Wax Plus 210
Production Grade Wax 3D Printer
The industrial-grade wax 3D printer developed for jewelry production utilizes a custom-designed light source system to ensure stable and efficient production.It is capable of consistently printing various types of jewelry pieces.
- Precision light-curing, specially designed for gem setting
- Exclusive light source system, excellent stability
- HIWIN P-level screw with excellent stability
- Upgraded constant temperature system
- Efficient production
- Comprehensive training support
Precision light-curing, specially designed for gem setting
Used with IFUN wax resin, each print will have a smoother surface and sharp edges. Tailored for complex gem settings, ensuring the precision and quality of each piece,the surface accuracy meets the finish requirements of the jewelry industry
Exclusive light source system, excellent stability
It adopts an exclusive customized light source system and has passed thousands of adjustment tests to ensure stable light intensity and uniformity. This ensures product consistency, and the coincidence rate of multiple batches of product sampling inspections is as high as 95.64%.
HIWIN P-level screw with excellent stability
It adopts HIWIN P-level screw with repeat positioning accuracy of 0.005mm and machine tool-level deployment to ensure stable operation for 5 years, ensuring stable silky smoothness and no obvious layering, and is also quiet. The working environment provides security.
Easy printing with high success rate
We use it with IFUN wax resin, which allows you to import parameters with just one click for slicing processing. In addition, through online fine-tuning with IFUN technology, it can quickly and easily enter print production, with a success rate of up to 99%.
WAX PLUS 210 Application
How to use wax plus 210 to print wax models >>
Using a 3D printer to create wax models for jewelry casting involves several steps:
1. Design: The first step is to create a digital 3D model of the jewelry using CAD software. This model should be highly detailed and accurate to ensure the final product meets the desired specifications.
2. Printing: Once the digital model is ready, it is sent to the 3D printer. The printer uses wax filament to build the physical wax model layer by layer, following the exact specifications of the digital design.
3. Finishing: After the wax model is printed, it may require some post-processing to achieve the desired surface finish and details. This may involve smoothing rough edges, refining intricate details, and ensuring the overall quality of the wax model.
4. Casting: The finished wax model is then used in the lost-wax casting process. The wax model is encased in a mold, and then the wax is melted and drained, leaving behind a cavity in the shape of the model. Molten metal is then poured into the cavity to create the final jewelry piece.
5. Finalizing: Once the metal has solidified, the mold is broken, revealing the rough casting. The casting is then cleaned, polished, and finished by a jeweler to achieve the desired appearance and quality.
WAX PLUS 210 Print Samples
| WAX PLUS 210 3D Printer | Parameters |
| Equipment size | 550*550*1400mm |
| Building size | 210*120*200mm |
| Screen Resolution | 13320*5120 |
| Operation mode | 7 inch OLED smart screen |
| XY Resolution | ±0.05mm |
| Dynamic Layer Thickness | 0.025-0.1mm |
| Molding speed | 10~20mm/hour |
| Molding method | MSLA |
| Software | ChiTu Box |
| Transmission mode | USB transmission,WIFI,wired network |
| The data format | STL,OBJ,SLC |
| Voltage | 240V/110V 50Hz |
| Power | 250W |
| Equipment Weight | 82KG |
| Working environment | 20℃-30℃ |
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Enable 3D Digital Production
