MHTTN500RP
Specifications MHTTN500RP
Brochure
Get the MetalWarm 3D Printer brochure now for comprehensive details and specifications
Talk to our Experts
MHTTN500RP
Key Features
- Build Volume: 1000 × 500 × 700 mm
- 6+1 Axis Industrial Robotic System
- Dual-Station Rotary Positioner
- 500 kg Positioner Payload
- High-Efficiency WAAM Technology
- Supports MIG/MAG, TIG, Plasma & Laser Processes
- Available in Standard & Advanced Configurations
- ABB IRB1660ID Industrial Robot
- Scalable Sensor & Automation Options
Applications
The MHTTN500RP is ideal for manufacturing and repairing metal components in industries including:
- Aerospace
- Automotive
- Heavy Engineering
- Marine
- Oil & Gas
- Tooling & Mould
- Manufacturing
- Energy
- Research & Development
Why Choose MHTTN500RP?
Metalworm Capability
| Standard | Advanced | |
|---|---|---|
| Power Source | MIG/MAG/ TIG/Plasma/ Laser* | MIG/MAG/ TIG/Plasma/ Laser* |
| Torch Cleaning | Available | Available |
| In-Cell Lighting System | Available | Available |
| Industrial Safety Equipment | Available | Available |
| CCTV | Available | Available |
Software
| Standard | Advanced | |
|---|---|---|
| MetalWorm Offline Programme | Available | Available |
| MetalWorm Diagnostic | Available | Available |
| MetalWorm Machine Vision | Unavailable | Available |
| MetalWorm Control | Unavailable | Available |
| MetalWorm Anomaly Detection | Unavailable | Available |
Sensor
| Standard | Advanced | |
|---|---|---|
| Pyrometer | Available | Available |
| Laser Distance Sensor | Unavailable | Available |
| In-Cell Humidity Sensor | Unavailable | Available |
| In-Cell Temperature Sensor | Unavailable | Available |
| In-Cell Oxygen Sensor | Unavailable | Optional |
| Gas Flow Meter | Unavailable | Available |
| Thermal Welding Camera (SWIR) | Unavailable | Available |
| Welding Camera (HDR) | Unavailable | Optional |
| Thermal Camera (IR) | Unavailable | Optional |
| Microphone | Unavailable | Available |
| 3D Camera | Unavailable | Optional |
| Spectrometer | Unavailable | Optional |
| Interferometric Sensor | Unavailable | Optional |
| Profilometer | Unavailable | Optional |
| Welding Current and Voltage Sensor | Unavailable | Optional |
Options
| Standard | Advanced | |
|---|---|---|
| Gas Filter | Optional | Optional |
| Fixture/Clamp | Optional | Optional |
| Transfer the Manufactured Part out of the Cell – Crane | Optional | Optional |
| Transfer the Manufactured Part out of the Cell – Trolley | Optional | Optional |
Add-On
| Standard | Advanced | |
|---|---|---|
| Active Cooling Technology | Optional | Optional |
| In-situ Heating Technology | Optional | Optional |
| Vibration Technology | Optional | Optional |
FAQs
The MHTTN500RP is designed for manufacturing and repairing medium to large metal components using Wire Arc Additive Manufacturing (WAAM) technology. It is widely used in industries such as aerospace, automotive, heavy engineering, marine, oil & gas, energy, tooling, and research & development.
The MHTTN500RP features a build volume of 1000 × 500 × 700 mm, a 6+1 axis ABB industrial robotic system, a dual-station rotary positioner, and a 500 kg payload capacity. It supports multiple deposition processes, including MIG/MAG, TIG, Plasma, and Laser, providing flexibility for various metal additive manufacturing applications.
The MHTTN500RP is compatible with multiple wire-based metal additive manufacturing processes, including MIG/MAG, TIG, Plasma, and Laser. This flexibility allows manufacturers to produce a wide range of high-quality metal components based on their application requirements.
The dual-station rotary positioner allows one workpiece to be prepared while another is being printed. This reduces machine downtime, increases production efficiency, and helps manufacturers achieve higher throughput without compromising print quality.
Yes. The MHTTN500RP is available in Standard and Advanced configurations. The Advanced model offers additional capabilities such as machine vision, anomaly detection, intelligent process control, thermal cameras, laser distance sensors, gas flow monitoring, and other advanced sensors for improved process monitoring, quality control, and automation.
