Sonda SYS SL02 – Dual‑Volume, High‑Performance SLS 3D Printer

Sonda SYS SL02 – Dual‑Volume, High‑Performance SLS 3D Printer

The Sonda SYS SL02 is the only industrial Selective Laser Sintering (SLS) printer that offers a fully swappable build volume, allowing users to switch seamlessly between two distinct build sizes. This flexibility gives you the power of two machines in one platform, while retaining the advanced capabilities of a dedicated SLS system.

Build Volume Flexibility

• Medium: 265 × 265 × 310 mm (10.4 × 10.4 × 12.2 in)
• Large: 365 × 365 × 610 mm (14.3 × 14.3 × 24.0 in)

Advanced Laser & Scanning Technology

The SL02 is powered by a high‑power Synrad CO₂ laser (60 – 100 W) and a 3‑axis galvo optical system from Cambridge Technology. The same galvo platform that powers U.S. Army guidance systems guarantees precise beam control and exceptional repeatability.

Open Material System

With a heated chamber capable of 300 °C, the SL02 can process a broad range of high‑performance polymers, including PA6, PA11, and PA12. The open material system eliminates supplier lock‑in and expands your design possibilities.

Complete Package

Each SL02 order includes the following:

• Base SondaSYS SLS production unit
• Two interchangeable build volumes
• Cleaning station with sieves
• Work chamber trolley
• 60 kg starter powder set
• Vacuum cleaner and powder‑mixing station
• SondaSYS RP software suite
• 12‑month warranty (10 000 h laser lifetime) and ongoing software upgrades
• Built‑in workstation and nitrogen generator
• Basic tool kit

Specifications

Materials

• PA11, PA12, PA6
• Open material system

Build Size (XYZ)

• Maximum: 365 × 365 × 610 mm (14.3 × 14.3 × 24.0 in)

Key Properties

• Layer thickness: 100 – 180 µm
• Laser power: 60 – 100 W CO₂
• Connectivity: Ethernet, Wi‑Fi, Bluetooth

System Requirements

• Operating system: Windows 10
• Software: SondaSys RP

Dimensions & Weight

• Machine footprint: 1985 × 1515 × 2160 mm (78.1 × 59.6 × 85.0 in)
• Weight: 1500 kg (3306 lb)

Ideal for R&D labs, universities, and flexible production environments where rapid iteration and high‑quality parts are critical.