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Entry-level Yet Industrial-Grade
Design To Add More Possibilities
SLM-175
Ideal Solution for Metal Additive Explorers
The Thunder SLM-175 brings industrial-grade metal 3D printing within reach with a compact footprint, reliable performance, and a cost-effective investment. Ideal for startups, research labs, and growing businesses, it delivers precise and efficient additive manufacturing with dependable industrial quality.
Technical data
| Machine Size (W x D x H) | 1200*900*1850 mm (47.2"×35.4"×72.8") |
| Build Volume (W x D x H) | 175*175*200 mm (6.9"×6.9"×7.9") |
| Laser Source | Fiber |
| Power | 500W |
| Max. Scan Speed | 8000 mm/s |
Ultra-Compact Design
With a footprint of just 1.08 m² and weighing 480kg, the Thunder SLM-175 runs on a standard 220V power supply and fits easily into labs, workshops, and classrooms. Its modular architecture allows seamless integration while delivering industrial-grade performance.
Seamless Precision
Exceptional ±0.05mm Accuracy for Fine Metal Printing
Fine Features with Smooth Surfaces
Surface Roughness Below Ra 6.3 μm
Consistent Accuracy Across Every Build
< ±0.02 mm Deviation Across Multiple Builds
Handles Intricate Geometries with Ease
Fiddly Geometry for Lattice Structures & Curved Channels
Proprietary Smart System
Thunder’s intelligent scanning algorithm stabilizes melt pool behavior, optimizes paths, shortens print time, and ensures consistent quality, speed, and reliability.
Cost-Saving
For Long-Term Business
Reusable filters, modular design, and up to 85% powder utilization reduce waste, lower operating costs, and maximize long-term return on investment.
Efficiency for
Optimized Workflows
Powered by intelligent path planning, the Thunder SLM-175 applies optimized strategies for each part, boosting printing efficiency by up to 15% while shortening gas-filling time to just 10–15 minutes for faster overall production.
Comprehensive Lifetime Service Support
From Pre-sales Consultation to After-sales Support
We Deliver End-to-End Service Throughout Your Metal Additive Manufacturing Journey.
Pre-sales Service
We customize solutions to meet client needs, delivering complete end-to-end support to global customers.
Installation Test
We provide equipment installation, commissioning, and full training on powders, printing processes, and additive design.
Online Training
We regularly host training courses and knowledge-sharing sessions to enhance client teams’ technical skills and operational capabilities.
After-sales Serice
We provide long-term technical support with remote monitoring, troubleshooting, and software upgrades, backed by local teams for fast response.
Supported Materials
The Thunder SLM-175 supports a wide range of metal powders.
Giving users more flexibility for research, prototyping, and production.
Industrial Applications
Whirl Cone
Material: 18Ni300
Printing time: 38.8 hours
Powder Consumption: 16.8 kg
Impeller
Material: 18Ni300
Printing time: 38.8 hours
Powder Consumption: 6.37 kg
Engine Model
Material: 18Ni300
Printing time: 51.4 hours
Powder Consumption: 60.4 kg
Artificial Hip Joint
Material: 316L-Stainless Steel
Printing time: 17 hours
Powder Consumption: 13.8 kg
Oral Cavity
Material: 316L-Stainless Steel
Printing time: 0.63 hours
Powder Consumption: 10.8 kg
Tooth Braces
Material: 316L-Stainless Steel
Printing time: 5 hours
Powder Consumption: 3.82 kg
Shoe Mold
Material: 18Ni300
Printing time: 9.62 hours
Powder Consumption: 7.78 kg
Hot Runner Nozzle
Material: CX
Printing time: 8.15 hours
Powder Consumption: 18.8 kg
Pipe
Material: 316L-Stainless Steel
Printing time: 14 hours
Powder Consumption: 18.8 kg
Black Myth Wukong
Material: 316L-Stainless Steel
Printing time: 10.83 hours
Powder Consumption: 27.9 kg
Gundam Model
Material: 316L-Stainless Steel
Printing time: 3.82 hours
Powder Consumption: 7.73 kg
Pioneer
Material: 316L-Stainless Steel
Printing time: 10.83 hours
Powder Consumption: 17.2 kg
TECHNICAL SPECIFICATIONS
Take a closer look at the technical parameters.
*Swipe right to see all
|
Product Series
|
Thunder SLM
|
| Build Volume | L175mm*W175mm*H200mm(6.9"×6.9"×7.9") |
| Machine Dimensions | L1200mm*W900mm*H1850mm(47.2"×35.4"×72.8") |
| Machine Weight | ≤ 480 kg |
| Power Supply | 220 V ± 10%, 50/60 Hz, 3.5 kW |
| Laser Power | Fiber 500W |
| Maximum Scan Speed | 8000mm/s |
| Build Rate | 10-15cm³/H |
| Beam Diameter | 40~100μm |
| Layer Thickness | 0.03mm - 0.1mm |
| Project Accuracy | ±0.05mm |
| Shielding Gas | Ar/N₂ |
| Supporting Software | Thunder Make |
| File Format | STL or Transformable Formats |
| Processable Materials | Stainless Steel / Cobalt-Chromium Alloy / High-Temperature Alloy / Superalloy / Tool Steel |
| Application Scenarios | Education and research, aerospace, medical devices, precision manufacturing, mold manufacturing, artistic products, and jewelry and luxury goods. |
| Warranty | 2-Year |
FAQS ABOUT THUNDER SLM-175
Q1: What software is needed for operating a 3D metal printer?
Most machines require CAD for design and slicing software to prepare files. Advanced systems also include process monitoring and parameter optimization software.
Q2: How strong are 3D metal printed parts compared to traditionally manufactured ones?
When properly processed, 3D printed metal parts can be as strong as or even stronger than cast or forged components, thanks to fine microstructures formed during printing.
Q3: Is 3D metal printing expensive?
Costs depend on the material, machine, and application. While initial investment can be high, the technology reduces waste and tooling costs, making it cost-effective for complex or low-volume production. Thunder Laser Thunder SLM-175 is a budget-friendly starter.
Q4: Do 3D metal printed parts require post-processing?
Yes. Post-processing such as heat treatment, surface finishing, CNC machining, or polishing is often required to achieve final mechanical properties and surface quality.
Q5: How accurate are 3D metal printed parts?
Most industrial-grade machines achieve layer thicknesses between 20–60 microns and excellent dimensional accuracy, depending on the material and process parameters.
Q6: What are the advantages of 3D metal printing compared to traditional manufacturing?
Ability to create complex geometries not possible with CNC or casting.
Reduced material waste.
Faster prototyping and production cycles.
Lightweight designs with high strength.
On-demand manufacturing with less tooling cost.
Q7: What industries use 3D metal printing?
3D metal printing is widely used in aerospace, automotive, medical devices, energy, mold & tooling, and research for its ability to produce lightweight, complex, and high-strength components.
Q8: What is a 3D metal printer?
A 3D metal printer is an additive manufacturing machine that builds metal parts layer by layer using metal powders or wires, melted and fused by a high-energy source such as a laser or electron beam.
Q9: What materials can be used in 3D metal printing?
Common materials include stainless steel, cobalt-chromium alloys, high-temperature alloys, tool steels, and superalloys. Material availability depends on the printer model and technology.
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