- Stock: In Stock
- Product code: PKG-WS-FS1-30-ST-230V-24
- Weight Brutto: 185.00kg
Package Contents
- Fuse 1+ 30W 230V Printer (includes Build Chamber)
- Fuse Series Printer Stand
- Fuse Depowdering Kit: Workspace and tools
- Fuse Depowdering Kit: Sifter (230V) with 150 Sieve
- Fuse Series Powder Cartridge
- Hot Swap Service for Fuse 1, 1 year *
- Full Service for Fuse Series, 1 year
- Door-to-door delivery for Fuse 1
* Hot Swap Service: Replacement Fuse 1, not Fuse 1⁺. Only available for the first year of warranty (services).
Industrial Speed and Power: Formlabs Fuse 1+ 30W
Transform your ideas into end-use parts in a matter of hours and eliminate production bottlenecks. The Formlabs Fuse 1+ 30W integrates a high-power fibre laser and a state-of-the-art galvanometer system that doubles the printing speed compared to its predecessor using Selective Laser Sintering (SLS) technology.
But printing faster is only the beginning. Its inert atmosphere system prevents material oxidation. The result? You will achieve parts with superior mechanical properties and a "Zero Waste" workflow, allowing you to recycle almost all non-sintered powder.
Build Volume: 165 × 165 × 300 mm
Why does the Fuse 1+ accelerate your ROI?
This equipment represents a technical leap designed to cut your operational times and minimise the cost per part. The secret to optimising your workshop lies in these key factors:
- 30W Laser: With higher thermal power, the material melts at a significantly higher speed. This allows you to launch short runs on the same day, eliminating the long waits between prototypes.
- Advanced Powder Management: Its redesigned internal architecture facilitates the use of exclusive technical materials that demand millimetric control and high precision within the printing environment.
- High-Performance Software: Preparing your files in PreForm is up to 3 times faster than in the previous generation. Less time processing data means more time producing real parts.
- High-Density Packing: Make the most of the powder cake by nesting dozens of geometries together. Every millimetre of the chamber is utilised to multiply the profitability of each print cycle.
Nitrogen Atmosphere: Extreme Strength and 70% Recycling
The ability to inject inert gas marks the boundary between a standard part and an industrial-grade component. Understanding why this is crucial will change the way you manufacture.
Radical Improvement in Structural Integrity
By flooding the chamber with nitrogen, you displace oxygen during the sintering phase. Without an oxidising environment, the material does not degrade under constant heat. The direct result is parts that are much less brittle and possess exceptional ductility—a non-negotiable requirement for high-demand sectors such as automotive or aerospace.
Direct Profitability on Your Raw Materials
The surrounding powder that acts as natural support for the part (green powder) does not lose its properties in the absence of oxygen. When printing with Nylon 11 or Nylon 11 CF under standard conditions, you are limited to recycling half of the material. However, by activating the nitrogen, your reuse rate rises to 70% recycled powder. You only need to replenish 30% virgin material per cartridge, radically reducing your operational costs.
What is included in your SLS ecosystem at EXPERT3D?
- Formlabs Fuse 1+ 30W 3D Printer: (Includes the Fuse build chamber).
- Native Formlabs PreForm Software: The perfect tool for preparing and nesting your models.
- Support Service: 1 year of coverage with the "Fuse Series Full Service Plan" managed through our technical support.
*You can extend this technical coverage to 3 or 5 years to safeguard your workflow against any unforeseen issues.
Comparative Technical Specifications
| Fuse 1 | Fuse 1+ 30W | |
|---|---|---|
| Technology | Selective Laser Sintering (SLS) | Selective Laser Sintering (SLS) |
| Build Volume | 165 × 165 × 300 mm | 165 × 165 × 300 mm |
| Layer Thickness | 110 microns | 110 microns |
|
Print Speed (20% packing density) |
0.3 litres per hour |
0.5 litres per hour Up to 3 times faster overall compared to the Fuse 1. |
| Material Refresh Rate | 30–50 % | 30–50 % (As low as 30% fresh material in inert gas with Nylon 11) |
| Hopper Capacity | 17.8 L | 14.5 L |
| Support Structures | None required | None required |
| Warm-up Time | < 60 minutes | < 60 minutes |
| Maximum Internal Temperature | 200 °C | 200 °C |
| Laser Type | Ytterbium fibre | Ytterbium fibre |
| Laser Spot Size | 200 microns | 247 microns |
| Laser Specifications |
IEC 60825-1:2014 certified Wavelength: 1070 nm Maximum 10 Watts Divergence: 4.01 mrad |
IEC 60825-1:2014 certified Wavelength: 1070 nm Maximum 30 Watts Divergence: 3.24 mrad |
| Temperature Control |
Quartz tube heating elements Positive Temperature Coefficient (PTC) cartridges |
Quartz tube heating elements Resistive air heater |
| Air Management and Filtration |
Two-stage pressure-regulated filtration (Replaceable HEPA and carbon filters) |
Connection for external inert gas supply Two-stage pressure-regulated filtration (Replaceable HEPA and carbon filters) |
| Galvanometers | Custom Formlabs design | 2nd Generation custom Formlabs design |
| Device Control | 10.1” touchscreen | 10.1” touchscreen |
| Connectivity | Wi-Fi, Ethernet, USB 2.0 | Wi-Fi, Ethernet, USB 2.0 |
| Weight | 114 kg | 120 kg |
Explore the Formlabs SLS Ecosystem
Discover visually how the Fuse 1+ meets the demands of your sector, achieving a frictionless workflow with professional results.
Printing Technology in Action
Advanced Manufacturing with Nylon 11 and Recycled Powder
Interactive Virtual Tour of the Fuse Series
Official Documentation
Download Technical Specifications Sheet (PDF)
Professional Stand for Formlabs Fuse Printers
The Formlabs Fuse Stand elevates your equipment to an ergonomic working height while absorbing vibrations generated during operation. Designed with a high-strength rigid structure, it features fully adjustable levelling feet. Why is this aspect vital? Perfectly level equipment is crucial for preventing layer shifts and ensuring maximum geometric precision in complex parts. Work on a secure, stable base, compatible without adaptations for both your Formlabs Fuse 1+ 30W and the advanced Formlabs Fuse 1+ 30W.
Fuse Depowdering Kit: Manual Cleaning and SLS Powder Recovery
Optimise your post-processing workflow without the need for a large automated machinery setup. The Fuse Depowdering Kit provides a controlled environment to extract parts, sieve, and recover non-sintered polymer powder efficiently. By recovering surplus material, you drastically reduce the cost per printed part and accelerate the return on investment in your manufacturing department.
This manual system provides direct access to the professional SLS ecosystem for short-run productions. Its design facilitates the thorough cleaning of every cavity thanks to the included tools and brushes. Furthermore, it greatly simplifies the transition between different materials. With the help of the integrated scales and funnel, you can change polymers cleanly and in a controlled manner, avoiding cross-contamination without having to dismantle complex machinery.
Agile and Efficient Workshop Integration
Implementing this powder recovery kit into your workflow means professionalising the finish of your parts with a profitable investment. All residual powder is collected via its ergonomic scoop and processed in the vibratory sieve, ensuring that every gram of material returns to your production cycle in optimal condition for reuse.
Fuse Depowdering Kit Contents
- Enclosed workspace and manual tool set.
- Sifter motorised sieve (230V) equipped with 150 Sieve mesh.
150 Sieve Filtration Mesh for Fuse Sift Station
Extracting the build cake from the build chamber after completing a job with your Formlabs Fuse 1+ 30W is a process that demands industrial-grade filtration. During cleaning in the Fuse Sift station, loose material is guided toward the bottom tray. It is here that the 150 Sieve mesh acts as an indispensable physical barrier, blocking solid chunks, partially cured polymer, and microscopic debris.
Feeding your 3D printer with impurity-free powder is the only way to avoid sintering failures. This mesh effectively separates clean material from waste, leaving it ready for storage in the hoppers. Once filtered, the recovered nylon retains its original fluidity, allowing you to mix it with virgin material for your future manufacturing projects with total peace of mind.
Powder Mixing Cartridge for Fuse 1+ 30W Ecosystem
The storage and transport of nylon require airtight containers to prevent the absorption of ambient moisture, which would drastically degrade print quality. The Formlabs Powder Cartridge assumes this protective role, also functioning as the logistical core of your continuous production. Thanks to its modular format, you will minimise downtime, transporting material quickly between your printer and the Fuse Sift processing station.
The competitive advantage of this component lies in material preparation. After indicating the desired reuse percentage, the Fuse Sift automatically dispenses the exact amount inside the mixing cartridge. Subsequently, this same container is installed on the rotary platform to perfectly homogenise the recycled powder with the virgin material. This uniform distribution ensures that the mechanical properties of your printed parts remain entirely predictable, layer after layer.
Why choose EXPERT3D for your Formlabs Fuse ecosystem?
At EXPERT3D, we have been leaders in the additive industry since 2012, specialising in solutions that transform our clients' production. When you purchase your Fuse 1+ 30W, you receive not only the most advanced SLS technology but also the backing of a certified technical team that masters every aspect of the ecosystem: from nitrogen atmosphere control to maximise part strength, to powder recycling optimisation with the Depowdering Kit.
We guarantee the success of your investment through our official technical service, personalised training, and direct support from the Full Service Plan, designed to ensure your industrial workflow never stops. We will guide you in parameter configuration and high-density nesting to ensure an accelerated return on investment and a minimum cost per part. If you're looking to make the leap to final manufacturing with industrial-grade nylon, contact us today and receive a customized technical quote tailored to your application.
