SIR Spa

SIR robots operate at the service of the modern foundry industry, improving conditions in the working environment by taking care of heavy-duty, complex operations on heavy, bulky pieces.

REPEATABLE QUALITY

Thanks to adaptive tool compensation and virtual programming techniques, our robots guarantee constant and repeatable finished quality, compensating for variations between the actual piece and the nominal model.

MODULAR SOLUTIONS

The patented toolholder module, able to house grinding wheels, discs, milling cutters and belt-polishers, supported by automatic tools changing system and magazine, makes the solution completely flexible and able to produce small batches.

SAFETY AND  ENVIRONMENT

With scraps collection and dust extraction system, SIR cells are fully compliant with occupational health and safety legislation.

We create assembly custom lines to guarantee efficient, top quality production from the infeed of components through to palletisation of the finished product.

SOLUTION EXAMPLES

• Powertrain components mounting.
• Tight interference fit.
• Electric motors mounting.
• Aviation engine components mounting.
• Automotive chassis assembly.
• Earth-moving equipment components assembly.
• Gearmotors mounting.
• Box beams screwing-mounting and riveting.
• Assembly of mechanical components.
• Assembly of electrical components.

SIR reinvents conventional machine tool tending by creating multi-function lines that combine traditional handling with a vast assortment of secondary procedures.

SOLUTION EXAMPLES

• Machine tool tending with articulated robots.
• Machine tool tending with Cartesian manipulators.
• Bin picking with 2D and 3D vision systems.
• Robotics industrial automation.
• Finished product and components inspection.
• Collaborative robot manipulation systems.

In a field of application that demands extreme quality and precision, SIR solutions reproduce the craftsman’s experience and render it repeatable, opening the way to smart robotic manufacturing.

SOLUTION EXAMPLES

• Deburring and finishing of metal parts after machining.
• Grinding, polishing and satin-finishing of stainless steel, brass and other metal workpieces.
• Machining of composite, plastic and fibreglass components.
• Industrial Process Automation