The Compacta semi-automatic bundling machines are designed for low- to mid-volume production.
They 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. Compactas feature constant film tensioning to improve package integrity and reduce film breaks.
Technical Data
Performance | |
Belt Driven Rotation | YES |
Max. Rotation Speed (RPM) | 120 |
Load Capacity | |
Minimum Workable Dimensions | 2.75" x 2.75" |
Machine Structure | |
Manual Top Pressure Unit Infeed & Outfeed | Optional |
Film Delivery System | |
Pneumatic Cold Cutting & Clamping Unit | YES |
Pre-Stretch | Friction Roll |
Constant Film Tensioning | N/A |
Core Diameter | 3" |
Operator Interface | |
Control Panel | Single Purpose Knobs/Buttons |
Utility Requirements | |
Working Pressure | 90 PSI |
Safety Features | |
Emergency-Stop Push Button | YES |
CE Compliant | YES |
Safety Guard Door & Switch | YES |
Features
Auto Film Clamp
Highly reliable, dual rod cutting system fully automates the wrapping process.
Auto Film-Cutting Device
Automatically cuts film at end of wrap cycle, saving operator an estimated 30 seconds per load.
Pneumatic Top Platens
Infeed and outfeed units automatically adjust to ensure proper stabilization of the product. The length of the run can be adjusted manually, if needed, to compensate for products of varying height.
R-Connect® Ready
Able to install R-Connect® remote monitoring software immediately.
Available Options
Extended Warranty |
Manual or Automated Operation |
Manual Top Pressure Unit Infeed & Outfeed |
Automatic Top Pressure UnitInfeed and Outfeed |
Advantages
Automatic Cycle Start |
Built for Rugged Operations |
Conveyor Infeed & Outfeed |
Doesn't Cause Product Damage |
Field Proven Technology |
Ideal for Processing Aluminum & Plastic Extrusions |
Ideal for Processing PVC Pipe |
Ideal for Processing Textiles & Carpets |
Ideal for Processing Wood Moldings |
Video
Compacta 6 from ROBOPAC USA on Vimeo.