SLS 3540 PRO Industrial 3D Printer Large-Format Selective Laser Sintering

Customization: Available
After-sales Service: 1 Year
Warranty: 1 Year

Product Description

📋 Basic Information
Model NO.
SLS 3540 Pro
File Format
STL
Connection
USB
Precision
0.3mm
Thickness
0.1-0.3mm
Printer Material
PA12
Technology
SLS
Operating System
64 Bits Window 10
Package
Carton
Specification
1350*950*1900MM
Origin
China
Capacity
20 Sets/Month
⚙️ Printer Parameters
Product ModelSLS3540 PRO
Printing Size350*350*430mm
Operating SoftwareIndependent Proprietary Development
Laser TypeFiber Laser, 1*300W
Layer Thickness0.1-0.3mm
Maximum Cabin Temperature190ºC
SupportsNo Need Support
Thermal Field ControlMulti-area independent control
Powder Feeding MethodSingle feed powder
Scanning Speed8-15m/s
Support InterfaceRS232/RS485, Ethernet, USB, Canopen
Real-time CompensationOnline Temperature Support
Machine Size (L*W*H)1650*980*1850mm
ScannerHigh-precision Digital Galvo System
Net Weight750KG (Without Material)
Inert Gas ProtectionNitrogen
Power Supply220V/50HZ
Max Molding Rate3000cm3/h
Material CompatibilityPA11, PA12, TPU, Nylon with GF
WarrantyOne Year
Control FunctionManual/Automatic control, 3D visualization, diagnostic functions
🖼️ Product Gallery
❓ Frequently Asked Questions
What is the maximum printing size of the SLS 3540 Pro?
The maximum printing volume for this model is 350*350*430mm, suitable for large-format industrial components.
Does this printer require support structures during the printing process?
No, the Selective Laser Sintering (SLS) technology uses the surrounding unsintered powder to support the part, eliminating the need for additional support structures.
What materials are compatible with the SLS 3540 Pro?
It supports a wide range of industrial materials including PA11, PA12, TPU, and Nylon reinforced with Glass Fiber (GF).
What type of laser is used in this machine?
The printer is equipped with a high-performance 300W Fiber Laser for precision and speed.
What are the software control capabilities?
The system offers both manual and automatic control methods, real-time modification of parameters during construction, 3D visualization, and integrated diagnostic functions.
What environment is required for operation?
The machine operates best in temperatures between 18-30ºC and utilizes Nitrogen for inert gas protection during the sintering process.

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