Machines and Materials For Your Needs

Eplus3D SLS polymer 3D printers are flexible machines for industrial grade production and research. We also provide advanced processes for industrial SLS 3D printing with the most various polymer materials optional, including polymer material PA12, PA12GF, PA11, PA11CF, TPU etc. with high performance of mechanical properties for functional test and end products. Contact us and get more information about Eplus3D SLS 3D printers for sale.

Types of Industrial SLS 3D Printer

EP-P420 SLS 3D Printer

Selective laser sintering 3D printer

Highlights:

Building Chamber Size 420x 420x 465 mm

High Performance & High Efficiency

Printing report automatic generation, the printing process can be tracked

Software:

Eplus3D Printing Software

EP-C5050 Wax/Sand SLS 3D Metal Printing Machine

Wax/Sand SLS 3D printer

Highlights:

Build volume 500 x 500 x 500 mm

Offers large build size and can rapidly cast the parts with complex structure

Greatly reduces the R&D and trial-producing time

Software:

Eplus3D printing software

EP-C7250 Wax/Sand SLS Metal 3D Printer China

Sand SLS 3D Printer

Highlights:

Build volume 720 x 720 x 500 mm

Offers large build size and can rapidly cast the parts with complex structure

Greatly reduces the R&D and trial-producing time

Software:

Eplus3D printing software

EP-P280 SLS 3D Printer

Selective laser sintering 3D printer

Highlights:

Building Chamber Size 280 x 280 x 350mm

High Performance & High Efficiency

Printing report automatic generation, the printing process can be tracked

Software:

Eplus3D Printing Software

EP-S600 SLS 3D Printer

Selective laser sintering 3D printer

Highlights:

Building Chamber Size 420 x 380 x 600mm

Offers large build size with High Performance & High Efficiency

Fully meets the personalized needs of the rehabilitation & medical industry

Software:

Eplus3D Printing Software

Advantages of SLS Printing Machine

SLS 3D printing is one of the most cost-effective options for industrial 3D printing services because it can design and print complex geometric shapes without supporting structure requirements, and the material usage rate is very high.