North America | Global
North America | Global
Machining complex, detailed parts on large, heavy machining centers that were designed to manufacture a wide range of parts can be challenging.
VMCs use large cutting tools and have excessive size and weight that just isn’t needed for smaller tooling. In addition, traditional VMCs require expertise that can be difficult to find and costly to employ. But what if you could make parts faster and easier with a system that was specifically designed for machining complex parts? What if you could reduce your entire part-making workflow exponentially? And what if it was so easy to use, nearly anyone could run it?
Whether you’re looking to bring production in-house or complement your existing heavier VMCs, there’s an easier way to make those more detailed and difficult jobs. The DATRON M8Cube will help you optimize your machining workflow for complex parts by ensuring you can effortlessly set up jobs in minutes and reduce (or even eliminate) secondary operations.
Having this technology has been a huge leap for us as a company. I think the biggest advantage we’ve seen with the neo is the reliability of the machine. Our prototype time is down 50%. The DATRON neo is 20% faster in cycle time with far better detail and quality in the finished part.”
Nathan Dosmann – President, Dec-O-Art
Want to prototype in-house and get to market faster? With the neo, you can design, mill, test, revise, and repeat in a day vs. waiting weeks for outsourcing.
Do precision machining (micron tolerances) in aluminum and other materials with the DATRON neo. Produce high surface quality finishes in a fraction of the time compared to a conventional CNC. The neo is ideal in research and development environments or industries making small parts in both large and small production volumes, like the electronics and medical industries. Larger conventional CNC machines are heavy, messy, and complicated to operate. The neo is an ideal system for the non-machinist or a production environment when you do not need a multi-ton machine tool to manufacture small, precision metal parts.
Name | Detail |
---|---|
Travel | 520 x 420 x 220 mm (20" x 16.5" x 9") (XYZ) |
Spindle | 2kwatt liquid chilled spindle up to 40,000 RPM |
Feed | Up to 28 m/min (1,102 in/min) |
Tool Changer | 24 stations automatic tool changer |
Control System | DATRON next |
Working Area | 500 mm x 400 mm (19.5" x 16") |
Footprint | 805 x 1,290 x 1,880 mm (32" x 51" x 74") (W x D x H) |
Weight | approx. 700 kg (1,543 lbs.) |
Touch Screen | 23” touch screen offers a visual interface with the next software |
Camera | Optical camera in combination with touch screen visually finds parts |
Probe | Integrated 3D Renishaw Touch probe for precision part finding |
Coolant | Integrated high-pressure minimum quantity misting system |
Power | 230 volt single phase on a dedicated 20 amp circuit breaker |
Name | Detail |
---|---|
4th Axis | for machining cylindrical parts or multi-sided parts |
Vacuum Table Work Holding | for machining nested parts from flat thin sheet materials |
Clamping Systems | low profile mechanical and pneumatic vices with soft jaws |
Dust Extraction Head | for vacuuming and removal of dangerous or abrasive dust particles |
Remote Software Monitoring | check in on the status of your machine away from the shop |
Tool Life Management | tool breakage monitoring with automatic duplicate tool replacements |
Surface Profiling | measurement and mapping of 3D surfaces and compensation of variances |
Automation Integrations | 24 volt I/O connections for robots / cobots / pallet systems |
Our DATRON Experts Help Many Customers Bring Manufacturing In-House. Reach Out To Our Team To See Which Machine And Accessories Are The Right Fit For Your Parts.