Thermal Deburring Machine
Thermal Energy Machine (TEM) — High-Efficiency Precision Deburring Solution
TEM-320I
The new TEM 320I deburring machine features a flexible, compact design with multiple configuration options. As a fully functional single-station unit, it includes all necessary capabilities to ensure a controlled deburring process and integrates seamlessly into lean, compact, and flexible deburring systems. The 320I's compact footprint requires minimal space, making it suitable not only for low-volume parts but also for mass production. This makes the 320I an extremely cost-effective solution for manufacturers handling diverse part types and batch sizes. It also easily integrates into connected production lines.
Product Image
TEM-320IMulti-angle display
Thermal Deburring Machine TEM-320I - Exterior View
Thermal Deburring Machine TEM-320I Side View
Close-up of the internal structure of the thermal deburring machine
Full View of Internal Equipment in Thermal Deburring Machine
Key Features
Core Advantages: Ensures Efficient and Stable Deburring
Efficient Deburring
Instant flash deburring. Cycle time: seconds only. Far more efficient than traditional methods.
Suitable for complex structures
Handles complex structures such as cross-holes, internal cavities, and micro-burrs that are difficult to reach with traditional methods.
Internal channel processing
Effectively removes burrs from hidden areas such as cross-holes, blind holes, and intersecting holes.
Automated Operations
PLC control system with touchscreen operation; programmable parameters ensure consistent batch quality.
Stable Quality
Burr removal rate ≥ 99.5%, without compromising part dimensional accuracy, ensuring stable surface quality.
Reduce labor costs
Replace traditional manual deburring to significantly reduce labor costs and boost production efficiency.
Machine Tool Features and Advantages
TEM-320ICore Design Highlights
User-Friendly HMI Control
User-friendly HMI with touchscreen interface for quick parameter setup and fine-tuning, convenient machine monitoring and operation, and comprehensive fault diagnostics.
Durable
Combines a framework designed for sustained fatigue strength and performance with a hydraulic pressing cylinder to ensure reliable chamber closure. Maximum closing force up to 226 US tons (2,224 kN).
Simplified loading and unloading operations
Automated vertical sliding doors and ergonomic loading system (patent pending) significantly enhance operational efficiency and safety.
Modular housing shell
The low-noise hydraulic power unit reduces noise in the production environment and enhances operator safety. Its modular design simplifies maintenance and expansion.
Machine Specifications
TEM-320I Thermal Deburring Machine - Detailed Technical Specifications
| Parameter | Specification Value |
|---|---|
| Machine tool bed | Heavy-duty Welding Unit |
| Dimensions (W × D × H) | 1,196 × 2,960 × 2,860mm (pendant control not included) |
| Loading Height (from Ground) | 1,065mm (42") |
| Available Chamber (Diameter × Height) | φ250 × 300mm (8 pcs × height) |
| Available Area (Diameter × Height) | φ226 × 292mm |
| Maximum Chamber Pressure (Methane) | φ25 0 mm = 16 bar (232 psi) |
| Part Loading (Standard) | Manual Loading Device |
| Cycle Time (6 Hz @ 100% Stroke) | Standard chamber: 52s + load/unload time (15s); Extended chamber: 68s + load/unload time (15s) |
| Weight | Approx. 5,800 kg (12,800 lbs) |
| Noise Level | ≤80 dBA |
Electrical Specifications
The control cabinet is integrated into the machine outside the noise-reduction enclosure. The machine is controlled by a programmable logic controller (PLC). The operator interface terminal is a touchscreen mounted on a pendant. The cycle can be sequenced; it can be started manually in single-step mode or automatically.
External requirements
Can be natural gas or methane.
Common Machining Parameters Table
Natural gas processing pressure for different materials (natural gas or methane may be used)
| Material | Natural Gas Pressure |
|---|---|
| Steel | 8-20 bar (116-290 psi) |
| Cast Iron | 5-20 bar (73-290 psi) |
| Zinc (Zn) | 5-10 bar (73-145 psi) |
| Aluminum | 5-10 bar (73-145 psi) |
| Brass | 8-25 bar (116-363 psi) |
Note: Specifications are subject to change without notice.
Standard Configuration
- Exhaust System
- Built-in Oil Collection Tray
- Machine diagnostics built into PLC
- Modular sheet metal enclosure with service doors
- Touchscreen Interface
- Water-cooled chamber and closing plate
External / Optional Accessories
- Hydraulic Loading Device
- Double Shot
How it works
Complete workflow for efficient deburring
Part Loading
Place the workpiece to be processed into the dedicated fixture inside the equipment chamber, ensuring it is securely fixed and stable.
Sealed inflation
After cavity sealing, a precisely mixed oxygen and combustible gas blend is introduced with controllable pressure.
Thermal reaction
Ignition triggers instantaneous combustion, generating temperatures exceeding 2000°C, causing burrs to oxidize and burn under high heat.
Cleanliness Detection
Automated air vent cleaning, remove parts for quality inspection, and verify deburring effectiveness.
Device Structure
Core system ensuring stable device operation
Machine cavity
High-strength sealed chamber designed for high-temperature and high-pressure environments, available in multiple diameters.
Control System
PLC programmable controller for precise process parameter control with support for multiple recipe storage.
Operating System
Touchscreen HMI with parameter settings and real-time monitoring for simple, intuitive operation
Security System
Multi-layer safety protection: over-voltage, over-temperature, and leak detection with automatic pressure relief.
Gas System
Precisely mix oxygen with combustible gas to ensure stable and controllable reactions.
Automated System
Automatic clamping, automatic cycling, and automatic degassing; supports production line integration.
Application Scope
Precision deburring for parts across multiple industries
Automotive Industry
- Engine components
- Transmission Parts
- Fuel System Parts
- Brake system parts
- Steering System Parts
Hydraulic Industry
- Hydraulic Valve Body
- Hydraulic Manifold Block
- Flow channel components
- Pump Body Parts
- Hydraulic Cylinder Parts
Precision Machinery
- Precision Gears
- Bearing parts
- Transmission parts
- Complex structural components
- Mold Components
Industrial Components
- Pneumatic Components
- Valve Parts
- Connector
- Various cast and forged components
- Medical device components
Need thermal deburring equipment?
Submit your part drawings and machining requirements. Our engineering team will recommend the suitable equipment model for you.