor space by enabling multilevel transportation and make access easy for operators.

Dimensions – Technical Data

• Conveyor width W: 70 and 350mm
• Conveyor length: Custom
• Flat top chain width: 20-304.8mm
• Drive & speed: to v = 30 m/min
• Drive version: AC
• Flat top chains in plastic or steel, optionally with cleats

www.techranga.lt

This system was an infeed to a cartoner/sleever. The video shows a great example of how “shingle infeed” rails help create separation between square/rectangle containers. By bringing the containers into the timing screw on an angle, a natural separation is created and the timing screw has a contact point on the container in which the land of the timing screw can hit and control the containers. Once the separation is created, the containers are
rotated 90 degrees due to the packaging pattern requirements. A third (overhead) timing screw then
takes control of the containers so that the containers can be placed directly over the lug conveyor and dropped into the appropriate slot. Simultaneously, you will see that the juice containers are being fed down an adjacent conveyor and rotated onto their sides. As in previous videos, Morrison utilizes a power twist to maintain control of the containers throughout the entire process.

NOTE: Please see that the juice containers are coming in at about a 45 degree angle. This angle is required because the containers are no longer being driven by the conveyor, but instead by the timing screw. The containers naturally form to the helical angle of the timing screw and are laid over. By bringing them in at this nominal 45 degree angle, the containers can be dropped into the lug correctly.

NOTE #2: The lug conveyor shown in the video was not the final production version, but a test conveyor that Morrison assembled specifically for the test. This shows how much depth and work Morrison puts into testing to ensure that there will be little (hopefully none) issues in the field once running in production