Raise3D RMS220 SLS 3D Printer

In Stock
Raise3D RMS220: Production-Grade SLS 3D Printer
  • 75W high-power fiber laser
  • Four-zone self-calibrating IR heating
  • RFID material management system
  • High production output up to 5 kg per day
When purchasing with us you get:
  • Favourable PO Terms
  • 1 Year Warranty
  • Local U.S. Support
  • FREE training
We Accept Purchase Orders From All Educational Institutions and Eligible Business Customers
This 3D printer comes with:
  • Raise3D Build Unit 220
  • C220-P Cleaning Station
  • One-year manufacturer warranty
  • IdeaMaker slicing software
Price $44,998.00
Lead time is 2-3 weeks

The Raise3D RMS220 is an industrial SLS (Selective Laser Sintering) 3D printer with a 220 x 220 x 350 mm build volume and a 75W laser (1064nm) using 30,000 mm/s galvo scanning. It offers up to 2.2 L/h print speed (at 20% packing) and 5 kg/day throughput. Designed for tight tolerances (±0.2 mm) and 0.5 mm thin walls (PA11), it features a 4-zone self-calibrating IR heater, Air/Nitrogen atmosphere with built-in nitrogen generator, RFID powder management system, and a modular design allowing 45-minute material changeovers for efficient batch production.

What is the print quality and performance of the Raise3D RMS220 3D printer?

The RMS220 supports 0.05–0.40 mm layer heights, with 0.10–0.20 mm recommended for stability, allowing fine feature detail and controlled surface finish.

A front-facing view of the Raise3D RMS220 3D printer. The image shows the printer alongside additional equipment, demonstrating a complete system setup. The main printer unit features a transparent enclosure, allowing a view of the internal components. The accompanying units are designed for auxiliary functions, enhancing the machine's operational capabilities. The setting is clean and professional, highlighting the advanced technology and design of the RMS220.

A 75 W, 1064 nm fiber laser with an F-theta lens and 30,000 mm/s galvo scanning ensures precise energy delivery for uniform sintering and strong layer adhesion. 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.

Several intricately designed parts created by the raise3d rms220 3D printer are displayed. Dominating the scene is a large, latticed part showcasing complex geometric patterns. Surrounding it are various other components, including stair-shaped and rectangular pieces, demonstrating the printer's precision and capability to produce detailed structures.

The raise3d rms220 is presented with open access to its interior, showcasing the build chamber. A transparent front cover offers visibility into the printing area. The printer features a prominent control panel with an emergency stop button and various control interfaces. The design includes efficient cable management and a clean, industrial look, resting on lockable wheels for easy transport.

A showcase display featuring objects created by the Raise3D RMS220 3D printer. The display contains two tubular parts, one in black and one in grey, both with a ribbed design and angled sections, indicative of complex 3D printing capabilities. The items are positioned on a white platform, surrounded by additional 3D-printed samples like a small lattice structure. The background shows a clear exhibition setting with blurred attendees, emphasizing the innovation and versatility of the printer.

The RMS220 prints up to 2.2 L/h at 20% packing density, with a throughput of up to 5 kg/day. A 123 x 211 x 151 mm skeleton foot model in PA12 Black V1 demonstrated high accuracy on complex geometry, printed in 4 h 38 min using 0.25 kg of powder.

A life-sized 3D-printed model of a human foot skeleton, rendered in black from Raise3D PA11 powder, positioned on a white background. The model includes detailed bones of the ankle, metatarsals, and toes, showcasing the Raise3D RMS220's capability to produce educational and medical models. Branding from Raise3D is seen in the lower left corner, along with a logo signifying a 10-year anniversary, adding context and prestige.

A detailed 3D-printed model of a human foot skeletal structure, created by the raise3d rms220, lies on a flat surface. The model exhibits intricate details of bones, with realistic shading and texture. It captures the complex anatomy of the foot, demonstrating the printer's precision and capability in rendering fine details. The branding of Raise3D is subtly visible in the lower left corner.

High-Speed Printing: Preheating starts during slicing and reaches print temperature within 20 minutes. After printing, the Build Unit 220 cools below 100 °C in around 30 minutes, enabling quick job turnover.

The raise3d rms220 printer is prominently displayed in an industrial setting. The image captures the open chamber of the printer, featuring sleek, modern design lines with a large rectangular opening for insertion and removal of printed items. A pull-out bin is located at the base, and the overall setup indicates a focus on easy access and usability. The lighting and setting underscore its professional application.

The galvo system with F-theta optics ensures accurate spot placement at high scanning speed. Closed-loop thermal control maintains consistent part density across the Z-axis. An Air / Nitrogen atmosphere with a built-in nitrogen generator reduces oxygen exposure, while RFID, a powder-level sensor, and a 31.5 L hopper (expandable to 40 L) ensure reliable powder handling for long builds.

The raise3d rms220 setup in an industrial environment, highlighting its user-friendly and ergonomic design. In the center, a control panel features two arm-glove slots and a viewing window for safe interaction with materials. To the right, the Raise3D logo is visible, emphasizing the brand. The adjacent unit on the left, possibly a control or auxiliary device, has a top platform and side handle for ease of use. The overall setup suggests a system designed for professional applications involving complex 3D printing tasks.

Which powders can you use with the Raise3D RMS220 SLS 3D printer?

The RMS220 supports 7+ material types, including PA12 Black, PA11 Black, PA12 GB (glass bead), and multiple TPU variants (90A Black/White, 86A Black/White) from the 3D printer manufacturer Raise3D.

A collage of several industrial parts possibly created by the Raise3D RMS220 3D printer. The image showcases various black components illuminated against a contrasting dark background. Items include a detailed handle grip, an exhaust-like tube, a helmet or bracket-like part, and a complex, chain-like structure. Circular insets magnify the surface textures, highlighting the fine details and smooth finish of the prints.

PA12 and PA11 Powders

Property PA12 PA11 PA12 GB
Material Type Polyamide 12 (Nylon 12) Polyamide 11 (Bio-based Nylon) Glass Bead Reinforced PA12
Color Natural/White Natural/White Natural/Grey
Tensile Strength 45-50 MPa 48-52 MPa 31 MPa
Elongation at Break 20-30% 45-50% 6%
Shore Hardness 75-80 Shore D ~78 Shore D ~85 Shore D
Density 1.01 g/cm³ 0.99 g/cm³ 1.45 g/cm³
Melting Temperature 184°C 201°C 186°C
Temperature Resistance Up to 100°C continuous Up to 180°C (0.45 MPa) Similar to PA12
Biocompatibility FDA approved grades available Skin contact approved Not specified
Key Applications General prototyping, functional parts End-use parts, automotive, medical Structural components, flat panels
Distinctive Features Balanced properties, 70-80% reusability Bio-based, superior impact resistance 40% glass reinforcement, reduced warping

TPU Powders

Property TPU90A TPU90A White TPU86A Black TPU86A White
Material Type Thermoplastic Polyurethane Thermoplastic Polyurethane Thermoplastic Polyurethane Thermoplastic Polyurethane
Color Natural/Black White Black White
Tensile Strength 8.7 MPa (X/Y) 8.7 MPa (X/Y) 6-8 MPa (X/Y) 6-8 MPa (X/Y)
Elongation at Break 310% (X/Y) 310% (X/Y) 350-400% (X/Y) 350-400% (X/Y)
Shore Hardness 90A 90A 86A 86A
Density 1.10 g/cm³ 1.10 g/cm³ 1.08-1.12 g/cm³ 1.08-1.12 g/cm³
Melting Temperature ~190°C ~190°C ~185°C ~185°C
Temperature Resistance Up to 94°C (Vicat) Up to 94°C (Vicat) Up to 90°C (Vicat) Up to 90°C (Vicat)
Biocompatibility ISO 10993 certified ISO 10993 certified ISO 10993 certified grades available ISO 10993 certified grades available
Key Applications Gaskets, seals, flexible parts Medical devices, wearables Flexible housings, protective covers, shock absorbers Medical devices, consumer wearables, ergonomic parts
Distinctive Features High elasticity, 66 kN/m tear resistance Aesthetic white color variant Softer elastomer, improved flexibility over 90A Softer white variant for aesthetic applications

Beyond the validated set, selected third-party powders are supported. An optional open material license allows broader experimentation, but unapproved materials require profile development before use.

Print Samples

PA11 Print Samples

Cable clip: Material — Raise3D PA11 Powder; Printing time — 12min; Full capacity — 150 pcs

A close-up view of a black, ruggedly-textured part created by the raise3d rms220 using PA11 powder, showcasing its complex structure with multiple cylindrical openings and a screw-like attachment. The component rests on a dark surface, highlighting the contrast and precision of the printing. The Raise3D logo is visible in the corner, emphasizing the brand.

Compliant gasket: Material — Raise3D PA11 Powder; Printing time — 2min; Full capacity — 10527 pcs

A small, intricate black circular part created from Raise3D PA11 powder, held delicately with tweezers against a black background. The part features concentric circular patterns with spaces between rings, illustrating the precision and material versatility of the Raise3D RMS220 printer. The Raise3D logo is visible in the upper right corner, indicating brand credibility.

PA12 Print Sample

Hairball trimmer: Material — Raise3D PA12 Powder; Printing time — 45min; Full capacity — 16 pcs

A gray 3D-printed part created using Raise3D PA12 Powder by the raise3d rms220 is displayed against a dark background. The complex, smooth design features multiple curves and ridges, indicating precision in printing. The branding "Raise3D" is visible at the top right corner with the product details in the bottom left, showcasing material capability and quality of the raise3d rms220 printing process.

TPU90A White Powder Print Sample

Helmet lining: Material — Raise3D TPU90A White Powder; Printing time — 4h 25min; Full capacity — 3 pcs

A complex, lattice-structured object created by the Raise3D RMS220 using TPU90A white powder. The object features an intricate honeycomb pattern, highlighting the printer's capability to produce detailed and flexible designs. The Raise3D logo appears in the upper right corner, and the texture and flexibility of the material are emphasized by the lighting and shadow contrasts against a dark background.

PA12 GB Powder Print Sample

Shunt intake manifold: Material — Raise3D PA12 GB Powder; Printing time — 2h 23min; Full capacity — 4 pcs

A 3D-printed automotive intake manifold created using Raise3D's PA12 GB Powder, showcasing the intricate design and smooth finish achieved with the Raise3D RMS220 printer. The manifold has a sleek, dark finish and features three rectangular, open-ended ducts, demonstrating the printer's ability to produce precise and complex geometries. The branding

The RMS220 uses RFID technology for automatic powder identification and parameter setup, eliminating manual input and reducing errors.

Two views of a component from the raise3d rms220, showing an interchangeable part with a prominent red handle for easy carrying. The matte black surface is accented by the label "SLS" on top, denoting its functionality within the Selective Laser Sintering (SLS) system. The design is practical, with smooth edges and sturdy construction, suitable for frequent handling and replacement.

What is the build volume of the Raise3D RMS220?

The RMS220 delivers a large build volume of 220 x 220 x 350 mm. An optional material box expands hopper capacity from 31.5 L to 40 L.

Interior view of the Raise3D RMS220 3D printer, showcasing the printing chamber. The open front door reveals the intricate components inside, designed for high precision printing tasks. The interior is illuminated, showing the platform area clearly, with a textured surface for optimal material adhesion. Visible are the dual side hinges and an

What is the difference between Raise3D RMS220 and Formlabs Fuse1+ 30W, Sinterit Lisa X?

Raise3D RMS-220 — largest build volume (220×220×350 mm), highest quoted throughput (≈2.2 L/h), broad layer range (50–400 µm), 75 W 1064 nm laser with fast galvos, built-in nitrogen generator for inert printing, and an integrated cleaning station (C220-P) geared for high-throughput production.

In contrast:

  • Formlabs Fuse 1+ 30W — wins on a tighter, operator-friendly workflow (PreForm + Fuse Sift/Fuse Blast) and lower entry price for printer + Sift ($34,648). It loses on raw capacity and speed versus RMS-220: smaller build volume (165×165×300 mm), fixed 110 µm layers, lower volumetric rate (≈0.5 L/h), lacks a built-in nitrogen generator — relies on an external nitrogen supply.
  • Sinterit Lisa X — wins on material breadth (PA11.5, PA12 Industrial/Smooth, PA11 Onyx/CF/ESD, PP, PBT Optimal, Flexa), compact footprint, and a strong post-processing suite at a competitive full set ($34,980). Z-rate is comparable to Fuse 1+. It loses on capacity versus RMS-220 (PA/PP: 130×180×330 mm; TPU: 130×180×340 mm), lacks a built-in nitrogen generator — relies on an external nitrogen supply.
Specification Raise3D RMS220 Formlabs Fuse 1+ 30W Sinterit Lisa X
Technology / Laser SLS; 75 W fiber laser, 1064 nm; galvo (max scan 30,000 mm/s). SLS; Yb-fiber 30 W; ~200 µm spot; scan up to 12.5 m/s. SLS; IR fiber-coupled diode 30 W, 976 ± 3 nm; galvo.
Build volume 220 × 220 × 350 mm 165 × 165 × 300 mm PA/PP: 130 × 180 × 330 mm; TPU: 130 × 180 × 340 mm
Layer thickness 0.05–0.40 mm (50–400 µm) 110 µm fixed 0.075–0.175 mm (75–175 µm)
Print speed (volumetric) 2.2 L/h 0.5 L/h 0.5 L/h
Atmosphere / gas Air / Nitrogen; built-in N₂ generator (requires compressed air). Air or Nitrogen (external supply required); sealed chamber, positive pressure; nitrogen specs: ≥99.5% purity, ≥0.5 SCFM (≈14 L/min), 36–125 psi, ≥18 °C inlet. Sources: cylinder, dewar, or generator. Inert-gas control; typical N₂ consumption ≈0.48 m³/h (8 L/min).
Powder handling & post-processing RFID powder; level sensor; hopper 31.5 L (up to 40 L with material box). Fuse Sift all-in-one recovery & auto-mix; modular build chamber; optional Fuse Blast cleaning. Multi PHS workstation: multi-material presets (6), quick deep-clean ~10–30 min, 95–98% powder recovery to 20 L container, solo-sifting; compatible with compact & industrial SLS. Sandblaster SLS: sealed, HEPA-filtered; large 675 × 450 × 415 mm work area. Vapor smoothing: AMT PostPro SFX integration.
Compatible materials (OEM / validated) PA12, PA11, PA12-GB, TPU 90A (black/white), TPU 86A (black/white). Nylon 12, Nylon 12 GF, Nylon 11, Nylon 11 CF, TPU 90A. PA11.5, PA12 Industrial, PA12 Smooth, PA11 Onyx, PA11 CF, PA11 ESD, PP (polypropylene), Flexa Performance (TPU), PBT Optimal (plus profile-only options).
Software / file types ideaMaker; STL/OBJ/3MF/OLTP/STEP/STP/IGES/IGS; Win/macOS/Linux. PreForm; STL/OBJ; Dashboard cloud monitoring. Sinterit Studio; STL/3MF/OBJ/3DS/FBX/DAE; Windows.
Connectivity / UX Wi-Fi, LAN, USB; real-time camera; 11.5″ touchscreen. PreForm + cloud Dashboard (remote monitoring). Wi-Fi / Ethernet / USB; built-in camera; 9″ touchscreen.
Machine size (W×D×H) 861 × 685 × 1560 mm (w/o tower light) 645 × 685 × 1070 mm (≈1655 mm with stand) 650 × 610 × 1200 mm
Weight 283 kg 114 kg 145 kg
Power 190–240 VAC, 50/60 Hz, 230 V @ 16 A EU 230 VAC @ 7.5 A; US 120 VAC @ 15 A 230 VAC, 8 A or 100–120 VAC, 15 A
Basic Set Pricing (USD) $39,999 — bundle includes RMS220 printer with built-in nitrogen generator, Build Unit 220, Cleaning Station C220-P, 1-year warranty. $34,648$24,649 printer + $9,999 Fuse Sift. $34,980$23,990 printer + $10,990 Multi PHS.
 

What printer controls are available on the Raise3D RMS220?

The Raise3D RMS220 production system provides 7 printer controls for operation and monitoring:

Touchscreen Interface Controls (4):

  • Start jobs
  • Pause printing
  • Stop printing
  • Material management operations

Visual Status Monitoring (1):

  • Status tower light for machine state indication

Automated Systems (2):

  • 4-zone self-calibrating IR heating system with automatic bed-plane thermal tuning
  • RFID automatic powder identification and parameter matching

Close-up view of the Raise3D RMS220 3D printer's control panel, highlighting its interface. The touchscreen displays detailed system status, including sections like heaters, movement, material, atmosphere, and interlock. A technical diagram of the machine is shown, displaying the layout and status of sensors and doors, marked as

The 11.5″ touchscreen (2560 x 1600) with a Linux-based HMI serves as the main control interface, supported by a status light for real-time machine feedback. Automated heating and RFID systems require no user input, maintaining part temperature and enabling ~45-minute material changeovers.

What connectivity options are available on the Raise3D RMS220?

The RMS220 offers 4 connectivity options: Wi-Fi, Ethernet, and USB 3.0 for job loading and networked operation, plus a built-in camera for remote monitoring. It supports Windows, macOS, and Linux workstations. USB allows quick offline transfers, while Wi-Fi and Ethernet enable centralized LAN access.

The control interface of the Raise3D RMS220 3D printer shows a full-color touchscreen displaying the printer's operational settings and job queue. The screen is positioned on the upper section of the printer, adjacent to the Raise3D branding. Below the screen, a prominent emergency stop button is visible, indicating safety features. The interface is designed for user-friendly interaction, showing current operation status and previous print jobs.

What software is offered with the Raise3D RMS220?

The RMS220 uses Raise3D’s free ideaMaker software, compatible with STL, OBJ, 3MF, OLTP, STEP, and IGES imports, and exports .slscode. It runs on Windows, macOS, and Linux.

IdeaMaker organizes SLS job prep into steps: choose printer/material presets and layer height, optionally adjust parameters like energy scaling, laser settings, temperature offsets, and shrink compensation. Use precise tools for part arrangement (move, rotate, scale), collision checks, visibility locks, and auto-nesting. Slice to generate time and powder estimates, preview layers in 2D/3D, and send jobs to connected printers.

Features include per-model overrides, open-parameter controls for material development, and settings for warmup/cooldown and powder refresh ratios. Raise3D integrates this with RaiseCloud for browser/mobile-based remote monitoring and workflow management.

A screenshot of the Raise3D ideaMaker software interface highlighting the "Auto Orientation" feature for 3D printing. The interface displays the world transform and rotation settings, with options such as "Lay Flat" and "Auto Orientation Beta". The background shows a 3D model with axes marked by red, green, and blue lines. The Raise3D and ideaMaker logos are prominently displayed at the corners.

What comes included in the box with Raise3D RMS220?

The RMS220 3D printer as a single-machine unit includes:

  • 1× Raise3D RMS220 SLS 3D printer
  • 1× Build Unit 220
  • 1× One-year manufacturer warranty. 

The RMS220 Series Standard Package (bundle) includes:

  • 1× Raise3D RMS220 SLS 3D printer
  • 1× Build Unit 220
  • 1× C220-P Cleaning Station
  • 1× One-year manufacturer warranty.

The RMS220 is delivered fully assembled; professional installation is sold separately. Powder, the Material Box, and the Build Unit 220 are shipped without material.

Please Note: Package contents are determined by the manufacturer and may change without notice. To confirm the current items included with this product, please contact a Top3DShop sales representative before placing your order.

A diagram illustrating the "RMS220 Complete Ecosystem," which includes a series of devices arranged from left to right. The components listed are the ideaMaker slicer software, raise3d rms220 SLS Printer, Raise3D Build Unit 220, Raise3D C220-P Cleaning Station, and Raise3D B220-P Sandblaster, with powders also mentioned. Each component is visually represented, indicating a comprehensive and integrated 3D printing workflow. The setup emphasizes a streamlined and cutting-edge innovation process with the RMS220 at its core.

What upgrades and accessories are available for the Raise3D RMS220?

Name Function Price (USD)
Raise3D Build Unit 220 Extra modular build unit for hot-swapping builds to minimize downtime and accelerate turnover $4,999+ (US, pre-order)
Raise3D C220-P Cleaning Station Post-processing hub for powder recovery, part extraction, and powder mixing $9,999+ (US, pre-order)
Material Box Expands hopper capacity 31.5 L → 40 L for longer unattended runs Request a quote
Open Material License Enables fully open materials beyond validated powders for R&D / third-party use Request a quote

Raise3D Build Unit 220 — a second build unit that lets you prepare the next job and swap immediately after print completion to keep the RMS220 producing continuously.

The raise3d rms220 printer is shown from the front, capturing its minimalist, modern design. The printer is characterized by a sleek, tall form factor with a white exterior and black top section. It is equipped with caster wheels at the base for easy mobility. The simplicity of the design suggests ease of integration into varied workspace environments.

Raise3D C220-P Cleaning Station — integrates part extraction, powder recovery, and powder mixing to speed post-processing and recycle material efficiently.

The Raise3D RMS220 3D printer in a full, front-facing view, displaying detailed features and structural components. The sleek design includes a large, transparent window that allows users to monitor the printing process. Below the window, various compartments and access panels are organized effectively. The printer is mounted on wheels for easy mobility, and branding is visible on both the top section and a display screen to the right. The industrial design features a gray and black color palette, emphasizing its professional application setting.

Material Box — increases effective hopper capacity from 31.5 L to 40 L to extend build duration without refills.

A side-by-side view of the Raise3D RMS220 3D printer and its accompanying components. The printer features a sleek, modern design with a large transparent chamber for printing, adjustable digital controls, and a prominent control button. To its left is a processing unit with a similar aesthetic, including a black top and a white body, designed with mobility features such as caster wheels. Branding is visible, showcasing an industrial-grade setup suitable for advanced manufacturing environments.

What maintenance does the Raise3D RMS220 require?

The Raise3D RMS220 requires 12+ maintenance procedures to maintain optimal printing performance, dimensional accuracy, and system reliability.

Pre-Print Maintenance (3 procedures)

  • Build chamber inspection: Verify chamber cleanliness and component integrity before each print job
  • Powder quality verification: Check material flow characteristics and contamination levels
  • System status validation: Confirm laser alignment, heating system calibration, and RFID functionality

Every 30 Hours (2 procedures)

  • Filter system maintenance: Vacuum intake and exhaust filters to prevent airborne contamination
  • Powder handling system cleaning: Remove accumulated material from transport mechanisms

Every 100 Hours (4 procedures)

  • Print enclosure deep cleaning: Remove powder accumulation from chamber walls and internal surfaces using ESD-safe vacuum systems
  • Optical system maintenance: Clean IR sensor housing and protective windows to prevent thermal measurement errors
  • Chamber seal inspection: Examine felt seals and gaskets for powder infiltration and wear damage
  • Laser window cleaning: Remove laurolactam deposits from optical surfaces using ethyl alcohol and optical cleaning cloths

Every 500 Hours (2 procedures)

  • Camera lens cleaning: Access and clean imaging system components using telescoping mirrors and ethyl alcohol
  • Exhaust line maintenance: Clear powder buildup from ventilation pathways using specialized pipe brushes

Every 1000+ Hours (1+ procedure)

  • Upper laser window service: Deep cleaning of high-power laser optical components requiring specialized access procedures

Material Change Procedures (Variable)

  • Complete powder purging: Remove all residual material from chambers, transport systems, and storage compartments when switching materials

The RMS220’s modular design allows material changeovers in 45 minutes with RFID-based parameter matching, avoiding the multi-day cleaning typical of traditional SLS systems. Its 4-zone IR heater self-calibrates, reducing manual thermal adjustments.

 

What support and warranty come with the Raise3D RMS220 Series?

The RMS220 comes with a one-year limited warranty covering manufacturing defects, excluding misuse, unauthorized modifications, and other conditions outlined in Raise3D’s policy. Support is available through the Support Center, ticket portal at help.raise3d.com, email (support@raise3d.freshdesk.com), and phone (+1-888-963-9028). Business hours are Monday to Friday, 08:00–18:00 in the US, 09:00–18:00 in the EU (Netherlands and Portugal), and 09:00–18:00 in China. For self-service, Raise3D offers tutorials, guides, and training content through the Academy and its official YouTube channel.

Full warranty terms: https://www.raise3d.com/download/raise3d-limited-warranty-all-versions/

A comparison image featuring three Raise3D devices, including the Raise3D RMS220. The devices are positioned in a well-lit, minimalistic studio setting. The RMS220 is identifiable by its distinct control panel and display screen, with a sleek, modern design that emphasizes industrial use. Visible branding and LED indicator lights on top of each unit suggest operation status, enhancing the professional appearance of the lineup.

How much does the Raise3D RMS220 cost?

The RMS220 is priced at $44,998.00. The Raise 3D RMS220 Series Standard Package, which includes the Build Unit 220 and C220-P Cleaning Station, costs $39,998.00. Installation costs $4,000. For a customized quote with on-site installation and training, contact Top 3D Shop.

The Raise3D RMS220 3D printer features a sleek, rectangular design with a minimalist white and black color scheme. The printer has a robust, vertical structure mounted on wheels for mobility. The control panel located at the top showcases branding with the Raise3D logo, and the handle is seamlessly integrated into the design. A green status light is visible on top, enhancing the printer's modern aesthetic.

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