Discover the World of 3D Printing |High Precision Industrial Rapid Prototype SLS 3D Printer
The SLS260 High Precision Industrial Rapid Prototype SLS 3D Printer delivers outstanding performance in speed, accuracy, and material versatility for professional additive manufacturing. With a CO₂ 30W imported laser, high-speed F-theta scanning, and a build volume of φ240×300mm, it offers stable and efficient printing for complex functional prototypes. Supporting materials like PA12, TPU, and PP, it features advanced control software with real-time parameter adjustment, a user-friendly touch interface, and a powerful unidirectional powder spreading system. Ideal for industrial applications, this SLS printer ensures high-quality results and streamlined production with precision engineering. Know more..
Features of SLS260 Industrial Rapid Prototype SLS 3D Printer
🔹Save on Mold Manufacturing Time and Cost
Unlike traditional methods that require time-consuming mold design, repeated modifications, and high tooling costs, additive manufacturing eliminates the need for molds entirely. This dramatically reduces production timelines and upfront investment, helping businesses cut overall costs and accelerate product delivery.
🔹 Accelerate Functional Design Verification
Empower your design team with the freedom to test, iterate, and validate prototypes quickly—without the limitations of traditional manufacturing. This speeds up R&D cycles, allows real-time design improvements, and ensures faster product launches with fewer delays.
🔹 Enhance Manufacturing Flexibility
Our 3D printing process requires no tooling, enabling cost-effective production changes on the fly. Update designs to match market demands, switch between product variants easily, and scale production efficiently—all while keeping budgets in check and maximizing ROI.
🔹 Streamline Supply Chains & Reduce Supplier Dependence
Gain full control over your production process by creating functional, end-use parts in-house. Reduce reliance on external suppliers and produce custom components for industries like aerospace, medical, and industrial design—when and where you need them.
Technical Specifications
Category | Specification |
---|---|
Machine Dimensions (W×D×H) | 1360 × 980 × 2050 mm |
Molding Chamber Size (X×Y×Z) | φ260 × 320 mm |
Effective Molding Size (X×Y×Z) | φ240 × 300 mm |
Laser Type | Imported CO₂ Laser, 30W |
Laser Spot Diameter | ≤ 0.4 mm |
Scanning System | F-theta High Speed Scanning Lens |
Scan Rate Window | 1.5 – 8.0 m/s |
Layer Thickness | 0.1 mm standard (adjustable: 0.05 – 0.3 mm) |
Molding Accuracy | ±0.2 mm (L≤200 mm) or ±0.1% (L≥200 mm) |
Powder Spreading Method | Single Cylinder Unidirectional Powder Spreading |
Supported Materials | PA12, PA11, PA6, Laminated Sand, PS, PP, TPU, TPE |
Operating System | Windows 7 / Windows 10 |
Control Software | Action 3DSYS (Self-developed) |
Software Features | On-line slicing, real-time parameter adjustment (layer thickness, scan spacing, mode, optical power), 3D visualization, user-friendly HMI with touch screen and PLC |
Molding Speed | 1.2 L/h |
Cavity Temperature | 190°C |
Working Environment | -10°C to 40°C; Relative Humidity ≤ 80% |
Power Supply | 380VAC / 50Hz / 5kW |
Why Choose the Industrial Rapid Prototype SLS 3D Printer?
🔹 High-performance 30W imported CO₂ laser for precise sintering
🔹 Large effective molding size: φ240×300mm
🔹 Advanced F-theta high-speed scanning lens (1.5–8.0 m/s scan rate)
🔹 Fine laser spot diameter ≤ 0.4mm for detailed parts
🔹 Accurate ±0.2mm (L≤200mm) or ±0.1% (L≥200mm) part precision
🔹 Adjustable layer thickness from 0.05mm to 0.3mm
🔹 Single-cylinder unidirectional powder spreading system
🔹 Supports PA12, PA11, PA6, TPU, TPE, laminated sand, and more
🔹 Intelligent 3DSYS control software with live slicing & parameter tuning
🔹 High-speed molding up to 1.2L/h with 190℃ cavity temperature
Order Now – Get Your High Precision Industrial Rapid Prototype SLS 3D Printer Today!
Order now and boost your production with the SLS260 High Precision Industrial Rapid Prototype SLS 3D Printer, designed for speed, accuracy, and material versatility. Featuring a 30W CO₂ laser, large molding size, and support for multiple materials like PA12 and TPU, it’s perfect for creating complex, functional parts with ease—while cutting costs and accelerating time-to-market.
Reviews
There are no reviews yet.