Coparm produces automatic presses, manual and presses for metals. Machines to solve effectively the problem of solid waste and packaging materials start to the industry’s recovery as waste paper, corrugated cardboard, nylon, plastic in general, liquid containers, PET bottles, MSW , similar to urban, industrial and similar.
Made of sturdy electro welded structures WHICH are suitable to meet the continuous stress to which they undergo.
Great efficiency and performance, very low fuel consumption, in addition to a very sturdy structure, are the design features Coparm’s baling presses.
A comprehensive range of industrial presses, entirely designed and manufactured in our plants, for multiple applications:
Waste compactors
Balers for plastic
Balers for paper
Balers for containers for liquids
Balers for PET bottles
Balers for solid urban waste
Balers for special materials
Designed for a very intensive use , these presses are made with very high quality components which allow a drastic reduction of maintenance interventions. The use of special steels guarantees particularly long life cycles, with considerable savings on spare parts.
All Coparm’s presses are the result of many years of experience and the result of design with the best technology.
On the presses it is easy to maintain, but Coparm provides after-sales service and advice on all compacting systems sold.
Built to a high hourly production, the presses are robust and resistant
Coparm is leader in to the planning, production and assembly of sorting systems and components for the waste disposal and recycling industry world-wide.
We offer you a tailor-made full service, from conceptual design to planning, production, modernisation, optimisation, assembly, start-up, conversions, disassembly, maintenance and servicing of components to complete recycling and sorting systems. You can count on us to find the right solution for all your needs.
The efficiency of any recycling plant depends on the performance of its component parts.
For this reason, we are constantly striving to improve the functionality of our units so that they can handle mechanical production steps even more efficiently.
