Block Rack System | Storing Foam Blocks

Block Rack System, CNCHK-11

Automatic Storage System for Storing Foam Blocks

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Videos

In foam factory, block storage rack system plays an important role in the storage of foam blocks after foaming and cut-off. This automatic storage system saves foam curing time, provides maximize space utilization, and prevent foams from scorching. What's more, it can transport super soft foam which can't be lifted by the clamp. The block storage rack system can be customized accordingly.

Features

In order to maximize space utilization, the block storage rack system can be custom made according to factory layout.
Foam materials are properly storage to achieve fast curing.
Intelligent control without human intervention throughout the process
Convenient storage.
Fast maturation.

Standard

Foam storage rack system
Storage and transfer lift system
Auxiliary conveyor
Foaming line conveyors
Curing rack
Automatic control system
Conveyors for moving blocks

Options

Cutting to length and trimming unit
Conveyor
Foam block alignment

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Healthcare Machinery offers vertical, horizontal and wire CNC contour cutting machines for profile cutting rigid, semi-rigid and flexible polyurethane foams. We are an industry leader with improved dimensional accuracy, increased cutting speed, consistency of contoured parts, reduced foam dust, improved material yield, and improved operator safety.
Foam contour cutters are rugged, fast, accurate, easily operated, easily serviced and are offered at competitive prices.
Cutting edge CNC Contour machines allow us to produce virtually any 2D shapes or contours/parts in large volumes, with a high degree of repeatability. Our contour machines can cut a variety of material types such as polyurethane foams, polyethylene foams, polyester fiber and many composite materials.
The latest in CNC technology allows our engineering staff to quickly convert customer drawings, prints and samples into finished products. Automatic profile nesting software ensures we can attain the highest possible material yield which increases efficiency and reduces cost.