ENAVISION 120

ENAVISION 120 METAL ADDITIVE MANUFACTURING MACHINE

Investing in the ENAVISION 120 additive manufacturing machine provides a fast, reliable, and cost-effective solution. With its compact design and a production volume of Ø120 mm x 80 mm, ENAVISION 120 seamlessly blends practical functionality with ergonomic design. Tailored for laboratories and office environments, the new design is the perfect solution for applications in dental, medical, universities, and research institutes.

The 3D printer utilizes the Laser Powder Bed Fusion (L-PBF) method. By processing metal powders using this technology, the result is parts with a density of over 99% and excellent mechanical properties, meeting industry standards. Users have the freedom to optimize machine parameters based on part geometry and specific production needs, allowing for complete control over the process. This flexibility ensures seamless adaptation to various material types, ensuring both versatility and performance in every use case.

Furthermore, the machine's advanced features ensure consistent and reliable results. Its precise layer-by-layer deposition technology guarantees the production of complex geometries and intricate details with minimal wastage of materials. This not only reduces production costs but also contributes to a more sustainable manufacturing process.

EASE OF INSTALLATION

ENAVISION 120 is user friendly. Training and commissioning is easy and extremely fast.

REMOTE SUPPORT

ENAVISION 120 complies with INDUSTRY 4.0. You can access your machines from anywhere and monitor your operations

COMPACT DESIGN

The machine has a compact design of 1200x900x1980 (mm: LxWxH). This makes it perfect for businesses with limited production space.

LESS NUMBER SERIAL PRODUCTION

With low gas and energy consumption, it is ideal for mass production with low cost per piece.

HIGH ROI

It will make you more competitive with low investment and operating cost. Due to the low initial investment, many companies are reasonably able to own with high ROI (Return On Investment).

EASE OF USE

ENAVISION 120 has an easy to understand and use software that allows you to use it right from the first installation.

CONTROL UNIT

The industrial control unit is thoughtfully designed with advanced engineering equipment and a sleek, user-friendly interface featuring a multi-touch screen, ensuring ease of use.

COOLING UNIT

Thanks to its compact design, the highly efficient cooling unit covers a minimum area. There are 2 separate outputs for laser source (resonator) unit and optical system.

POWDER RECOATING SYSTEM

It is the system carrying the metal powders within the powder feeding chamber to the production chamber at any layer thickness. Since it can be adjusted precisely, production will be moderately precise, too. You can also optimize your production speed with its adjustable speed

ERMAKSAN OWN LASER RESONATOR

ERMAKSAN offers high-efficiency single-mode fiber laser technology developed SLM and SLS technology to our customers.

ROBUST DYNAMIC CONTROL

• Advanced technology laser control and laser driver
• Input / output units designed at industrial standards
• Flexible design control on I/O
• Control and tracking over Modbus
• Closed circuit power control management
• Superior error detection algorithm
• Ultimately efficient laser driver
• Real time control

SCAN SYSTEM (F-Theta Lens)

The scan system is equipped with an F-Theta lens, making it ideal for additive manufacturing applications and renowned for its extended lifespan. It boasts a rapid positioning speed of up to 5.0 meters per second and is compatible with the ENAVISION 120 and 165 series 3D printers.

VACUUM CLEANER SYSTEM

This system combines a powder vacuum cleaner with a wet separator to effectively collect metal powder laden air into a liquid-filled collection tank. During this process, the metal powder mixes with both air and liquid. This system is particularly suitable for handling flammable and explosive powders and is mandatory when working with titanium and aluminum powders, ensuring safety and efficient powder recovery.

ANTI-STATIC EQUIPMENTS

According to the method determined for part production in additive manufacturing technology, the powder particle size used varies between 20 - 200 μm. The powder particle sizes are at micron levels, making it easier to mix the powders into the air. The use of protective equipment in order not to be affected by the powder in the air allows the operator to make a healthier and safer production.