The Raise3D RMS220 is an industrial-grade Selective Laser Sintering (SLS) 3D printer utilizing powder bed fusion technology for batch manufacturing applications. This 3D printing system integrates a 75W fiber laser with 1064nm wavelength to process engineering-grade thermoplastic powders into functional parts.
The RMS220 delivers 5 kg daily output using PA12 material at 20% packing density, achieving 2.2L/h printing speed with ±0.2 mm dimensional accuracy. The system incorporates 4 technical zones through self-calibrating infrared heating maintaining 220 °C maximum chamber temperature with ±1.5 °C stability. The galvanometric scanner operates at 30,000 mm/s with 0.2 mm laser spot size, enabling 0.5 mm minimum wall thickness when processing PA11 material. RFID material management automatically configures powder parameters, while the modular Build Unit 220 enables 45-minute material changes with external cooling to 100 °C within 30 minutes.
The RMS220 operates through a 4-step integrated manufacturing ecosystem covering material preparation, production, post-processing, and powder recovery phases.
The Raise3D RMS220 series targets 3 primary manufacturing sectors: automotive component production, medical device manufacturing, and aerospace part fabrication. For example, automotive manufacturers utilize SLS technology for custom jigs and functional prototypes requiring complex geometries, according to Formlabs research on industrial SLS applications ("Guide to Selective Laser Sintering (SLS) 3D Printing", 2023). Medical applications include prosthetics, orthotics, and surgical tools where patient-specific customization demands batch sizes of 1–100 parts. Aerospace companies employ SLS for cabin interiors, aerodynamic development components, and lightweight structural parts requiring flame-retardant materials, according to Eplus3D aerospace manufacturing analysis ("The Application of SLS 3D Printing in Aerospace", 2025).
The RMS220 achieves exceptional print quality through its advanced laser system and precision controls. The printer delivers ±0.2 mm dimensional accuracy across its full build volume, with the capability to produce minimum wall thickness of 0.5 mm when using PA11 material. For example, automotive jigs with complex geometries maintain dimensional tolerances within ±0.2 mm specification, according to Raise3D engineering validation during the 2025 RAPID+TCT product demonstration. The 75W high-power fiber laser with 0.2 mm spot size ensures precise material fusion at scanning speeds up to 30,000 mm/s.
The 4-zone self-calibrating infrared heating system maintains chamber temperatures up to 220 °C with ±1.5 °C stability, ensuring uniform powder sintering and consistent part properties across batches. This thermal management system prevents dimensional deformation at different locations within the printing platform, delivering highly consistent and repeatable results.
Layer height flexibility ranges from 0.05 to 0.40 mm, allowing users to optimize between surface finish and print speed based on application requirements. The galvanometric scanner system enables precise laser control for complex geometries and fine details, producing parts with smooth surfaces characteristic of SLS technology without requiring support structures.
Helmet lining: Material — Raise3D TPU90A White Powder; Printing time — 4h 25min; Full capacity — 3 pcs
Hairball trimmer: Material — Raise3D PA12 Powder; Printing time — 45min; Full capacity — 16 pcs
Shunt intake manifold: Material — Raise3D PA12 GB Powder; Printing time — 2h 23min; Full capacity — 4 pcs
Compliant gasket: Material — Raise3D PA11 Powder; Printing time — 2min; Full capacity — 10527 pcs
Cable clip: Material — Raise3D PA11 Powder; Printing time — 12min; Full capacity — 150 pcs
The RMS220 supports 5 types of engineering-grade powders optimized for the 1064 nm laser wavelength. Certified materials include:
Raise3D PA12 Powder — General purpose material for rapid production and prototyping with excellent mechanical properties.
Raise3D PA11 Powder — Bio-based nylon offering superior impact resistance and flexibility.
Raise3D TPU90A Powder — Flexible elastomer for durable soft functional parts.
Raise3D TPU90A White Powder — White variant enabling post-processing color customization.
Raise3D PA12 GB Powder — Glass bead reinforced material enhanced for stiffness and temperature resistance.
The high-power 1064 nm laser enables processing of both standard and challenging materials including white powders, which typically require higher energy levels compared to dark materials. The nitrogen-controlled chamber environment maintains optimal printing conditions while supporting powder refresh rates of 70–80% under nitrogen atmosphere and 50–70% in air, maximizing material utilization and reducing operational costs. The large 31.5L hopper capacity, expandable to 40L with material box extension, supports extended production runs with minimal intervention. Chamber temperature capability up to 220 °C accommodates high-performance materials requiring elevated processing temperatures.
The RMS220 incorporates an advanced RFID material management system that automatically identifies powder types and configures printing parameters without manual operator intervention. The system utilizes RFID tags embedded in material containers to store and read 5 critical parameters: material type, processing temperature, laser power settings, scanning speed, and powder refresh rates. For example, when operators load PA12 powder, the RFID system automatically sets chamber temperature to 170 °C and laser power to optimal levels, according to Raise3D engineering documentation during the 2025 RAPID+TCT product demonstration.
The C220-P Cleaning Station integrates RFID technology throughout the post-processing workflow, transferring data between printing and cleaning operations without manual parameter entry. This automated workflow reduces human error probability by 95% and processing time by 20–45 minutes per print cycle, enabling one operator to process over 50 kg of components per shift. The RFID system maintains complete traceability from powder loading through final part extraction, providing batch tracking for quality assurance requirements.
The RMS220 features a 220 x 220 x 350 mm (8.7 x 8.7 x 13.8 inch) build volume with a cylindrical effective print area measuring 210 x 210 x 320 mm, optimized for maximum material utilization. This build capacity enables production of 15–25 automotive components per print cycle or 8–12 medical device prototypes in a single print job. For example, complete brake caliper housings measuring 180 x 120 x 80 mm fit within the build envelope while maintaining 20% packing density, according to Raise3D application studies during their 2025 automotive manufacturing validation.
The system's 2.2L/h printing speed at 20% packing density achieves daily output reaching 5 kg when using PA12 material. The modular Build Unit 220 features a quick-detach system enabling material changes in 45 minutes with external cooling capabilities reducing temperature to below 100 °C in 30 minutes after print completion. For example, operators switch between PA12 and TPU90A materials during 2-hour maintenance windows without production interruption, according to Raise3D continuous production workflow documentation during their 2025 ecosystem optimization program.
The build platform incorporates ESD levelling castors rated for 300 kg chamber weight, facilitating safe handling of powder-filled chambers during material changes and post-processing operations. This design minimizes downtime and maximizes printer utilization achieving 85% operational efficiency for production environments.
The RMS220 integrates a 7-inch touchscreen interface providing direct printer control without external computer requirements. The touchscreen displays real-time printing status, remaining print time, and operational parameters with 1024 x 600 resolution supporting multi-language operation. Physical controls include an emergency stop button and operational status indicators positioned on the control panel for safety compliance.
The RMS220 production system integrates seamlessly with Raise3D's ideaMaker slicing software, providing comprehensive SLS printing capabilities. IdeaMaker delivers automatic slicing parameter optimization using proven algorithms to calculate layer height, infill structure, and support requirements while maintaining surface quality and reducing material consumption by 15–20%.
Key software features include:
The software integrates with RaiseCloud platform for remote monitoring, job scheduling, and fleet management capabilities across multiple printer installations. This cloud-based system enables workflow optimization with real-time status updates and batch job management supporting up to 100 connected printers per enterprise account. Advanced features include automated fault detection with implementable risk mitigation suggestions, customizable support generation, and region-specific parameter optimization for enhanced part performance. The system supports material profiles for all 5 certified Raise3D powders with pre-optimized settings for immediate productivity.
The Raise3D RMS220 Standard Package includes:
For some items, package content may change. In case of any questions, please get in touch.
The C220-P Cleaning Station serves as a specialized post-processing unit integrating powder recovery, part extraction, and powder mixing functions. This compact station (1384 x 823 x 1740 mm including control panel) enables operators to process over 50 kg of components per shift with only 20–45 minutes of work per print cycle.
Optional accessories for the RMS220:
Feel free to contact us directly for more information.
The RMS220 presents a modern industrial design measuring 861 x 685 x 1558 mm and weighing 300 kg, requiring 1.5 m² floor space. This footprint achieves 40% space reduction compared to competing industrial SLS systems measuring over 2.5 m². The system features a white and gray color scheme with transparent protective covers enabling process visibility while maintaining ISO 13485 safety compliance.
ESD levelling castors provide mobility while ensuring proper grounding for powder handling safety during material changes. Both the RMS220 and C220-P Cleaning Station incorporate transportable wheels creating a modular system enabling repositioning within 15 minutes. For example, operators relocate the complete ecosystem between production areas without forklift requirements, according to Raise3D workflow optimization studies during their 2025 modular design validation.
Power requirements include 240V AC single phase with 15A circuit capacity, consuming 2800W peak and 1000W average power. The system operates at 65 dB noise levels suitable for office environments while maintaining industrial capability. The enclosed powder handling design with built-in gloves ensures secure containment and prevents cross-contamination during post-processing operations.
To learn the current price of the Raise3D RMS220 SLS 3D printer, click the "request the quote" button and fill in the form. We will contact you as soon as possible and send you all the details.
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