Automation and modernization of tube and rod processing lines | Prestar s.r.o.

5 Jun, 25 | Pipes processing lines

We are Prestar s.r.o., a company specializing in custom manufacturing, in-house production of handling equipment, and industrial automation. In addition, we have extensive experience in the design and production of complete processing lines for tubes and bars to prepare them for sale.

This means we can process your tubes and bars to the required quality exactly according to your customer’s specifications. We offer a wide portfolio of equipment that can be integrated into the line:

Straightening machines and pre-straightening systems
Tube pockets and bundling systems
Conveyors and transfer systems
Length and weight measurement units
Control tables and tube end sealing stations
Cutting saws and tube end brushing machines
… and much more

Each project is tailored to the individual needs of the client, including complete documentation and foundation drawings.

Modernization of existing tube processing lines

In addition to new lines, we also carry out modernization of existing equipment. If you're considering investing in improving your technology, we’ll be happy to visit your site, analyze the current state, and propose a tailored solution – whether it’s a partial upgrade or a complete reconstruction of the line.

We’re always glad to see the result with our own eyes – and even more so when we can share it with others.

One of our customers had been operating equipment from 1970. But time doesn’t stand still – the technology was outdated and no longer met today’s standards. Together, we embarked on a modernization of the technological process, and the result you see in the photos speaks for itself.

The delivery included:

Entry pocket
Table with adjustable stop
Roller conveyor
Chain conveyor
Tube end cutting and length-sectioning saws
Arm transfer system
Rotary table
Ejector
Exit pocket

The Prestar s.r.o. line is designed for processing tubes and rods and is tailored to the customer's specific requirements, including input dimensions, required precision, and output quality.