Lodestar-S800
Industrial Grade SLA 3D Printer
Lodestar S800 is a high speed industrial additive 3D printer
developed which enables R&D engineers covert their 3D
computer designs into real objects.
With its user-friendly interface and super-easy handling
process, R&D engineers can develop their prototypes 10
times faster than traditional production methods.
Specifications
Product Model:
SLA 800
Laser type :
Pulse, UV, all solid state laser
Wavelength :
355NM
Laser power :
3W
Coating method :
Automatic vacuum adsorption coating
Print layer thickness :
0.05-0.2MM
Import file format :
SLC,STL
Material volume :
392L, about 480kg
Spot diameter :
0.075-0.8MM
Operating System :
Win7 (32-bit)
Operating software :
ZH6.0
Equipment weight :
About 1300kg (exclude materials)
Network type :
Ethernet
Vertical repeat positioning accuracy :
±0.002MM
Horizontal repeat positioning accuracy :
±0.001MM
Maximum Model part weight :
100KG
Power supply parameters
50-180G/H
Recommended print layer thickness
0.1MM
Maximum forming volume :
800×800×500mm(customizable)
Recommended part scanning speed :
15000MM/S
Recommended part jumping speed :
1200MM/S
Working ambient temperature :
20-28℃
Machine size (W * D * H) :
1.40M*1.50M*2.20M
Relative humidity of working environment :
<40%
Site requirement (W * D * H)
≥4M*4M*3M
Brochure
Get the Lodestar-S800 SLA Resin 3D Printer brochure now for comprehensive details and specifications
BROCHURE.PDF
2.00M
Talk to our Experts
Ready to elevate your additive manufacturing? Contact the Lodestar 3D team to discover how we can help you achieve that.
Lodestar-S800
Industrial 3D Printer
Lodestar S800 is a high speed industrial additive 3D printer developed which enables R&D engineers covert their 3D computer designs into real objects.
With its user-friendly interface and super-easy handling process, R&D engineers can develop their prototypes 10 times faster than traditional production methods.

Product Advantages
- - Save material without removing surplus material, improve material utilization, and reduce production costs by eliminating traditional production lines.
- - 3D printing does not require a centralized fixed production workshop and can be allocated distributed - production.
- - It can achieve high precision and complexity, and can manufacture very complex parts that cannot be made by conventional methods.
- - It can achieve high precision and complexity, and can manufacture very complex parts that cannot be made by conventional methods.
Wide Application
- Prototype manufacturing
- Automobile manufacturing
- Toys and animation
- Electric appliance
- Aerospace
- Medical assistance
- Precision casting
- Architectural design
- Cultural creativity

Advantages
- Control System : . Adopt intelligent control method, improves efficiency, stability and scalability
- Optical System : Stable and reliable layout of optical components, closed design, can reduce external interference and pollution.
- High Automation : The whole printing process is fully automatic, no need for human intervention, basically achieve unattended production.

Professional Printing Process
- - Printing Process Automation
- - Print multiple personalized models in small batches to save mold development costs
- - Support varied different models printing simultaneous, greatly reducing printing time
- - Printing mode can reduce production costs and even achieve mass production.
- Import 3D model file into slicing software
- Import into computer or other device
- Start printing
- Remove the support on model bottom
- Cleaning model by ultrasonic infiltration
- Place in UV light curing box for double curing
- Sanding model surface with sandpaper
Compare with Others
If you're looking for an industrial 3D printer, make sure to check out the top options. Take the time to compare prices and specifications to find the perfect match for your needs.
