KINGS 850Pro

The KINGS 850Pro 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 850Pro:

Key Features

1. Printing Technology: The KINGS 850Pro uses Stereolithography (SLA) technology, which involves curing liquid resin with a laser to create solid objects layer by layer.
2. Build Volume: It has a large build volume of 850 mm (X) × 850 mm (Y) × 550 mm (Z), making it suitable for printing medium to large-sized models with intricate details.
3. Printing Material: The printer supports 355 nm resin, which is commonly used for high-resolution and detailed prints.
4. Precision and Performance: The KINGS 850Pro excels in crafting medium and large-sized models, such as intricate prototypes and detailed parts, ensuring high precision and quality.
5. Industrial Applications: It is extensively utilized in industries such as space and aviation for rapid prototyping and small-scale manufacturing.

Additional Information

• Stability and Accuracy: The printer is designed to maintain stability and accuracy even during long printing sessions, ensuring consistent quality across different layers.
• Customized Hardware and Software: The KINGS 850Pro offers customized hardware and software solutions, allowing users to optimize their printing processes for specific needs.

Overall, the KINGS 850Pro is a robust and precise industrial SLA 3D printer designed to meet the demands of professional users in various industries. For more detailed information, you can visit the official website or other reputable sources like 3D Promakim, 3D Printer Gear, and Positive Yield.

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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