Thermal Deburring Services
Utilize the high temperature and pressure generated by the instantaneous combustion of combustible gas to efficiently remove burrs from internal passages of complex structural components, achieving a burr removal rate of 99.5%.
Technical Advantages
Thermal deburring offers significant advantages over traditional methods, making it ideal for high-precision, complex-geometry parts.
Efficient Deburring
Uses the intense heat and pressure from the rapid combustion of combustible gas to instantly oxidize and burn away burrs, achieving efficient and uniform deburring.
Suitable for complex structures
Ideal for complex components with cross-holes, internal cavities, and micro-burrs that are difficult to process using traditional methods.
Internal channel processing
Effectively removes burrs from hidden areas such as internal passages, blind holes, and intersecting holes in parts.
Automated Operations
High automation with programmable parameters ensures consistent batch processing.
Stable Quality
Deburring rate exceeds 99.5%, with uniform processing that does not damage the base material of the part.
Reduce labor costs
Replace traditional manual deburring to significantly reduce labor costs and boost production efficiency.
Technical Specifications
Core Device Parameters and Machining Capability Metrics
| Parameter Name | Parameter Value |
|---|---|
| Cavity Dimensions | Max Φ600×H400mm |
| Handle temperature | 3000-3500°C (instantaneous) |
| Processing time | 10-60 seconds (adjustable) |
| Deburring rate | ≥99.5% |
| Surface Roughness | Ra0.4-Ra1.6 |
| Compatible Materials | Steel, cast iron, aluminum alloys, copper alloys, and others |
Typical Use Cases
Thermal deburring technology is widely used for precision parts machining across multiple industries.
Hydraulic Valve Body
Deburr internal cross-holes to ensure hydraulic system cleanliness.
Engine parts
Deburr internal intake/exhaust and oil passages to enhance fluid performance.
Transmission gears
Deburr gear teeth and roots to reduce noise and extend service life.
Pneumatic Components
Precision deburring of valve core and body to ensure sealing performance.
Swing hydraulic cylinder
Precision deburring of cylinder housings and rotor vane slots to ensure reliable rotational sealing performance.
Precision Cast and Forged Parts
Deburr cast/forged parts to improve surface finish
Typical Use Cases
Swing Cylinder Deburring Case Study
Burr removal for vane-type oscillating hydraulic cylinders
The swashplate hydraulic cylinder is a core actuator in construction machinery and automated equipment. The deburring quality of the cylinder body and rotor vanes directly impacts the hydraulic system's sealing performance and service life. We use thermal energy deburring technology to efficiently remove fine burrs from internal cross-passages and vane slots.
Need thermal deburring?
Submit your part drawings. Our engineering team will evaluate deburring options and provide a quote.