Introduction to Energy-Saving and Power-Saving Machining Centers (High-Efficiency Composite Processing Machines)

1-micron precision guarantee that has never been achieved before! Ultra-precision simultaneous 5-axis control vertical machining center.

- It guarantees a high positioning accuracy of ±0.001 mm across all axes and strokes. (The accuracy guarantee is based on a measurement method implemented under conditions of room temperature 20°C ±1°C and humidity 60% ±5%, using a foundation specified by Kitamura.) - With Kitamura's unique four-stage variable speed gear-driven spindle, it enables versatile cutting from heavy machining at low speeds (20 RPM) to high-speed cutting (20,000 RPM) and precision synchronized tapping. - Additionally, this gear-driven spindle has an energy-saving effect that can reduce electricity costs by about half for the same machining operation. Furthermore, it operates with low noise, minimizes heat generation, and is equipped with unparalleled advanced features. - It is equipped with a trunnion-type two-axis rotary table, achieving high-precision and complex shape machining through simultaneous five-axis control. ■ For more details, please contact us.

• Machining Center

From heavy cutting to high-speed, high-precision machining at the micron level.

High-precision positioning ±0.002mm/full length Adoption of twin ball screws and twin servo motors High-speed tool change in 1.0 seconds Simultaneous 4-axis control Concentrated chip processing High-efficiency spindle Our unique gear-driven spindle can reduce electricity costs by approximately half for the same machining process. Additionally, it produces less noise, minimizes heat generation, and is equipped with unparalleled advanced features.

• Machining Center

The culmination of 30 years of portal technology. The techniques of planers, plano-mirrors, and grinding, cultivated over many years, are consolidated here.

Positioning accuracy: ±0.002mm (full stroke for all axes) Repeatability: ±0.001mm (This value is based on conditions of room temperature 20 degrees ±1 degree and humidity 60% ±5%, with the foundation constructed according to Kitamura specifications, after warm-up operation, and based on the specified measurement method.) Our unique gear transmission spindle allows for a wide range of spindle rotation from heavy cutting at low speed (20 min-1) to high-speed cutting at high speed (up to 20000 min-1), enabling versatile machining including precision cyclic synchronous tapping. Additionally, the gear transmission achieves high output without using large motors, resulting in significant energy savings (it can reduce electricity costs by about half for the same cutting operations). Furthermore, it operates with low noise, minimizes heat generation, and is equipped with unparalleled advanced features. ■ For more details, please contact us.

• Other machine tools
• Machining Center

Cutting-edge technology, a large ultra-high precision machining center that leaves no room for others to follow.

- High precision: Positioning accuracy: ±0.002mm / Full stroke on all axes Repetition accuracy: ±0.001mm Roundness: Within 0.003mm (This value is based on conditions of room temperature 20 degrees ±1 degree and humidity 60% ±5%, constructed according to specifications set by Kitamura, after warm-up operation, and based on the specified measurement method.) - High rigidity spindle: The spindle is equipped with our unique precision gear automatic transmission mechanism, maximizing the use of the motor's peak output rotational range, ensuring there is no drop in output at high rotational speeds, as seen in direct drive or built-in types. The maximum output of the spindle motor can be utilized for cutting from low to high speeds. Additionally, this gear-driven spindle has an energy-saving effect that can reduce electricity costs by about half for the same cutting process. Furthermore, it operates with low noise, minimizes heat generation, and is packed with unparalleled latest features. - Industry-first "5-year warranty on sliding surfaces."

• Other machine tools
• Machining Center

From heavy cutting to high-speed and high-quality machining.

Adoption of twin ball screws and twin servo motors High-speed tool change in 1.5 seconds Simultaneous 4-axis control Concentrated chip processing High-efficiency spindle Our unique gear-driven spindle can reduce electricity costs by approximately half for the same machining process. Furthermore, it operates with low noise, minimizes heat generation, and is equipped with unparalleled advanced features.

• Machining Center

From heavy cutting to high-speed, high-quality machining.

Adoption of twin ball screws and twin servo motors High-speed tool change in 1.5 seconds Simultaneous 4-axis control Concentrated chip processing High-efficiency spindle Kitamura's unique gear-driven spindle can reduce electricity costs by approximately half for the same machining process. Furthermore, it operates with low noise, minimizes heat generation, and is packed with unparalleled advanced features. ■ For more details, please contact us.

• Machining Center

From heavy cutting to high-speed, high-quality machining - achieving processing of heavy objects up to 3 tons and a maximum error of within 2 microns simultaneously.

Capable of processing heavy objects up to 3 tons Equipped with a 4-speed gear-driven spindle Our unique gear-driven spindle has an energy-saving effect that can reduce electricity costs by about half for the same cutting process. Furthermore, it operates with low noise, minimizes heat generation, and is packed with unparalleled advanced features. High-speed tool change in 3.0 seconds Adoption of twin ball screws and twin servo motors Simultaneous 4-axis control Concentrated chip processing ■ For more details, please contact us.

• Machining Center

Simultaneously achieve processing of heavy objects up to 2 tons and high-speed, high-quality machining all with one machine.

Capable of processing heavy objects up to 2 tons Equipped with a 4-speed gear-driven spindle Our unique gear-driven spindle offers energy-saving effects that can reduce electricity costs by approximately half for the same cutting operations. Additionally, it operates with low noise, minimizes heat generation, and is packed with unparalleled advanced features. High-speed tool change in 3.0 seconds Adopts twin ball screws and twin servo motors Simultaneous 4-axis control Concentrated chip processing

• Machining Center

The glass pot lid has a hydrophilic heat-resistant coating, allowing you to check the cooking state without any fogging.

"Because it's an invisible place, we won't overlook it." Japan's climate is characterized by high temperatures and humidity, and particularly after typhoons and heavy rains, the conditions can be harsh for homes. It's not just the roofs and exterior walls that are affected by rain and wind. The area beneath the floor is actually the most susceptible and often overlooked point. This time, we will explain the "checkpoints for under the floor" that should be confirmed after a typhoon or heavy rain, the "responses" if abnormalities are found, and measures for preventing recurrence. [Table of Contents] ■ Why is underfloor checking necessary? ■ Checkpoints to confirm after a typhoon or heavy rain ■ Responses when damage is discovered ■ Points for preventing recurrence ■ Suggestions from Seihou Products ■ Summary Please be sure to read the [related materials] and [related links]. ↓ ↓ ↓

Explosion-proof motors available in stock We will deliver within 7 days to meet your delivery schedule. 【What is an explosion-proof motor?】 In factories and plants, flammable gases and vapors are present. When these mix with air and come into contact with an ignition source, an explosion or fire can occur. This motor is designed with measures to eliminate such ignition sources. 【Available stock models】 ■ Pressure-resistant explosion-proof motors, explosion-proof grade d2G4 - Foot-mounted type, output 0.4 to 3.7 kW, 4 poles - Flange type, output 0.4 to 0.75 kW, 4 poles ■ Increased safety explosion-proof motors, explosion-proof grade eG3 - Foot-mounted type, output 0.2 to 0.75 kW, 2 and 4 poles - Flange type, output 0.2 to 0.75 kW, 2 and 4 poles

As part of the "Hometown Ibara Future Creation Human Resource Development Project," we welcomed local elementary and middle school students to the special summer program "Ibara Job Exploration Tour 2025," a collaboration between the Ibara City Chamber of Commerce and the Corporate Branding Committee. We conducted a presentation that clearly and enjoyably introduced how our technology supports society, allowing the children to learn about the appeal of manufacturing and the significance of working while interacting with actual devices and products. Through this initiative, we hope to deepen our connection with the community and nurture the curiosity of the children who will carry the future. We sincerely thank everyone who participated, as well as all those involved in planning and organizing the event.

We will disclose the interim financial results for the fiscal period ending December 2025.