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Wipro 3D

SLM®280
Industrial 3D Printer

Experience the future of metal additive manufacturing with the SLM®280 2.0. This innovative system combines precision engineering with advanced technology to deliver unmatched performance and reliability. From prototyping to serial production, the SLM®280 2.0 offers tailored solutions for industries seeking to optimize production processes and drive innovation.

SLM®280 <br />Industrial 3D Printer
Unique <span>Features</span>

Unique Features

Scalable Production
Scalable Production

The SLM®280 2.0 is ideal for medium to high volume metal part production and prototypes, providing a scalable solution to meet your growing production needs.

Accelerated Build Rates
Accelerated Build Rates
Enhanced Safety & Powder Quality
Enhanced Safety & Powder Quality
Efficient Manufacturing Process
Efficient Manufacturing Process
Material Flexibility & Quality Assurance
Material Flexibility & Quality Assurance
Versatile Applications
Versatile Applications
Precision Engineering
Precision Engineering
Seamless Integration
Seamless Integration
Cost Efficiency & Waste Reduction
Cost Efficiency & Waste Reduction
Reliable Performance
Reliable Performance

Technical Specification

Build Envelope (L X W X H) 280 x 280 x 365mm³, reduced by substrate plate thickness
3d Optics Configuration Single (1x 700W), Twin (2x 700W)
Theoretical Build Rate up to 173 cm³/h*
Variable Layer Thickness 20 - 90 µm, more available on request
E-connection / Power Input 400 Volt 3NPE, 63 A, 50/60 Hz, 3.5-5.5 kW
Compressed Air Requirement ISO 8573-1:2010 [1:4:1] 7 bar
Machine Dimensions (L × W × H) 3150 mm x 1280 mm x 2470 mm
Beam Focus Diameter 80 - 115 μm
Minimum Feature Size 80 - 115 μm
Maximum Scan Speed 10 m/s
Gas Filtration PFM (Permanent Filter Module) Option: 2+1 Filter Cartridges
Average Inert Gas Consumption In Process 8 L/min (Argon)
Average Inert Gas Consumption In Purging 110 L/min (Argon)

*Theoretical system build rate = layer thickness x scan speed x hatch distance x number of lasers. The value represents a com-parable indicator but remains a theoretical value after all. It does expressively not reflect true build rates, which are influenced by part geometry, ratio between hatch and contour areas, area of exposure, recoating times, and more.

Case Studies

Revolutionizing Nozzle Claw Manufacturing
space
Revolutionizing Nozzle Claw Manufacturing
Download Case Study
An Additively Manufactured Blow-out Tunnel
automotive
An Additively Manufactured Blow-out Tunnel
Download Case Study
A Cooler (And Faster) Method for Manufacturing Plastic Injection Molds
Tooling
A Cooler (And Faster) Method for Manufacturing Plastic Injection Molds
Download Case Study