Industrial 3D Printers & Accessories
SLA 3D Printer: Micro-Detailed Prototyping & Tooling
Unlock Microscopic Detail with Stereolithography
SLA (Stereolithography) 3D printers use UV lasers to cure liquid photopolymer resins into complex geometries. Ideal for intricate prototypes, molds, and dental/medical models.
SLA Systems
Rapid Manufacturing Simplified.
CHPro Series Industrial 3D printers deliver production-ready accuracy, material diversity, and repeatability unattainable with desktop systems. These professional 3D printers enable aerospace, automotive, medical, and industrial sectors to bypass traditional manufacturing limits—accelerating prototyping, cutting costs by up to 70%, and producing end-use parts.
SLM 3D Printer: Precision Metal Part Production
Selective Laser Melting (SLM) professional 3D Printing
Industrial SLM 3D printers fuse metal powders (stainless steel, aluminum, titanium) layer-by-layer to create fully dense, corrosion-resistant components.
SLM Systems
High Quality Metal 3D Printer
Benefits of Professional SLM 3D Printers
High Strength Metal Parts
- Up to 99.9% Density for mechanical integrity
- Alloy options including stainless steel, titanium, Inconel
Complex Geometry Capabilities
- Lattice & Conformal Cooling Channels
- Undercuts & Internal Cavities impossible with traditional machining
SLS 3D Printer: Functional End-Use Parts
Selective Laser Sintering (SLS) professional 3D printing
SLS (Selective Laser Sintering) systems use CO₂ lasers to fuse nylon-based powders into durable, heat-resistant parts. Eliminate support structures and maximize build volume utilization.
SLS Systems
Rapid Manufacturing Simplified.
Benefits of Professional SLS 3D Printers
Material Range: PA12, glass-filled nylon, TPU
Zero Support Structures: Maximize build chamber efficiency
Durability: Impact-resistant gears, hinges, housings
Economy: Unused powder is 100% recyclable
OptimScan Q12
High-Accuracy 3D Scanning Solutions
Capture Real-World Geometry for Flawless Digital Workflows
Pair industrial 3D printers with high-accuracy 3D scanners to digitize physical objects. Enable quality control, legacy part replication, and CAD-to-part validation.
Which 3D Printer is Right for You?
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SLA (Stereolithography)
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SLS (Selective Laser Sintering)
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SLM (Selective Laser Melting)
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Process
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UV laser cures liquid photopolymer, layer by layer
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CO₂ or fiber laser sinters polymer powder into solid
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High-power laser fully melts metal powder
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Typical Materials
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Photopolymer resins (rigid, flexible, biocompatible)
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Nylon (PA12, PA11), TPU, composites
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Stainless steel, titanium, Inconel, aluminum alloys
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Resolution & Accuracy
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50–120 µm layer thickness; very high surface finish
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60–300 µm layers; good detail but slightly grainy
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20–100 µm layers; fully dense metal parts
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Ideal Applications
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Fine-detail prototypes, dental, jewelry, medical models
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Functional prototypes, small production runs, rugged end-use parts
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End-use metal parts, tooling inserts, aerospace components
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How to Choose
Next Steps
Ready to integrate industrial 3D printers into your workflow? Contact our engineers for a customized SLA, SLM, SLS, or scanning solution tailored to your production challenges.