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The new Compacta series of semi-automatic bundling machines are designed for low-to mid-volume production. The units are designed for bundling long, narrow products like wood molding, aluminum and plastic extrusion as well as tubing, textiles and carpet.

Safe, simple operation includes automatic film clamping and cutting. All Compacta's feature constant film tensioning to improve package integrity and reduce film breaks.

All Compacta's are equipped with safety options that adhere to rigorous CE
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Unit of Measure

Specifications

Brands

RobopacĀ®

Type

Stretch

Features

Semi-Automatic

Technical Features

Power Transmission

Belt Driven Rotation

Maximum Rotation Speed

150 rpm

Wrapping Cycle

Banding Continuous

Manual Top Pressure Unit Infeed and Outfeed

Optional

Pneumatic Cold Cutting and Clamping Unit

Standard

Standard Pre-Stretch

Friction Roll

Power Supply Voltage

110 V

Phase

1

Installed Power

1 hp

Working Pressure

90 psi

Standard Film Width

5 in

Maximum External Diameter

8 in

Core Diameter

3 in

Dimensions

Length

40 in

Width

48.6 in

Height

52.75 in

Conveyor Height

31.5 in

Minimum Workable Dimensions

2 x 2 in

Advantages

Advantages

  • Ideal for processing wood moldings
  • Ideal for processing aluminum & plastic extrusions
  • Ideal for processing textiles & carpets
  • Ideal for processing pvc pipe
  • Minimum Maintenance
  • Field Proven Technology
  • Built for Rugged Operations
  • Safe & Simple Operation
  • Doesn't Cause Product Damage
  • Warranty/Extended Warranty

Additional Information

Additional Information

Units are available with a variety of product stabilization and sealing devices. This versatility allows our Compacta machines to quickly and easily adapt to different product types, shapes and sizes and makes them the ideal solution for almost any application.

RobopacĀ® leads the industry with innovative products and solutions. The new Compacta machines prove that we are committed to providing you with the best machines combined with the latest technology. Our engineers wouldn't allow us to do it any other way.