CNC Milling Machines from ABEL Technologies
THE MPS SERIES
Rethinking Technology!
Abel Technologies develops CNC milling machines designed for precision and efficiency across a range of machining applications. They feature straightforward controls, robust construction and a variety of configurable settings.
Mini CNC milling machine for industry, education and businesses.
Mini CNC mill for industry, education, businesses and other sectors. The milling machine is designed for prototypes and small production batches. It combines key features for practical CNC machining.
SMALL & COMPACT
Small and compact CNC milling machine:
Engineering by Abel Technologies
Limited door widths or ceiling heights can make installing a CNC milling machine challenging. The MPS-3m was designed with compact installation dimensions in mind.
The compact MPS-3m CNC milling machine is designed to fit through a door with a clear width of 100 cm, subject to the actual transport and site conditions. Its compact design offers an option for workshops with restricted space, while supporting dynamic and precise milling operations.
CNC milling with a compact footprint:
Our CNC milling machines combine a compact footprint with modern machining capabilities, making them an option for a range of production environments.
LOW EMISSIONS & EFFICIENCY
Reduced moving masses and appropriately designed drive systems can contribute to efficient, dynamic machine operation. Lower mechanical loads may also reduce wear and maintenance requirements, with potential benefits for energy consumption and operating costs over the machine’s service life.
Efficiency does not necessarily mean sacrificing performance. Lower moving masses can support high acceleration and responsive axis motion. This approach combines machining performance with a resource-conscious machine concept.
.jpg)
DRIVE SYSTEMS
Configured for the Intended Application
Depending on the model variant, different drive and motion systems are used. These include conventional servo-driven axis systems as well as highly dynamic linear drive solutions.
Der massive Maschinenkörper aus mineralischen Werkstoffen bildet die stabile Basis unserer Maschinen.
Seine hohe Masse und hervorragenden Dämpfungseigenschaften reduzieren Schwingungen wirkungsvoll, während die hohe thermische Stabilität konstante Bedingungen unterstützt – für ruhige Bearbeitungsprozesse, hohe Präzision und reproduzierbare Ergebnisse.
Stable Base Made of Mineral Materials
Conventional Ball Screw Drive or High-Dynamic Linear Motors
While servo drives and ball screws offer a versatile, cost-conscious solution, linear drive systems enable high dynamics, low-wear movement and direct force transmission.
The choice of drive system always depends on the requirements of the specific manufacturing process.
Our compact tool magazine combines a small space requirement with flexible tool storage. Depending on the tool interface, it can be configured with up to 80 tool positions.
By separating the magazine from the machining area, it is better protected from chips and coolant while supporting a compact machine design.
Ultra-Compact Tool Magazine
Different machining tasks call for different spindle configurations. We therefore offer a selection of speed and power ranges and tool interfaces to suit the application.
Water cooling helps maintain consistent thermal conditions, supporting stable machining processes and repeatable results.
Spindle technology for every process
Our CNC control processes standard DIN G-code, while programming is preferably carried out in capable CAM software.
This moves program creation from the machine to a flexible digital environment, supporting complex machining strategies, simulation and efficient process preparation.
Flexible Programming with CAM
Different machining tasks call for different spindle configurations. We therefore offer a range of spindle speeds, power ratings and tool interfaces to suit the intended application.
A high-performance water-cooling system helps maintain stable thermal conditions, supporting process stability and repeatable machining results.
Applications
