Datron Ag products
CNC Milling Machines
DATRON - Model M8Cube - CNC Milling Machines
High dynamics through optimized controls with a focus on acceleration and stiffness designed mechanical design. Very high tension power for small tools by using high-speed precision spindles with up to 60,000 1/min and services available from 0.6 kW to 4.0 kW. Rigid, low-vibration design of the machine for excellent surface quality when machining. High accuracy by high value linear guidance, Ball screws, HSK-E 25 tool holder (optional), and precision-crafted structure elements.
DATRON MXCube - CNC Milling Machines
The DATRON MXCube was especially developed for the execution of demanding HSC strategies and excels not only at removing high volumes of chips but also by achieving an excellent surface finish.
DATRON neo - CNC Milling Machines
DATRON neo was specifically designed and purpose-built to give you an easy access to high-speed milling. This Plug-and-Play system features DATRON next which gives you full control of 3-axis milling without requiring years of experience as a machinist. Ergonomic, frontal access to the work area allows for quick and safe setup of workpieces. With a Smartphone-like (touch screen) interface the command of fast and precise machining is literally at your fingertips. All of this and DATRON neo actually fits through a standard door!
Dispensing Systems
DATRON - Dispensing Systems
With the new generation of volumetric dispensing systems, DATRON sets exceptional standards in the field of industrial dispensing technology for small and medium-sized components. The heart of the dispensing system is formed by various, interchangeable dispensing heads that can be used to process a wide variety of sealants and adhesives. With the special DATRON accessories, such as module clamping technology or CAD/ CAM software, setup times are significantly reduced and productivity is significantly increased. Additional features such as automatic needle compensation or the XYZ sensor lead to high process reliability and reproducibility even with very critical components
