The more thin-walled the product, the shorter the cycle time and the lower the amount of material required, but also the more demanding the technical implementation. Our solution: hybrid high-performance machines of the HIDRIVE series in packaging version.
IML – HolyGrail
IML – HolyGrail
Thin-walled cups can be printed with invisible watermarks along with the IML label. This HolyGrail technology, as it is called, enables intelligent sorting depending on use.
With multi-cavity moulds, large quantities can be produced every second. For maximum productivity, specially configured system solutions such as hybrid high-performance machines are required for screw caps.
ARBURG machines can be used to produce not only classic thin-walled products, but also boxes with seals for food storage, for example.
An ALLROUNDER CUBE machine produces 32 two-colour flip-top closures in a cycle time of 8.5 s. The cube-mould technology increases output and reduces the energy requirement.
- Injection compression moulding
Cube moulds ideally combine double the number of cavities with shorter cycle times using the same mould mounting surface. So that you can increase your part output by 100 to 200 per cent. While reducing your energy requirement.
An ALLROUNDER CUBE 2900 produces 32 two-colour flip-top closures in a cycle time of 8.5 s. The cube-mould technology increases output while reducing the energy requirement.
Thin-walled cups are printed with IML labels including invisible watermarks. Thanks to this HolyGrail technology, they can be intelligently sorted after use.
The best of both worlds: If you expect maximum performance in thermoplastics processing, choose the hybrid ALLROUNDER HIDRIVE featuring a combination of hydraulic and electric axes.
We have combined all the key information on digitalisation, sustainability, automation and digital products in our smart manufacturing section.
Do you want to make optimum use of resources and reduce unit costs? Then ARBURG is the perfect choice for you! Our solutions enable you to achieve maximum productivity with minimum operating costs.