KINGS 1000Pro

The KINGS 1000Pro is an industrial-grade Stereolithography (SLA) 3D printer designed for high-precision and large-scale rapid prototyping. Here are the key features and specifications of the KINGS 1000Pro:

Key Features

1. Variable Laser Spot Size and Power: The printer offers dynamic laser control with an advanced triple-laser system, allowing users to optimize beam size and power for different printing needs.
2. Automatic Upskin and Downskin Identification: It automatically identifies upskin and downskin with differentiated parameters, ensuring consistent quality across different layers.
3. Different Parameter Database: The printer supports various layer thicknesses with different parameter databases, providing flexibility in printing settings.
4. Full Epoxy Granite Structure: The machine features a full epoxy granite structure and a high-stiffness light recoater, ensuring exceptional stability and accuracy during extended operations.
5. High-Quality Outputs: It excels in crafting medium and large-sized models with intricate details, making it suitable for professional 3D printing.

Additional Information

• Material Compatibility: The printer is compatible with various photopolymer resins, allowing for the production of thermoset parts.
• Stability and Accuracy: The full epoxy granite structure and high-stiffness light recoater contribute to the printer’s stability and accuracy, even during long printing sessions.

Overall, the KINGS 1000Pro is a robust and precise industrial SLA 3D printer designed to meet the demands of professional users in various industries.

Advantages of using SLA 3D printer:

• The technology is mature. The photocuring molding method is the earliest rapid prototyping process with high maturity and time-testing.
• Fast speed. Prototype made directly from CAD digital models, processing speed is fast, product production cycle is short, no cutting tools and molds are needed.
• Manufacture of complex structures. It can process prototypes and molds with complex structural shapes or difficult to shape using traditional methods.
• Design changes are easy. Visualize CAD digital models and reduce the cost of bug fixes.
• The design change cycle is short. Once the design problem is discovered, the design changes can be quickly implemented, samples can be provided for the experiment, and the results of the computer simulation calculation can be verified and verified.

Specification:

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