SLS2245 3D Printer is for Small-to-Mid Batch Production

The SLS2245 is a 220×220×450mm SLS 3D printer available with either a 100W industrial fiber laser or a 60W CO₂ laser, so users can match the laser source to their material system and order mix. Contour and fill areas are scanned with separate strategies, galvo jumps are optimized to cut idle travel, and scan direction and zoning can be adjusted to reduce thermal stress and warping. Material recipes for PA12, glass-filled and TPU store layer thickness, laser power and scan spacing for one-click recall, while powder spreading, powder bed temperature hold and laser sintering run in precise sequence with independently lockable laser power and scan speed — delivering stable, repeatable results for small-to-mid batch production.

SLS2235 SLS printer real-time monitoring software to track part status and sintering progress

Embedded Software

Embedded software isolated from viruses and cache clutter. Real-time monitoring and work logs make every print fully traceable.

SLS2245 SLS printer software parameter tuning screen for PA12 powder printing process setup

Full Parameter Access

All print parameters are open and adjustable — layer thickness, laser power, scan spacing and more. Tune freely to fit your materials and parts.

SLS2245 printer internal build chamber

Closed-Loop Thermal Control

Zoned heating with real-time monitoring and insulation curves keeps the chamber stable, preventing warping and dimensional drift. 220×220×350mm build cylinder for small-batch precision parts.

SLS2245 industrial SLS printer laser sintering working view on powder bed for batch component production

Two Laser Head Options

100W fiber or 60W CO₂ laser. Contour/fill strategies, optimized galvo jumps and zoning cut idle travel, thermal stress and warping. PA12, glass-filled and TPU recipes recall in one click for batch consistency.

SLS2245 selective laser sintering 3D printer together with supporting post-processing machine for complete additive manufacturing workflow
  • Printing Size: 220x220x450mm
  • Machine Size (LWH): 1096x972x1617mm
  • Net Weight (Without Material): 400KG
  • Operating Software: Self-developed
  • Slicing Software: Voxel Dance
  • Laser Type: 100W Fiber Laser/60W CO₂ Laser
  • Scanner: High-precision Digital Galvo System
  • Scanning Speed: 8-15m/s
  • Layer Thickness: 0.1-0.3mm
  • Maximum Cabin Temperature: 230°C
  • Supports: No Need Support
  • Thermal Field Control: Multi-area Independent Control
  • Powder Feeding Method: Double Feed Powder
  • Maximum Volume Molding Rate: 3000cm³/h
  • Inert Gas Protection: Nitrogen
  • Operating Temperature: 18-30°C
  • Power Supply: 5000W, 220V/50Hz
  • Support Interface: RS232/RS485, Ethernet, USB
  • Procedure Control Unit: Motion Control Card
  • Data Format: STL
  • Real-time Online Temperature Compensation: Supported
  • Control Software Function: Manual and automatic control; online real-time modification of construction parameters; 3D visualization; diagnostic functions

Revolutionize Your Industry

Find your industry application field

Complex Geometries for Optimal Performance

Revolutionizing Aerospace Manufacturing with SLS 3D Printing

"Implementing SLS technology has been transformative for our prototyping and production processes. We've reduced development time by 40% and achieved a 25% weight reduction in key components, directly impacting fuel efficiency in our latest aircraft designs."

Accelerating Design and Prototyping

On-Demand and Custom Production

"SLS technology fulfills all the requirements for the complex geometries of our parts, including durability, texture, and form possibilities. Additionally, it offers low costs and fast manufacturing for prototyping."
*Reduced costs and time savings in production
*Enhanced design freedom and innovation capabilities

Healthcare Applications

transforming the production of prosthetics and orthotics

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Engineering Applications

Rapid Prototyping and Product Development

SLS technology has revolutionized the prototyping phase of manufacturing:

  • Accelerated design iterations with functional prototypes produced in hours, not weeks
  • Cost-effective creation of complex geometries without tooling expenses
  • Validation of form, fit, and function before committing to mass production
  • Reduced time-to-market for new products, enhancing competitiveness

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