Pneumatic Spindles for Automated Deburring

Dapra is proud to be the official U.S. distributor of BIAX pneumatic spindles for automated deburring. From stationary spindles to complete modular systems and spindles with deflection for use in industrial robots and machining centers, we can outfit you with the ideal solution for your requirements and budget.

Straight Spindles

Straight pneumatic spindles for grinding, milling, engraving, brushing and drilling. High-speed, low-speed and oil-free options available.

Spindles with Angle Head

Pneumatic spindles with angled head for surface finishing and deburring in hard-to-reach areas.

Oscillating Drives

Pneumatic oscillating drives are available with swash plate drive or piston motor, with varying stroke lengths.

Drill Deburring Spindles

Pneumatic drill deburring spindles for deburring and countersinking holes from 5.5mm to 29mm. Available with straight or angled heads.

RSC Modular System for Automated Deburring

The Biax RSC Modular System offers interchangeable components to satisfy most automated deburring applications: rigid or with deflection; rotating or oscillating; on an industrial robot or in a machining center:

• Choose from straight and angled spindles in different speeds (16,000 rpm to 100,000 rpm), as well as oscillating tools
• Optional deflection unit with adjustable deflection force
• Attachments for machining centers, including HSK, SK and a Weldon adapter – allows for high-speed deburring, engraving, polishing and fine milling
• Universal adapters for stationary mounting or mounting to a robot
• Schunk quick change attachment also available

Spindles with Radial Deflection

Pneumatic spindles with radial deflection for use with an industrial robot or stationary set-up. Deflectable spindles are capable of compensating part and positioning tolerances when machining, making it possible to trace a part contour with constant pressure and achieve uniform removal – even under fluctuating conditions. Ideal for applications such as automated deburring of castings or machined components using an industrial robot.