China 3D Mold Laser Cladding Equipment GR-6000LDMR - Top Suppliers & Factory for Enhanced Mold Repair and Coating Solutions
Product Parameters
| 3D Mold Laser Cladding Equipment Specifications | |||
| Model | GR-3000LB | GR-6000LB | GR-9000LB |
| Laser power | 3kw | 6kw | 9kw |
| Fiber system | 600μm, 20m | 600μm, 20m | 800μm, 20m |
| Laser cladding lens | GR40LD | GR60LD | GR100LR |
| Powder feeding form | 3-way / 6-way | 3-way / 6-way | 3-way / 6-way |
| Electrical system | Siemens 1500 | Siemens 1500 | Siemens 1500 |
| Powder feeding system | Single/Double Cylinder | Single/Double Cylinder | Single/Double Cylinder |
| Motion system | Robot+Positioning machine | Robot+Positioning machine | Robot+Positioning machine |
Machine Features
This 3D mold laser cladding equipment adopts an advanced 8-10 axis linkage CNC system that enables high-precision laser processing for complex curved molds through multi-dimensional coordinated motion control.
Its innovative modular design supports dual-station and multi-station configurations, significantly increasing batch processing efficiency.
The equipment is primarily used for surface strengthening and damage repair of 3D mold cavities.
Featuring a compact integrated structure design, the 3D mold laser cladding equipment occupies a small footprint while being equipped with universal casters and quick connectors for flexible workshop layout adjustments.
The forward-looking system architecture reserves an expansion interface for depositional 3D printing capabilities.
Key Functions
Restoring worn or damaged molds to original specifications, reducing replacement costs.
Upgrading surface properties (hardness, corrosion resistance, thermal stability) to extend mold service life.
Enabling rapid, localized material deposition with minimal heat input, preserving mold integrity and dimensional accuracy.
Line of Production
Frequently Asked Questions
Q1. What are the main applications of the 3D Mold Laser Cladding Equipment?
The equipment is primarily used for surface strengthening and damage repair of 3D mold cavities. It restores worn or damaged molds to original specifications and upgrades surface properties such as hardness, corrosion resistance, and thermal stability.
Q2. What models and laser power options are available?
There are three models available: GR-3000LB with 3kw laser power, GR-6000LB with 6kw laser power, and GR-9000LB with 9kw laser power.
Q3. What motion system does the equipment use for handling complex molds?
The equipment utilizes a Robot + Positioning machine motion system combined with an advanced 8-10 axis linkage CNC system. This enables multi-dimensional coordinated motion control for high-precision processing of complex curved molds.
Q4. Can this cladding system be expanded for 3D printing?
Yes, the forward-looking system architecture of the equipment reserves an expansion interface specifically designed for depositional 3D printing capabilities.
Q5. How does the equipment minimize damage to the existing mold during repair?
The equipment enables rapid, localized material deposition with minimal heat input. This preserves the original mold integrity and ensures high dimensional accuracy.
Q6. What electrical and powder feeding systems are integrated?
The equipment is built with a Siemens 1500 electrical system and a Single/Double Cylinder powder feeding system supporting 3-way or 6-way powder feeding configurations.