SLS / MJF 3D printing is a powder bed fusion (PBF) process that selectively sinters or fuses areas of a thin powder layer to build the part.
SLS uses a high-powered laser, while MJF uses an infrared heat source and a fusing agent to precisely bond the powder. After each layer is completed, fresh powder is automatically spread and the next layer is formed, building up a precise 3D structure. Both processes use the same nylon-based material (PA12), so mechanical properties and precision are nearly identical.
*SLS: Selective Laser Sintering | MJF: Multi Jet Fusion
Note: Creallo selects the optimal process (SLS or MJF) based on lead time, quality, and cost. If you require a specific process, please contact us.
Curious about 3D printing methods besides SLS and MJF? Check out our 3D Printing Service.
Creallo is the first in the Asia-Pacific region to deploy the EOS P3 NEXT system, delivering high-quality production of complex parts and scalable small-batch manufacturing with enhanced flexibility and competitiveness.
Advantages of EOS P3 NEXT:
✓ High-performance and eco-friendly materials available
Supports PA11 and PA12 materials suitable for parts requiring specific properties such as heat resistance, impact strength, and flexibility. Biocompatible materials are also available for applications in medical devices and food-related components.
✓ Reduced total cost
Fast printing speeds and high-density part nesting enable cost-effective small-batch production.
✓ Sustainability and eco-conscious manufacturing
High material reuse rates and flexible custom production help reduce waste and effectively support companies’ ESG strategies and green manufacturing projects.
Innovations Powered by EOS SLS 3D Printing Technology
Breezm's 3D-Printed Eyewear
Consumer Goods
Using advanced 3D scanning and AI data, Breezm mass-produces face-customized eyewear in 70+ styles and 10 colors with SLS 3D printing.
Festo's Bionic Bee Drone
Aerospace
The SLS-printed frame reduced weight from 12g to 3g, boosting flight time and agility without compromising stability.
LMD's POS Baking Gripper
Automation
A flexible, rounded SLS printed gripper minimizes collision risk and integrates functions for better space and cost efficiency.
Kuhn-Stoff's Lightweight Gripper
Automation
SLS printing reduced weight by 86%, cut costs by 50%, and shortened lead time from 12 to 3 days for this robotic gripper.
Atlas Copco's Rivet Feeder Bowl
Automotive
With SLS 3D printing, lead time dropped 92%, costs fell 30%, and material waste was reduced to nearly zero.
Anubis 3D's End-of-Arm Tooling
Automation
SLS enabled lightweight tooling with 4× stronger grip, delivered in one week while maintaining robot balance.
Ortoplus's Custom Nylon Splints
Medical
Ortoplus tripled output and improved patient fit using high-precision SLS splints accurate to within ±0.1 mm.
Materials
| Dyeing | A process where plastic parts are submerged in a dye solution to color the material from within, preserving the original surface texture without adding a paint film. Suitable for parts that need color while retaining surface texture, or precision parts where color is needed without increasing coating thickness. Not suitable for cases requiring precise Pantone or RAL color matching, parts needing transparent or translucent effects, or SLA/FDM materials where dyeing is difficult. Long-term UV exposure may cause color fading, and darker shades produce more uniform results than lighter ones. | ||
| Bead Blast | A surface treatment that blasts fine particles such as glass beads or alumina at high speed to create a uniform matte finish. Suitable as a pre-treatment before painting or plating, or when looking to improve visual quality at a relatively low cost. Not recommended for parts requiring tight dimensional tolerances or high-hardness materials such as heat-treated steel, where the effect is minimal. Areas with tight tolerances (holes, threads, etc.) must be masked, and surface roughness varies by bead size — prior consultation is recommended. | ||
| As Machined | Parts are delivered as-is after manufacturing, with no additional surface treatment. Machining marks and scratches may remain on the surface. Ideal for functional parts where dimensional accuracy is the top priority, internal components, or when fast turnaround without extra cost is needed. Not recommended for parts where surface appearance matters or metal parts exposed to corrosion or wear. Metal parts may have burrs and machining marks, and 3D-printed parts may show support removal traces. |
Creallo Manufacturing Case
