Focus on metal deburring and surface treatment solutions
Products
Column type PT140 with flip deburring machine
This equipment is designed for double-sided automatic deburring of flat parts, utilizing a wet deburring process with automatic flipping. Multiple power heads operate simultaneously, employing a multi-disc brush with rotational composite motion and servo lifting control. It ensures uniform removal of burrs across flat surfaces, forms consistent rounded corners, and features automatic compensation for unmanned operation. Integrated with upstream automation, the equipment effectively removes burrs from processes like double-sided milling and grinding with stability and efficiency.
T series rotary multi station deburring machine
The equipment is designed to meet the requirements of Deburring multiple parts of complex components. Adopting dry brush deburring and PLC control, the entire process is fully automated. The process parameters of the brush are programmed and controlled, automatically compensated, and each process parameter is independently controlled. The workstation adopts a rotating mode, and the rotation of the parts and the overall rotation of the turntable are controlled by different motors, which can be linked with the fixture to form a multi axis complex trajectory and remove burrs at specific locations. The overall safety protection and fault self diagnosis of the equipment adopt European standards.
This equipment is designed for single-sided and double-sided deburring of parts with sharp edges created by precision punching, milling, or grinding processes. It features a multi-process, multi-head wet deburring system, with independently controlled heads working simultaneously. The power heads use a sanding belt or multi-disc brush design, supported by servo-controlled lifting, to uniformly remove burrs, create consistent rounded corners, and enable unmanned operation. It is particularly suitable for deburring large parts.
This equipment is specifically designed to remove single-sided or double-sided burrs from parts with sharp edges resulting from precision punching, milling, or grinding processes. It utilizes a multi-process, multi-head wet deburring system, with independently controlled heads that operate simultaneously. Equipped with sanding belt or multi-disc brush mechanisms and servo-controlled lifting, the equipment ensures consistent burr removal and uniform rounded corners. Its self-compensating features support unmanned operation, making it particularly suitable for handling large parts.
This specialized particle polishing machine offers nanoscale surface treatment for workpieces. Powered by compressed air, it generates a high-speed jet to spray elastic abrasive materials onto workpiece surfaces. This process subtly enhances surface cleanliness and roughness. With its ultra-fine abrasive particles, the machine can process complex surfaces, including narrow grooves, blind holes, and edges, and can handle components made from various materials by using tailored abrasives. It is widely applied in fields such as micro-hole deburring, mold polishing, tool passivation, and roughness improvement of components.
3D polishing machine, Irregular part polishing machine, Flow rate polishing machine
This device features pulse flow polishing technology, enabling advanced surface treatment of workpieces by combining circulating abrasives with rotating workpieces. It integrates multiple processes, such as deburring, smoothing, and polishing, into a single operation. This targeted approach ensures excellent surface quality for challenging flat and concave surfaces. The machine is versatile and applicable across industries with high surface treatment requirements.
This machine is specifically designed for high-speed polishing of micro-holes smaller than 0.5 millimeters. It utilizes a liquid work mechanism to efficiently polish the inner walls of micro-holes, repair surface micro-defects, and enhance inner wall precision. As a modern alternative to traditional abrasive flow processes, this technology significantly improves processing quality, boosts efficiency, and lowers per-unit processing costs.
End face super polishing machine
This model employs nano polishing technology to enhance surface roughness and improve the effective bonding area of mechanical parts. Through micro-amplitude, high-frequency, and flexible contact between the polishing tape and part surfaces, it selectively removes high points on the micro surface without altering the overall physical dimensions. It is ideal for improving the wear resistance of sliding friction surfaces and offers flexibility in selecting polishing materials to achieve user-specific surface quality parameters, including Ra, Rz, Rk, and Rpk.
This model utilizes nano polishing technology to enhance surface roughness and improve the effective bonding area of mechanical parts. By employing micro-amplitude, high-frequency, and flexible contact between the polishing tape and part surfaces, it selectively removes high points on the micro surface without altering the overall dimensions of the part. This technology is ideal for improving the wear resistance of sliding friction surfaces. Customizable polishing materials allow users to achieve desired surface quality parameters, such as Ra, Rz, Rk, and Rpk.
Wet flow rate deburring machine polishing equipment
This model features nano polishing technology, designed to enhance the surface roughness and effective bonding area of mechanical components. By employing micro-amplitude, high-frequency, and flexible contact between the polishing tape and part surfaces, it selectively removes high points on the micro surface without altering the overall dimensions of the part. This technology is ideal for improving the wear resistance of sliding friction surfaces and allows for customized polishing materials to achieve specific surface quality parameters, such as Ra, Rz, Rk, and Rpk.
Piston deburring and polishing equipment
This equipment is designed for deburring and polishing the inner and outer surfaces of various parts, including gears, short shafts, and discs. These parts often have multiple burrs that are challenging to remove using conventional methods. The machine employs flow wet abrasive high-speed motion to selectively remove burrs and utilizes flow rate polishing and pulse technology for efficient, versatile surface finishing. The deburring power head can operate across up to 10 stations simultaneously, with each station independently controlled to support high-efficiency production modes like precision punching. Users can choose between manual loading/unloading or robot-assisted automation based on their requirements.
Piston ring deburring and polishing equipment
This equipment is specifically designed for deburring and polishing the inner and outer surfaces of various components, such as gears, short shafts, and discs. These parts often present multiple burrs that are difficult to remove using conventional methods. The machine employs flow wet abrasive high-speed motion to selectively remove burrs and utilizes flow rate polishing and pulse technology for efficient and versatile surface finishing. To enhance productivity, the deburring power head can operate across up to 10 stations simultaneously, with each station independently controlled, catering to high-efficiency production modes like precision punching. Users can opt for manual loading/unloading or robotic automation, depending on their needs.
Contact Information
Mobile: +86-18621973890
E-mail: info@deburringchina.com
B-416, No. 8 Hangyi Road, Fengxian District, Shanghai.
377 Laodong East Road, Tianning District, Changzhou City, Jiangsu Province.
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