KINGS6000-H Industrial SLA 3D Printer for Model Casting and Digital Plastic 3D Printing

The KINGS6000-H is an advanced SLA 3D printer designed for high-precision applications in model casting, digital plastic printing, and laser cutting. It is ideal for industries involved in mold making, prototyping, and producing intricate and detailed models. This industrial-grade 3D printer ensures outstanding performance and reliability with a large build size of 600mm x 600mm x 400mm.

Key Features:

• SLA Technology: The KINGS6000-H uses Stereolithography (SLA) technology, which relies on a laser system to cure photosensitive resin, providing exceptional detail and surface finish for models, prototypes, and molds.
• Large Printing Size: The printer offers a build size of 600mm x 600mm x 400mm, allowing for large-scale production and intricate model creation.
• Advanced Laser System: Equipped with a Nd.YV04 Solid Laser, this 3D printer delivers high-precision printing with enhanced accuracy, ideal for complex designs.
• Germanic Galvanometer Scanner: The scanner ensures precise laser beam scanning for consistent results throughout the printing process.
• Variable Spot Technology: The printer features variable spot technology, enhancing the laser's ability to adapt to different material requirements and further improving print quality.
• Intelligent Coating System: The Intelligent Position Vacuum Coating system ensures uniform and accurate coating, with a coating layer thickness ranging from 0.05mm to 0.20mm, optimizing the printing process.
• Printing Material: The KINGS6000-H is compatible with photosensitive resin, which is essential for achieving fine details and smooth finishes.
• Automatic Operation: The printer is fully automatic, reducing the need for manual intervention and enhancing production efficiency.
• Durable and Robust: Weighing around 880kg, the KINGS6000-H is designed for industrial use, providing long-lasting durability in demanding environments.

Product Info Gallery

SLA
SLA process is the most studied,the most advanced and the most widely used method of rapid prototyping in the world ( also the rapid prototyping method adopted by our company). SLA technology is the principle of computer-controlled laser beam scanning on the surface of the photosensitive resin material point-by-point. The thin resin layer (about a few tenths of a millimeter) in the scanned area produces photopolymerization reaction, which solidifies to form a thin layer of the part. The table down a layer of thickness so that the surface of solidified resin is coated with a new layer of liquid resin. The next layer is scanned and repeated until the whole prototype is finished. Since the photopolymerization is based on light rather than heat, only the lower power of laser source are needed at work.
Comparison between SLA and FDM
SLA FDM Print precision can be as fine as 0.1mm,can process any complicated and delicate parts, or the prototypes and moulds which are difficult to be shaped by traditional methods about 0.2mm, and it is difficult to manufacture complicated parts Print size print size: 850 * 850 * 550, large-scale molds also do rapid prototyping 300*300*500,difficult to build large size complicated parts Print speed Kings® 3D printer can reach 10m/s,processing speed is high,which shorten production cycle the fastest printing speed is only 0.15m/s,prototyping speed is relatively slow,long production time Printed materials Multi-attribute photosensitive resin is available Only supports ABS and PLA Surface finish smooth surface, thin wall structure can produce very fine details, post-processing is easy Feel layered by touching finished products
Introduction of equipment
SPECIFICATIONS OF KINGS6000-H INDUSTRIAL SLA 3D LASER PRINTER Basic information Construction Size :           600mm(X)×600mm(Y)×400mm(Z) Equipment Size (without display): 108cm(W)×120cm(L)×198cm(H) Equipment Weight: about 980kg Rated Dissipation 1.5KVA LASER SYSTEM Laser Type  Nd: YV04 Solid Laser Wave Length 355nm Power Minimum Power to Liquid Level≥300mW COATING SYSTEM Coating Mode Intelligent Position Vacuum Recoating Normal Layered Thickness  0.1mm Rapid Build Layered Thickness 0.15mm Precise Build Layered Thickness  0.05mm Special Build Layered Thickness 0.05mm~0.20mm OPTICAL & SCANNING SYSTEM Light Spot(diameter @1/e2) 0.10-0.15mm Scanning Mode Germanic Galvanometer Scanner Parts  Scanning Speed Maximum 10.0m/s ELEVATOR SYSTEM Vertical Resolution Ratio 0.0005mm Repeat Positioning Accuracy ±0.01mm RESIN TANK First Tank Weight about 240kg Forming Material Photosensitive Resin Resin Heating Method Bottom Heating with Silicone Rubber CONTROL SOFTWARE Machine Control Software KING3D Control Software Variable spot technique automatically adjust the laser power through the  KINGS control software Device Software Interface 3D Design Software, STL File Format SOFTWARE SYSTEM  Master Controller Operation System Windows 7 Network Type and Protocol Ethernet,TCP/IP INSTALLATION CONDITION Current Source 200-240VAC 50/60Hz,  Single Phase,10A Ambient Temperature 20-26ºC Relative Humidity <40%,Frost Free Knot
Variable spot techonology :automatically adujust the laser power therough the kings control software .when the printer scanning system is scanning the internal and external contours ,the laser use different power to form a spot with diferent diamerers. Advantages : the laser power increases automatically when the internal structure is filled, the spot diameter becomes larger, and the printing speed increases.When printing an external profile, the laser power is automatically adjusted to decrease, the spot diameter becomes smaller, and the printing speed is normal.The overall printing speed increases, the surface fineness is better