Roland MODELA MDX-540/540s Milling machine

Introducing a major advancement in rapid prototyping
Create precision models and prototypes quickly and easily in your office environment using Roland SRP Technology
- Precision benchtop milling machine produces high-quality parts and models using Roland’s Subtractive Rapid Prototyping (SRP) technology
- Advanced S models utilizing higher accuracy ballscrews available for even greater precision
- Simple on-screen menus and operation panel make setup and production easier than ever
- Cutting area of 500 mm (X) x 400 mm (Y) x 155 mm (Z) (19.6 (X) x 15.7 (Y) x 6.1 (Z) in.) accommodates larger prototypes
- Advanced software optimizes your 3D CAD data for flawless molds and parts
- In-house milling shortens the design/development cycle and lowers product development costs
Unmatched quality and performance
The new MDX-540 features numerous upgrades including a more rugged body design, faster arithmetic processing, improved smoothing functions, a streamlined worktable and more. Nearly every part and feature have been upgraded for superior all-around performance. Curved and rounded surfaces are smoother than ever for flawless finishes every time. The MDX-540 features a combination of Digital AC Servo motors and Feed Forward Processing (DAC-FFP) commonly used in larger, more expensive NC machines. This advanced technology ensures optimum torque and speed throughout the production process for powerful, high-speed milling.
*Milling quality may vary depending on software resolution, materials used and other criteria.

User friendly operation


Powerful options for high production demands


Able to mill a wide variety of materials


* The MDX-540 cannot mill light metals with the rotary axis unit.
S models for precision application
S models offer high quality milling for snap-fit prototypes, smooth surface finishes and other advanced applications. S models feature precision ballscrews that achieve repeat accuracy up to ±0.02 mm (±0.0008 in.) and minimize cutting marks.
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Milling Overview
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