Bringing Speed and Flexibility to the Manufacturing Floor: 3D Printers Formlabs Fuse 1+ 30W

Fuse 1+ 30W

― Achieving High-Speed, High-Quality In-House Manufacturing

Compact SLS 3D Printer ―

Overview

The Fuse 1+ 30W is an SLS (Selective Laser Sintering) 3D printer developed by Formlabs.
Equipped with a 30W high-power laser, it enables the high-speed in-house production of industrial-grade nylon parts, which previously required outsourcing or large-scale equipment.
It significantly improves the speed and flexibility of manufacturing and development sites, from prototyping to jigs and small-batch production.

Features

● High-speed fabrication with a 30W high-power laser
Can fabricate parts in a short time even with high-density part arrangements.
Achieves part completion "within the same day" at the fastest.

● SLS method requiring no support structures
Because unsintered powder supports the printed object,
complex shapes, integrated structures, and movable parts can be printed as they are.
Reduces post-processing man-hours and material loss.

● Material lineup for industrial applications
Supports parts requiring heat resistance, impact resistance, and flexibility,
such as nylon, carbon-reinforced materials, and TPU.

● Integrated post-processing ecosystem
By combining with dedicated post-processing equipment,
you can efficiently manage from printing → powder recovery → finishing.

Main Applications

• Functional Prototype
• Jig / Fixture
• Small-batch production parts
• Resin replacement for metal parts
• End-use parts requiring heat resistance, impact resistance, and high strength

Basic Specifications (Excerpt)

Compatible Materials (Examples)

• Nylon 12
• Nylon 11
• Nylon 11 CF (Carbon Fiber Reinforced)
• Nylon 12 GF
• TPU 90A

Benefits of Implementation

• Reduction of outsourcing costs and lead times
• In-house production from prototyping to mass production
• Improved responsiveness to design changes
• Improved productivity in manufacturing sites

Registration Date: April 29, 2026

Update Date: April 29, 2026