The imes-icore Industrial range cnc milling machines leaves no wish unanswered. We align the design of the cnc milling machines with the needs and tasks of the customer, to cater for our customers' applications. Produced for use in tough everyday industrial use, the  cnc milling machines  in the Industrial range are tailored to the diverse demands of the industry. Travel ranges from 400x200 mm to 3000x4000 mm or a clearance height of up to 1000 mm are possible as standard (further sizes on inquiry). Be it 4, 5 or 7 axes, the possibilities are vast. The modular design of the milling machines means they can be expanded and extended. Remain competitive for the future!  In use here are low-wear linear guides for example, which are optionally mounted on granite. High-precision AC servo motors or linear motors and software tailored to the cncn milling machine and accessories, such as rotating/swivelling axes or vacuum tables. The milling systems and their components are fabricated and produced in Germany to the greatest depth of manufacturing.

Unique systems such as the economical  i-las diode laser  enable the engraving of plastics and foams. The  i-las PLATINUM  laser is based on the imes-icore PLATINUM concept. The highest quality materials are used here, in order to achieve maximum accuracy. With a fibre laser up to 1000 Watt, the i-las PLATINUM also enables the cutting of metals in larger thicknesses.

The HSC-Premium cnc milling machine range is setting new benchmarks when it comes to flexibility, precision and efficiency. The Premium range  cnc milling machines  have been expressly designed for high-precision CNC tasks. The specially produced granite substructures serve as a base for the highly dynamic linear drives, meaning that Premium cnc milling machines enable time-saving production with exceptional quality. The unique cnc machine concept impresses in this range with economical perfection. Customers of the Premium cnc milling machine range originate from graphite processing, medical engineering, microprocessing and precise mould construction.

The imes-icore Industrial range cnc milling machines leaves no wish unanswered. We align the design of the cnc milling machines with the needs and tasks of the customer, to cater for our customers' applications. Produced for use in tough everyday industrial use, the  cnc milling machines  in the Industrial range are tailored to the diverse demands of the industry. Travel ranges from 400x200 mm to 3000x4000 mm or a clearance height of up to 1000 mm are possible as standard (further sizes on inquiry). Be it 4, 5 or 7 axes, the possibilities are vast. The modular design of the milling machines means they can be expanded and extended. Remain competitive for the future!  In use here are low-wear linear guides for example, which are optionally mounted on granite. High-precision AC servo motors or linear motors and software tailored to the cncn milling machine and accessories, such as rotating/swivelling axes or vacuum tables. The milling systems and their components are fabricated and produced in Germany to the greatest depth of manufacturing.

Unique systems such as the economical  i-las diode laser  enable the engraving of plastics and foams. The  i-las PLATINUM  laser is based on the imes-icore PLATINUM concept. The highest quality materials are used here, in order to achieve maximum accuracy. With a fibre laser up to 1000 Watt, the i-las PLATINUM also enables the cutting of metals in larger thicknesses.

The HSC-Premium cnc milling machine range is setting new benchmarks when it comes to flexibility, precision and efficiency. The Premium range  cnc milling machines  have been expressly designed for high-precision CNC tasks. The specially produced granite substructures serve as a base for the highly dynamic linear drives, meaning that Premium cnc milling machines enable time-saving production with exceptional quality. The unique cnc machine concept impresses in this range with economical perfection. Customers of the Premium cnc milling machine range originate from graphite processing, medical engineering, microprocessing and precise mould construction.