Advanced CNC Six-Axis Flexible Airbag Polishing Machine Designed for High

The Advanced CNC Six-Axis Flexible Airbag Polishing Machine is a high-precision polishing solution designed for optical spherical surfaces, aspherical surfaces, freeform optical surfaces, optical molds, precision glass components, monocrystalline silicon parts, and ultra-precision surface finishing applications. It combines six-axis CNC linkage control, flexible airbag polishing technology, precessional polishing motion, professional optical polishing CAM software, and advanced surface correction algorithms to deliver stable, efficient, and high-quality polishing performance.

This machine is especially suitable for manufacturers that require both high material removal efficiency and excellent optical surface quality. The flexible airbag polishing head can conform closely to the workpiece surface, making it suitable for complex curved surfaces and high-precision optical parts. It can be used for rough polishing, fine polishing, surface figure correction, grinding mark removal, and final optical surface finishing.

• A.High-Efficiency Conformal Polishing
  In conformal polishing mode, the material removal rate can reach up to 30 mm³/min.
• B.High Precision Machining
  • B.1Can rapidly converge to PV 0.3λ, with an optimal accuracy of up to PV 0.01λ.
  • B.2.Unique precessional polishing effectively enhances surface quality and controls edge effects.
• C.High Machining Flexibility
  • C.1.Six-axis linkage provides excellent machining flexibility.
  • C.2.A wide range of polishing tools easily handles complex operations,
    from high-efficiency material removal to ultra-precision polishing.
• D.High Expandability
  Proprietary CNC system and CAM software, with customizable function development tailored to customer requirements.
• E.Outstanding Cost-Effectiveness
  Apart from the one-time equipment purchase cost, daily operation and maintenance costs are low.

The CNC Six-Axis Flexible Airbag Polishing Machine is mainly used for high-precision polishing, surface figure correction, grinding mark removal, and ultra-precision finishing of optical spherical surfaces, aspherical surfaces, freeform surfaces, optical molds, and precision optical components.

Six-axis CNC polishing allows the polishing tool to approach the workpiece from multiple angles. It improves flexibility for complex curved surfaces, reduces polishing limitations, and makes the machine suitable for spherical, aspherical, freeform, and irregular optical surfaces.

Flexible airbag polishing provides good surface conformity because the airbag polishing head can closely fit curved and complex workpiece surfaces. This helps improve polishing uniformity, reduce surface defects, and achieve better optical surface quality.

Precessional polishing helps prevent the polishing speed at the contact center from dropping to zero. It improves removal uniformity, reduces center defects, enhances surface quality, and helps control edge effects during optical polishing.

This machine can process optical lenses, optical molds, spherical parts, aspherical parts, freeform optical components, precision glass parts, monocrystalline silicon parts, and other high-accuracy workpieces requiring ultra-precision surface finishing.

Please provide your workpiece material, surface type, size, current surface condition, target accuracy, and polishing efficiency requirements. You can also send drawings or product pictures, and our team will recommend a suitable polishing process and machine configuration.

Yes. We support customization of polishing tools, airbag polishing heads, CNC functions, CAM software modules, polishing process parameters, fixture systems, control system configuration, and other machine specifications according to customer production needs.