HORKOS CORPORATION is well experienced japanese CNC manufacture from Fukuyama, Japan. Established in 1940, Horkos specialized on machine tools and related peripherial equipment. Since its begginings, Horkos has specialized in machine tools and parts manufacturing, expanding to drilling machines and automated machine tools.
- N Series "No Bed" design: Horkos CNC design focuses on the "No Bed" concept. This new feature ("No Bed") is the core design of both horizontal and vertical N series tool machines. A new table unit design provides high precision and rigidity while presenting a very narrow space design which optimizes space usage productivity.
- Horizontal Machining Centers: Horkos TM and DM line of horizontal machining centers provide the same space-saving design features, plus the adoption of a twin colum structure achiving faster acceleration while maintaining high rigidity, and the Direct Change type which allows direct tool change from the spindle, elminiating extra mechanization and improving performance efficiency.
The Horkos D Series Machining Centers are highly flexible variable volume, production table fed (APC - Automatic Pallet Changer), horizontal machining centers for high performance production. The production table allows to load several workpieces at the same time, even with diferent configurations, so you may have a single machine with a composite of work products, and with a 60 tool magazine, you won't need a secondary process. Ideal for big format pieces like engine block covers. Includes iMQL system for internal lubrication.
Horkos T Series are machining centers with a twin column structure for mass production lines. Adopting a double-column structure achieves energy saving, high stiffness and faster acceleration / deceleration. High efficiency, compact design for simple maintenance and a compact design with a low-loading height ideal for automated processes.
The HORKOS "No Bed" N-Series is a innovative new CNC design that minimizes the effect of thermal deflection while still offering high rigidity for excellent machining accuracy, yet maintaining a small with profile since all its axis are closely positioned and separated from the working area, also reducing the effects of the coolant and chips on the mechanism.