Asiga Max X (UV)
£9,800.00 (incl. VAT)
Enhance your dental, jewellery masters, and miniature 3D prints to new heights with the Asiga Max X 3D Printer. Crafted to offer unmatched clarity, the Asiga Max X ensures every layer is formed under a closely monitored process delivering exceptional consistency and performance. Experience precision redefined with the Asiga Max X – Asiga’s highest resolution printer. Choose from 3 models (specification can be found below).
Estimated Lead Time: 10 days
Asiga Max X (UV)
Key Features
- Active Layer Monitoring – Asiga’s pioneering Smart Positioning System achieves precise layer thickness control of each and every layer, ensuring optimal print accuracy and speed.
- DLP Micromirror Technology – Achieve the highest standard of reliability with the broadest wavelength capability of any imaging technology.
- Auto-Calibrating UV LED – Combining the latest generation of high-power ultraviolet solid-state light sources with an integrated radiometer ensures years of consistent printing performance. 385nm LED as standard.
Applications
- Dentistry
- Hearing
- Jewellery
- Manufacturing
- Miniatures
- Medical
What's Included?
- Max X Printer
- Calibration Toolkit
- Asiga material of your choice and build tray
- Asiga Flash curing chamber
- Composer software
3D Print Precision with 385nm UV LEDs
The Asiga Max X’s 385nm UV LEDs accelerate material curing to achieve super-fine detailing and the ability to process water-clear materials. For all industries Asiga recommend 385nm LED’s.
Printer Specification
X35 (67.2 × 37.8 × 75mm)
X43 (82.3 × 46.4 × 75mm)
X35 (35µm)
X43 (43µm)
Powerful Build Preparation Software
Intuitive Printer Interface Design
Blending a mixture of industry proven technologies with simple and intuitive day-to-day printer operability for seamless integration into your business.
On-Board Heater
“Our MAX X system continues to provide our research facility with exceptionally precise pixel placement and layer repeatability, essential for manufacturing the ultra-fine and complex microfluidic geometries we create.” - Luis Fernando Velasquez-Garcia,
Massachusetts Institute of Technology (MIT).
Add a review
Reviews
There are no reviews yet.