Beding Solutions for the Construction Industry

In the construction industry, versatility and high productivity are essential for working with a wide range of materials, from large pipes for scaffolding to special profiles for fencing. Stargroup offers customised solutions with special machines, EvoBend and HeavyBend tube benders, workbenches and laser cutting systems.

Punching bench for safety barriers

Esempi-applicativi-settore-edilizia-2

Pole processing for fencing

Esempi-applicativi-settore-edilizia-1

Pole processing for fencing

Esempi-applicativi-settore-edilizia-3

Tube bender dedicated to bending gutter drainage channels

Esempi-applicativi-settore-edilizia-4

Double-head tube bender for the production of protective barriers

Application examples in the construction industry

Support posts for fence panels: Automatic lines with T-profile loading, cutting to size and at 45°, punching and automatic unloading for efficient and precise production.
Curves for Gutter Drainage Pipes: The HeavyBend pipe bender, with its rigidity and customised equipment, is ideal for bending copper pipes with a diameter of 100 mm, a thickness of 0.8 mm and an average bending radius of 1xOD, ensuring high bending quality.
Metal barriers: Use of a double-head tube bender for rapid bending of carbon steel tubes and workbenches for punching holes for mounting rods and side hooks.

Key Features for the Construction Industry

Total customisation: Solutions tailored to specific customer requirements.
High productivity: Process automation to increase production efficiency.
Precision and quality: Precise machining even on large materials or with complex geometries.

Key benefits for construction

Customised solutions and the high productivity of special machines allow you to work quickly and efficiently on a wide range of materials, adapting to the specific needs of the construction industry.
The precision and quality guaranteed by advanced equipment, such as EvoBend and HeavyBend tube bending machines, ensure flawless processing even on large materials and complex geometries.