Advanced high vacuum treatment for AM
Distortion is one of the main problems in AM process. Proper heat treatment is an obligatory step for high-quality products. High vacuum provides reliable heat treatment conditions in every process.
Heaters and thermal screens material vary depending on the maximum temperature option:
For both temperature options there are two hot zone sizes available:
In all setups vacuum down to 10-2 mbar is reached with the preliminary pump. Then, the high-vacuum pump takes over to reach a vacuum of 2×10−7 mbar (with a turbomolecular pump) or 3×10−9 mbar (with an ionization pump).
FREEDOM IN METAL AM
DEVELOPMENT & PRODUCTION
Core benefits & features
Compact yet powerful, this furnace combines precision engineering with advanced capabilities to meet diverse research needs. Its versatility and compact design make it an ideal choice for university laboratories.
Laboratory-size device
Total dimensions of 1200 × 800 mm with a cylindrical working chamber. Hot zone dimensions range from 120–200 mm in diameter and 100–200 mm in height.
Maximum temperature
Depending on specific needs, two options are available: up to 1200 °C (ideal for titanium heat treatment in LPBF, brazing) or up to 1600 °C (sintering of refractory metals).
High vacuum
The furnace is adaptable with diffusion, turbomolecular, or ion vacuum pumps to provide a maximum vacuum ranging from 3×10−5 to 3×10−9 mbar.
High-pressure gas quenching
This option offers unprecedented part cleanliness, faster furnace cooling, and less overall dimensional change. Common quench gases include nitrogen, argon, and helium.
Data collection
The unit collects and stores all processing data necessary for validating parts for medical and aerospace applications and scientific research.
Various applications
The furnace is ideal for the heat treatment of LPBF-titanium, brazing, sintering, or other scientific and R&D projects.
STRONG FOUNDATION OF OUR SOLUTIONS
Strong Patents Behind AMAZEMET’s Technology
Our solutions, including the groundbreaking rePOWDER ultrasonic atomizer, are based on patented technology, which protects their uniqueness and reliability. Our portfolio of over 12 patents worldwide, continues to solidify our position at the forefront of technology. By securing intellectual property, we provide our clients with innovative and trusted technologies that drive progress in industries such as additive manufacturing, powder metallurgy, recycling and more.
OUR CUSTOMERS
Trusted by Innovators Worldwide
AMAZEMET is proud to collaborate with a diverse range of clients who trust our cutting-edge solutions to advance their projects. Explore some of our key partnerships with industry leaders and innovators driving progress in additive manufacturing and materials science.
Freemelt ONE & AMAZEMET’s rePOWDER Ultrasonic Atomizer
Colibrium Additive at Formnext 2024 | Jose Greses Exclusively For AMAZEMET
TU Darmstadt & AMAZEMET Magnetocalorics Research
AMAZEMET & f3nice | Matteo Vanazzi | Sustainable Innovation with rePOWDER
COLLABORATION
OUR SCIENTIFIC PARTNERS
Our collaborations drive innovation and push the boundaries of materials science. Meet AMAZEMET’s trusted academic partners who play a key role in advancing our research and technological developments. Together, we shape the future of additive manufacturing and beyond.
