Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
106～120 item / All 847 items
Simultaneous 5-axis engineering integration allows for a reduction in cycle time.
It is a high-precision processing machine designed for easy operation by the operator. It is equipped with high reliability, performance, and modularity, and features a high-tech device that allows for clear processes and fast switching between operations.
Two new 5-axis machining machines have been introduced to strengthen contract processing of prototype parts! Introduction of the Machining Technology Center.
In the spring of 2007, we established a processing technology center to focus on "machining centered around simultaneous 5-axis processing." Utilizing our expertise in NC data creation, we began creating high-value-added data using 5-axis control CAM. We have introduced advanced 5-axis machining centers and are committed to developing methods that maximize the characteristics of 5-axis processing. We will continue to refine cutting-edge 5-axis processing technology for shapes where the required precision (functionality) cannot be met by 3-axis processing. 【Newly Introduced Models】 ■ HERMLE C42U-MT ■ Mazak INTEGREX i200s *For more details, please refer to the PDF document or feel free to contact us.
Introduction of a simultaneous 5-axis machining center that flexibly responds to diverse work needs.
DMG MORI DMU 60 mono BLOCK In addition to the conventional processing on the three axes of vertical, horizontal, and height, this is a "5-axis machining center" that adds two axes for rotational movement. It enables the processing of more complex shapes. This is a 5-axis controlled machining center for work processing in various fields such as aerospace, energy, medical parts, and automotive. Its innovative structure has made it possible to achieve various benefits, including improved safety, enhanced dynamic performance, improved accuracy and surface quality, and reduced footprint. We provide fundamental solutions that enable economical and modern processing for applications requiring versatility, as well as for the production of diverse jigs and molds, including 3 to 5-axis machining and simultaneous 5-face/5-axis processing.
Reproducing all shapes to the utmost! Machining processing with 5-axis machining.
○5-Axis Machining We perform complex cutting processes using a 5-axis machining center. We also have dedicated machines for graphite, enabling the processing of complex-shaped electrodes and products. ○Quality Assurance By obtaining JISQ9100 certification, we are advancing our efforts to maintain quality and manage delivery times, providing peace of mind to our customers. Additionally, we have received various certifications from major aircraft engine manufacturers, including GE special process certification, and we conduct regular calibration of our machines, measuring devices, and measurement equipment, ensuring their maintenance and management. 【Features】 ＜5-Axis Machining＞ ○ Multi-surface machining with a single chuck is possible, allowing access to areas that cannot be reached with fixtures and reproducing stable machining conditions. ○ Basically, any workpiece is acceptable. → We also have graphite machining equipment available. ＜Quality Assurance＞ ○ 3D Measuring Instruments → Capable of image processing, contour measurement, and wing shape measurement. ○ Measuring Microscope → Can measure up to 500 times magnification. ○ Large Projector (capable of image processing) → Can measure up to 500 mm in outer diameter. For more details, please contact us or download the catalog.
Simultaneous 5-axis control machining center. Suitable for mass production of small machined parts!
Mass production processing of small machined parts compatible with simultaneous 5-axis control bedless machining centers.
Machining Center NS70
A new structure and next-generation machining center that combines the features of horizontal and vertical types. 【Features】 ○ New concept: Bedless design that eliminates thermal displacement - The proximity of the XYZ axis guides and spindle results in a short and highly rigid power transmission path between the spindle and the fixture. - The positional relationship between the fixture and spindle remains unchanged. - The machining unit and fixture base minimize the impact of coolant and chips. ○ The short distance from the machining position to each slide component reduces the force loop, optimizing power transmission for high-efficiency machining. ○ All maintenance equipment is positioned at the front and rear of the machine, eliminating the need for maintenance from both sides. ○ Contributes to zero dead space. ● For other functions and details, please download the catalog.
Table field type horizontal machining center that accommodates various production forms.
The ATC device (Automatic Tool Changer) has a maximum tool diameter (when no adjacent tools are present) of φ200mm for the DM70H and φ250mm for the DM100H. The maximum tool length is as follows: - For DM70H with a Z stroke of 650mm, it is 495mm (BT40) and 560mm (HSK-A63, KM6350) (Note: interference checks with fixtures, etc., are necessary). - For DM70H with a Z stroke of 1,000mm, it is 595mm (BT40) and 660mm (HSK-A63, KM6350). - For DM100H, it is 520mm (BT50) and 660mm (HSK-A100, KM10080). The ATC device supports tool change override. For more details, please download the catalog.
A representative model of Hokos boasting high reliability backed by numerous achievements.
The horizontal machining center "RM H Series" is a representative model of Hokos, boasting high reliability backed by numerous achievements. By adopting a ram feed, it achieves extreme weight reduction of the machine's moving parts, resulting in energy savings and high productivity. The recovery and reuse of air for driving the vertical axis balance cylinders reduces air consumption to "0." For more details, please download the catalog.
Aggregation of engineering is possible! Contributes to space-saving!
The "NS70 version L" is a newly developed space-saving, multi-processing machining center. By adding turning functionality to the bedless machining center "NS70," process integration has become possible. By placing all maintenance equipment on the front and back sides of the machine, maintenance from both sides is no longer necessary, contributing to space-saving. 【Features】 ■ Added machining functionality ■ Process integration possible ■ No maintenance required ■ Space-saving ■ High precision and high rigidity structure *For more details, please refer to the catalog or feel free to contact us.
It has evolved into a high cost-performance multi-machine for processing in all industries.
Significant Improvement in Productivity - Substantial reduction in non-cutting time with class-leading feed rates Rapid feed rates: X-axis 48m/min, Y-axis and Z-axis 32m/min - High-speed, powerful machining achieved with No. 50 spindle Maximum spindle speed: 7,000 min-1, spindle motor output: 26kW - Required installation area is at the minimum level compared to similar machines from other companies Installation space: 19.7 square meters (X-axis length 5.8m, Y-axis length 3.4m) ECO Operation - Significant reduction in oil usage Realized hydraulic unit-less design by adopting energy-saving, low-noise electric power units Lubrication requires only the replacement of a dedicated grease cartridge - Air consumption reduced to 40% of conventional machines (160L/min) ◆ Product details page https://www.nidec.com/jp/machine-tool/products/B700/M102/S103/NMTJ-mvbx2/
Achieving a "zero" dimensional difference in the processed surface boundary.
It is a high-speed cutting machine for precision molds, electrodes, and high-precision parts for IT, optics, medical devices, semiconductor devices, etc. In addition to its basic performance that maintains high precision for extended periods, the flexible automation-compatible layout concept enables effective utilization of floor space and automation equipment. In response to changes in the lowest point position of the tool, which directly affects machining accuracy, images of the rotating tool captured by LED lighting and a high-resolution CCD camera are digitally processed to automatically determine the stability of the lowest point position of the tool after thermal displacement has converged, allowing for tool length correction to be executed. 【Features】 - Our proprietary imaging-based tool measurement system - Achieves precision that cannot be reached through correction - Balances fine high precision with high efficiency - Ensures long-term high surface quality machining - Pursues 5-axis precision equivalent to that of a 3-axis machine -High-precision gantry machining center LH250- Movement (X × Y × Z axes) 2,500 × 1,000 × 600mm Maximum spindle speed 20,000 min-1 ◆ For product details, click here https://www.nidec.com/jp/machine-tool/products/B700/M101/S100/NMTJ-precision_machine/
We can handle up to 2 meters! Leave large plate processing to us.
We would like to introduce our "machining using large machining centers." We have introduced a large machining center that can handle processing up to 1,000 x 2,000. Of course, we also accept orders starting from just one piece. If you have any issues with cutting processing, please feel free to contact us. 【Features】 ■ Introduction of a large machining center ■ Capable of processing up to 1,000 x 2,000 ■ Accepting orders from one piece *For more details, please download the PDF or feel free to contact us.
High Rigidity ATC Type
It is a mass production processing line type, column feed type.
A development mindset that meets the strict hiring criteria for production technology staff.
The CNC #30 vertical machining center with high rigidity and ATC TYPE features an X-axis stroke of 500mm and a machine width of 1150mm, allowing for a very compact space and the possibility of a tight layout with two machines. The gantry column feed design provides a machining area that is resistant to oil, water, cutting chips, and dust, completely separating the machining area from the mechanical area. The structure is arranged above and behind the machining table surface in a zone defense manner. For more details, please contact us or refer to the catalog.
