Mikron Mill S 400

The Mikron MILL P 800 U S series offers intelligent productivity to help tool and die makers meet their daily challenges. Rapid market developments and forward-looking innovations require tool and die manufacturers to adapt to change. GF Machining Solutions offers these manufacturers the Mikron MILL P 800 U S (5-axis simultaneous milling). The Mikron MILL P 800 U S is an extremely robust, stable and accurate machining center in machine gantry design with limitless automation possibilities. This five-axis milling solution is designed for high-performance milling. For best accuracy and surface finish through simultaneous machining, the machine has been equipped with water-cooled direct drives in the rotary and swivel axes. Thanks to its unique compact concept and modularity, the machine ensures precise machining applications in both single workpiece and fast, productive series production. Translated with DeepL

The Micron MILL E 500 U is an efficient 5-axis - milling machine built in a rigid and stable C construction made of cast iron. With their large-sized tracks and the double-based rotary table provides this machine superior piece part quality and optimum cutting performance for best efficiency. The series Micron MILL E U is the right solution for contract manufacturer and part manufacturers in markets such as automotive, energy/power generation and general engineering. The series Micron MILL E U is successor to the MICRON series HEM U. It offers an extended cutting capacity and better processing services on a more robust machine base. With the large swivel angle range of - 120° + 60 ° and the ability to harness heavy workpieces weighing up to 300 kg on the tilting rotary table, this machine allows the production of a wider range of part with a gr accessory tool selection than any other machine that is currently on the market. The machine is based on a rigid and stable C machine bed made of cast iron. This machine optimum machining performance and reliable processing operations allows their large-sized guides with the double-sided supported turntable. The series Micron MILL E U is the right solution for contract manufacturer and part manufacturers to meet a variety of needs in the automotive, energy/power generation and general engineering industries.

The Micron MILL E 700 U is an efficient 5-axis - milling machine built in a rigid and stable C construction made of cast iron. With their large-sized tracks and the double-based rotary table provides this machine superior piece part quality and optimum cutting performance for best efficiency. The series Micron MILL E U is the right solution for contract manufacturer and part manufacturers in markets such as automotive, energy/power generation and general engineering. The series Micron MILL E U is successor to the MICRON series HEM U. It offers an extended cutting capacity and better processing services on a more robust machine base. With the large swivel angle range of - 120° + 60 ° and the ability to harness heavy workpieces with a weight of up to 450 kg on the tilting rotary table, this machine allows the production of a wider range of part with a gr accessory tool selection than any other machine that is currently on the market. The machine is based on a rigid and stable C machine bed made of cast iron. This machine optimum machining performance and reliable processing operations allows their large-sized guides with the double-sided supported turntable. The series Micron MILL E U is the right solution for contract manufacturer and part manufacturers to meet a variety of needs in the automotive, energy/power generation and general engineering industries.

The MIKRON HPM 1150U is a flexible high-performance machining center, through its driving stand construction with clevis workpieces horizontally as well as vertically can edit. This allows the machining of large components with long tools. Coupled with high machining performance and reliable accuracy these machines offer a large and economic field. The MIKRON HPM machines are designed for the universal production of high-quality parts with 3, 4 or 5 axes. State of the art motor spindles, directly driven round and rotation axes and the stable machine body provide the best conditions to produce economically and precisely with modern tools.

The MIKRON HPM 1350U is a flexible high-performance machining center, through its driving stand construction with clevis workpieces horizontally as well as vertically can edit. This allows the machining of large components with long tools. Coupled with high machining performance and reliable accuracy these machines offer a large and economic field. Automated pallet changer with 3 x with two separate setup stations very long unmanned runtimes can be realized. The MIKRON HPM machines are designed for the universal production of high-quality parts with 3, 4 or 5 axes. State of the art motor spindles, directly driven round and rotation axes and the stable machine body provide the best conditions to produce economically and precisely with modern tools.

The MIKRON HPM 1850U is suitable for the machining of large components with high metal removal rates. The stable mass-optimized Z-slide consists of an innovative design with metal foam filling. Unusually good surfaces and editing speeds can be achieved for this size without compromising on stability. The 3-way automation completes the machine concept and ensures maximum productivity. The MIKRON HPM machines are designed for the universal production of high-quality parts with 3, 4 or 5 axes. State of the art motor spindles, directly driven round and rotation axes and the stable machine body provide the best conditions to produce economically and precisely with modern tools.

With the Mikron HSM 200(U) LP we have developed a completely new machine concept. The compact and powerful 3- or 5-axis milling machine combines concentrated power in the smallest space and was designed for highest precision and surface quality. The Mikron HSM 200(U) LP shows its strength in production environments where space and weight are critical. It is ideal for the production of high-precision components for tool and mould making, medical technology, microtechnology and the watch industry. Thus, workpieces up to 100 x 100 x 100 mm made of the most diverse materials can be processed quickly and precisely - whether they are made of metal, hard metal, non-ferrous metal, plastic, ceramics or graphite. The machine combines concentrated power in a minimum of space. Translated with DeepL

The Mikron MILL P series offers intelligent productivity and helps tool and die manufacturers meet their challenges. Rapid market developments and forward-looking innovations require tool and die manufacturers to adapt to change. GF Machining Solutions offers these manufacturers agility for the future with the Mikron MILL P series. This five-axis milling solution is designed for high-performance milling. For best accuracy and surface finish through simultaneous machining, the machine has been equipped with water-cooled direct drives in the rotary and swivel axes. These axes can be clamped to achieve even greater rigidity during roughing. Easy access to the workpiece is provided by the large door and the short distance to the work table. Thanks to its unique concept and modularity, the machine ensures precise milling both for individual parts and in fast, high-performance series production. Translated with DeepL

The new development of this series Micron mill S is a milestone in the high speed milling and precision machining enters a new era. Resolves the contradiction between dynamics and precision: you can mill extremely quickly and still very accurately with feeds from 61 m per minute and part tolerances of 5 µm. And this is due to a sophisticated cooling management including cooling of the machine body independent of temperature fluctuations in the environment. You are flexible in the choice of materials: graphite aluminium and steel to carbide, inconel and titanium can cut up all materials. The new Micron MILL S 400 series stands for high dynamic range and high precision - with reflective Surfaces.