Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
This ranking is based on the number of page views on our site.
1231～1260 item / All 2776 items
A Φ100μm straight hole penetrates a 2mm thick workpiece! Take a look at the ultra-fine high-precision machining with an aspect ratio of 20 times.
Using a ultrashort pulse laser, we are processing a straight hole with an aspect ratio of 20 times in 2mm thick natural rubber.
Please take a look at the fine picosecond laser processing that distinguishes between shallow grooves, deep grooves, and cutting in three stages by changing the conditions.
Graphite, which has high heat resistance and also possesses lubricating and conductive properties, is widely used in applications ranging from engines and laptops to airplanes and food-related industries. This time, we used an ultra-short pulse laser on a 25μm thick graphite paper to perform cutting, engraving, and various groove processing. Please take a look at the fine picosecond laser processing that distinguishes three stages: shallow engraving, deep engraving, and cutting by changing the conditions!
We performed shallow engraving on the surface of a 150μm thick ultra-thin cover glass using a femtosecond laser.
On the WEB page, you can see that the edges of the recessed areas and the unprocessed areas, which were processed in circular and cross shapes, are cleanly finished without cracks or melting. Unlike conventional lasers, where light can pass through and processing cannot be achieved, or contact processing, where the workpiece may crack, this method avoids those issues.
![F. Zimmermann Company Aircraft Parts Machining Machine [FZH Series]](https://image.mono.ipros.com/public/product/image/573/2000485312/IPROS53326451368068151144.jpeg?w=280&h=280)
This is a simultaneous 6-axis machining center for machining large aluminum parts for aircraft and space rockets. It enables significant reductions in processing time and improvements in finishing accuracy.
- Achieves high rigidity with an innovative traveling column structure. - Significant reduction in processing time with simultaneous 6-axis machining using a compact simultaneous 3-axis milling head. - Comes standard with an original pallet changer that can exchange large pallets up to 4 meters in length in just 2 minutes. - Made in Germany by F. Zmmermann GmbH.
Ultrasonic fine processing machine that achieves high quality through the integration of ultrasonic vibration.
The ultrasonic machine is a processing device that combines a rotational motion of up to 8000 min⁻¹ with ultrasonic vibrations of 40,000 times per second, specifically designed for diamond tools. It has achieved precise and fine processing of high-hardness brittle materials such as ceramics, glass, and single crystal silicon, which were difficult to process conventionally. ● Compatible with high-hardness brittle materials Processing of high-hardness brittle materials and new materials such as glass, single crystals (silicon, sapphire, etc.), and cemented carbide is possible. ● Achieves high productivity It allows for extended tool life and significant reduction in processing time. ● Achieves high-quality processing With positioning accuracy of 0.004 mm and repeatability of ±0.001 mm, this high-precision machine integrates ultrasonic vibrations to ensure high quality. ● Quiet & Clean Processing at low rotational speeds generates no noise, and the processing coolant is used in low pressure and small amounts, preventing splatter and providing a comfortable working environment.
For processing hard and brittle materials or difficult-to-machine materials! Gakusho's ultrasonic technology will solve your problems.
At Gakusho Co., Ltd., we offer ultrasonic contract processing. When using an ultrasonic spindle at 40 kHz, it generates ultrasonic vibrations at a rate of 40,000 times per second (with an amplitude of 2μm to 6μm) along with rotational motion, making it suitable for processing hard and brittle materials as well as difficult-to-machine materials. By finely breaking down brittle materials during processing, we minimize damage to the workpiece and enable high-quality machining. Additionally, by reducing processing time and machining resistance, we extend the tool life, which leads to cost reduction. The use of ultrasonic machining allows for the creation of fine deep holes in hard and brittle materials and difficult-to-machine materials, which is challenging with other methods. 【Features】 - Improved quality by finely breaking down brittle materials during processing - Cost reduction through shortened processing time and reduced machining resistance - Achieving fine deep hole machining in hard and brittle materials and difficult-to-machine materials using ultrasonic machining *For more details, please refer to the PDF document or feel free to contact us.
Introducing how ultrasound brings about effects that enable precision and fine processing!
At Gakusho Co., Ltd., we perform precision and fine processing of high-hardness brittle materials such as ceramics, glass, sapphire, zirconia, and single crystal silicon, which are difficult to process using conventional methods, by utilizing ultrasonic processing technology. Ultrasound is used in various fields such as fish finders, radar, sensors, and cleaning. Here, we will introduce what ultrasound is, the effects it brings, and how it enables precision and fine processing. 【What are sound waves?】 Sound waves are "waves transmitted by vibrating objects to their surroundings." Sound waves are generated when a sound source vibrates. 【What is ultrasound?】 Generally, ultrasound refers to high-frequency sound waves that are outside the audible frequency range for humans. In specialized fields such as engineering, it is recognized as "sound waves not intended to be heard by the human ear" and "sound waves that can be applied to certain tasks." In other words, generating ultrasound means that high-frequency vibrations are produced, which can be applied to precision and fine processing.
![[Ultrasonic Processing Example] Sapphire](https://image.mono.ipros.com/public/product/image/bb6/2000419734/IPROS6173998406573188797.jpg?w=280&h=280)
Introducing examples of sapphire processing! We accommodate various processing with ultrasonic spindles.
We would like to introduce a case study of sapphire processing using a 40kHz ultrasonic spindle from Yake. The 40kHz ultrasonic spindle unit is capable of handling fine hole, groove, and shape processing. By using ultrasound, high-quality processing is possible, including angled hole processing and deeper hole processing than usual, even for sapphire. 【Processing Case (Excerpt)】 ■ Workpiece: Sapphire ■ Ultrasonic Frequency: 40kHz ■ Ultrasonic Amplitude: 2–4μm ■ Tool Used: Diamond Electroplated Tool ■ Tool Diameter: 0.5mm ■ Processing of φ0.5mm holes at 8 locations ■ Processing Time: Approximately 10 minutes per hole *For more details, please refer to the PDF document or feel free to contact us.
Many examples of processing sapphire glass, ceramics, and more are featured!
The document includes information about "ultrasonic processing." It provides an easy-to-understand explanation of ultrasonic processing along with illustrations, and introduces examples of processing using a "40kHz ultrasonic spindle," including photos of pore processing and deep hole processing of sapphire glass. Sapphire glass: Angled hole processing that can only be achieved through ultrasonic processing, and the ability to process multiple holes with a single tool. Zirconia: Capable of male and female thread processing. [Contents] ■ Ultrasonic spindle ■ Processing sample cases ■ Company overview
Electric processing device designed specifically for corning and threading operations.
An electric processing device designed specifically for corning and threading operations is available for tubes ranging from 1/4” to 1”. 【Specifications】 ■ Model: AEGCTM-2 110 volts AC, 1/2 horsepower single-phase motor ■ Dimensions: 1420mm (width) × 710mm (depth) × 510mm (height) ■ Weight: 160kg *For more details, please refer to the PDF document or feel free to contact us.
"Thinning" makes any rolled sheet thinner and smoother!
Various materials (roll sheets) are sandwiched between plain steel rolls and resin rolls, pressurized hydraulically to become uniformly thin and smooth, and then wound up.
We distribute the load for each tool processed in a single pass.
Engis's single-pass bore finishing technology provides bores with far superior fit compared to those finished with traditional honing. Traditional honing finishes utilize reciprocating tools that employ relatively quickly worn grinding stones, which need to expand and contract during each cycle. In contrast, the single-pass technology performs the operation on a series of extremely fine preset diamond tools, distributing the load across each tool during a single pass. This high-performance tool, combined with an extremely wear-resistant diamond coating, enables the single-pass process to achieve excellent bore sizes. 【Features】 ○ Provides bores with far superior fit compared to those finished with traditional honing. For more details, please contact us or download the catalog.
Realizing the mechanization of the fitting work! Grinding processing of hydraulic pumps.
Utilizing the experience and knowledge gained from years of developing wrapping techniques, we have developed the grinding device ED-380ISR "Tetra," which mechanizes the fitting process to polish the mating surfaces of the cylinder block and valve plate, the heart of the swash plate axial piston pump. Among these, we would like to introduce a case that achieved a high contact ratio. [Grinding Results] ■ Surface roughness < 0.1μm ■ 95% + Contact Ratio * The single-sided lap machine is suitable for processing seal surfaces, swash plates, and piston shoe flat surfaces. * For more details, please refer to the PDF document or feel free to contact us.
We also accommodate custom specifications tailored to your needs!
The "Unmanned Processing Machine" is one of our standard machines, a packaged standard versatile dedicated process machine. We also accommodate custom specifications tailored to your needs. 【Lineup】 ■ Secondary processing jig station "SVMU-1" ・Flexible combination of processing tools (deburring, trimming, etc.) ■ Number of robots: 1 to 4 (optional) *For more details, please refer to the PDF materials or feel free to contact us.
We also accommodate custom specifications tailored to your needs!
The "Composite Secondary Processing Machine" is one of our standard machines and is a packaged, standard, versatile dedicated process machine. We also accommodate custom specifications tailored to our customers' applications. 【Features】 ■ Automated unmanned process ■ Auto loading *For more details, please refer to the PDF materials or feel free to contact us.
We will introduce our company's technology, focusing on our new automatic robot path generation technology and the high-rigidity robotic processing machine developed for resin processing!
Our company utilizes technologies such as "unmanned resin molding lines," "patented three-dimensional contour machining," and "complete unmanned deburring and trimming" to support the reduction of labor and automation in manufacturing sites. Additionally, we are focusing on the development of new technologies, and at this exhibition, we will introduce the following two technologies: 1) Automatic Robot Path Generation Technology - Automatically determines machining positions from the cross-sectional shape of the workpiece and generates machining paths automatically (widely compatible with materials detectable by lasers. No CAD data required, no offline teaching required, no specialized knowledge required) ⇒ Reduces man-hours - Enables high-precision machining in conjunction with conventional "self-contouring machining technology." 2) High-Rigidity High-Precision Robot Machining Machine 'SVM-5' Can also be equipped with automatic path generation software. Through robot programming, high-precision machining of various shapes can be achieved. Fast processing of thick materials is possible, and we have a proven track record in CFRP machining. [Features] - Machining machine equipped with a robot developed for resin processing - Proven track record in CFRP machining - Achieves high rigidity and high precision - Fast processing of thick materials - Equipped with our contouring machining technology
Please take a look at the automatic processing machine that works in conjunction with UBE Machinery's molding machine, enabling the removal of products from the molding machine and processing while holding the products in mid-air.
We will be jointly exhibiting at the IPF Japan 2023 International Plastic Fair, held for the first time in six years, at the UBE Machinery booth. On the day of the event, you will be able to see our automatic processing machine in action, processing products alongside UBE Machinery's molding machines. 【Exhibition Content】 ◆ Demonstration of molding solutions using large injection molding machines. - A molding demonstration using 1050em3 with a focus on reducing CO2 emissions. - A demonstration of solutions for molding defects through post-processing with aerial trimming and secondary processing using two multi-axis robots. - Introduction of automation and labor-saving items such as traceability systems and remote operation systems as applications of the molding machines. We will showcase our automatic processing machine using two 6-axis articulated robots. One robot will directly remove products molded by UBE Machinery's equipment from the mold. Then, while holding the removed products in the air, the second robot will perform gate cutting and burr removal processing. This will be a valuable opportunity to see our equipment working in conjunction with the molding machine.
Solve the labor shortage with fully automatic processing machines! Achieve increased productivity with simple operation using just a touch panel and a start button!
The "FlexPunch Series" is an automatic busbar processing machine that enables cutting, drilling, tapping, and marking (engraving and printing) simply by setting the busbar. Processing operations can be easily performed without mistakes by just pressing a button. When inputting multiple processing data, the machine automatically calculates the processing order to minimize waste from a single busbar. (Optional: nesting function) 【Features】 ■ Solves labor shortages through automatic processing ■ Significantly improves production speed with high-speed processing and easy setup ■ Reduces material waste *For more details, please refer to the PDF document or feel free to contact us.
Intuitive operation for high-precision bending! Achieving detailed processing with automatic sensors.
The "EB 40 Professional E (and EB 25 Professional E)" is a busbar bending machine that displays processing material input procedures on a large monitor, allowing anyone to perform high-precision processing. By inputting 2D data, it automatically programs and adjusts the setting position of the copper bar. It achieves a clean finish at the bent areas without leaving any bending marks. 【Features】 ■ Easy operation allows anyone to perform bending processing ■ Achieves detailed processing ■ Efficient design *For more details, please refer to the PDF materials or feel free to contact us.
![Solving the labor shortage in manufacturing sites through automation [Busbar High-Speed Automatic Processing Machine]](https://image.mono.ipros.com/public/product/image/070/2000887487/IPROS55138014093347774804.png?w=280&h=280)
Solve labor shortages with automation! Achieve both high-speed, high-precision processing and cost reduction!
The busbar automatic processing machine "FlexPunch Series" allows for easy and mistake-free processing with just the push of a button. When inputting multiple processing data, it automatically calculates the processing order to minimize waste from a single busbar. The busbar bending machine "EB 40 Professional E" ensures that there are no bending marks left behind, resulting in a clean finish at the bent locations. <FlexPunch Series> ■ Solves the labor shortage problem through automatic processing ■ Significantly improves production speed with high-speed processing and easy setup ■ Minimizes material waste ■ Achieves cutting, hole drilling, tapping, and marking (engraving/printing) just by setting the busbar ■ Processing operation is as simple as pressing a button <EB 40 Professional E> ■ Allows anyone to perform bending processing with easy operation ■ Achieves precise processing ■ Efficient design ■ Displays processing material input procedures on a large monitor ■ Enables high-precision processing for anyone ■ Automatically programs and adjusts the setting position of copper bars through 2D data input *For more details, please refer to the PDF document or feel free to contact us.
By controlling the axis deviation as much as possible, accuracy is improved! Introducing fine and high-precision machining technology.
"Ultra-fine processing" enables more detailed and high-precision cutting operations. By controlling the spindle runout as much as possible through laser tool correction and linear table movement, accuracy is increased. We excel in fine processing, such as precise hole pitches and high aspect ratio convex shapes. Additionally, our company uses the ultra-precision micro-processing machine "NANO-21," which allows for automatic measurement of tool diameter and tool length using lasers. [Features] ■ Increased accuracy by controlling spindle runout as much as possible ■ Expertise in fine processing *For more details, please refer to the PDF document or feel free to contact us.
Mass production system with a total of 82 axes! Adopting independent control for each axis, capable of high-precision processing.
"Multi-axis router processing" can accommodate a wide variety of materials in plate processing, such as nameplates. It can process thicknesses of up to 15mm. We also accept high-precision cutting surfaces with fine roughness through high-speed rotation processing and the use of special tools. 【Features】 ■ Capable of processing up to 15mm thick ■ Accommodates a wide variety of materials ■ Total number of heads: 82 axes ■ Adopts independent control for each axis for high-precision processing *For more details, please refer to the PDF document or feel free to contact us.
A processing machine that allows anyone to operate easily! It performs accurate dimension measurements in 0.1mm increments.
The "GII-M Groove (Kumite) Processing Machine" simplifies data input through a dedicated microcontroller, making it easy for anyone to operate. Tasks performed once can be stored for up to 99 types for future use. Dimension measurement is conducted using a magnetic scale, allowing for accurate measurements in 0.1 mm increments. Additionally, the air-hydro system enables stable forward and backward movement of the cutting head. 【Features】 ■ Free cross-cut type (left and right arm swing) ■ Adopts a precise angle scale vernier with a diameter of 300 mm, allowing for settings in unit precision ■ Can be used for long periods without any change in accuracy ■ Provides stable movement and precise positioning with three-speed options: high, medium, and low ■ Stable forward and backward movement of the cutting head through the air-hydro system *For more details, please refer to the PDF document or feel free to contact us.
High-precision, automated finishing of joint grooves improves the quality and efficiency of door manufacturing.
In the architecture and woodworking industry, the beauty and strength of kumiko joinery greatly influence the value of products. In particular, dimensional accuracy is required, and even slight errors can compromise the overall quality of the product. Manual groove processing can be time-consuming and labor-intensive, and maintaining precision can be challenging. Our fully automatic kumiko material groove processing machine, NRPZ-370J, performs high-precision groove processing automatically, achieving improvements in quality and efficiency in frame processing production. 【Usage Scenarios】 - Production of woodworking that extensively uses kumiko joinery - When there is a desire to efficiently produce high-quality woodworking - When facing challenges with the precision of manual groove processing 【Benefits of Implementation】 - Improved product quality through high-precision groove processing - Reduction in work time and costs through automation - Assurance of stable quality that does not rely on skilled workers
High-frequency wood technology demonstrates its power.
Yamamoto Vinitar's high-frequency application technology, which boasts top-level status in the world, is also utilized in wood processing.
In the automotive industry, where high quality and high efficiency are required, radio wave heating using high frequency is being utilized. Here, we will introduce some of that technology.
The technology of radio wave heating using high frequency is widely used in the automotive industry. In the automotive sector, not only high quality and high efficiency are required, but also many other functions and performances are demanded from the equipment. This time, to meet those demands, we would like to introduce some of the technologies incorporated into our equipment. This technology is also applied outside the automotive industry, so feel free to consult us from various industries. [Published Information] - Achieves the same finish regardless of who uses it: "Automatic Tuning System" - Protects important molds from sparks - Capable of controlling pressure and thickness regulations with high precision - Improves stability through mold temperature management - Capable of supporting "Traceability"
In the bag industry, radio frequency heating using high frequency is being utilized. Here, we would like to introduce some aspects of that technology.
The technology of radio frequency heating using high frequency is widely used in the bag industry. High frequency radio wave heating is a technique that allows for welding at the molecular level without directly adding heat to the material. Even if the fabric surface is printed or has complex patterns processed on it, welding can be achieved without heating the surface, thus preserving the texture of the surface. Additionally, since cooling can be done without opening the material after heating, there is minimal shrinkage of the fabric, allowing for the difficult process of marking to be performed. Characteristics of high frequency processing: 1. The desired processing can be easily achieved by simply changing the mold. 2. There is no wasted time as the cooling process can be initiated immediately after the heating process. 3. Heating can be done while preserving the texture of the product surface.
An ATY yarn manufacturing machine that can reduce quality variation in the twist interval. Condition input can be selected from either touch panel or PC method!
The "AT-501B" is a machine that produces yarn known as ATY by feeding long fibers (POY, FDY) such as nylon and polyester into an air mixing nozzle using feed rollers set to any desired speed, and utilizing the turbulence created by compressed air inside the nozzle to entangle or mix the fed yarn. 【Features】 ■ Equipped with two feed rollers, it produces ATY by feeding FDY of nylon and polyester into the nozzle with any overfeed. ■ A second heater is used to adjust the size of the ATY loops and their elongation. ■ All processing condition settings are done via PLC, with condition input selectable from either a touch panel or PC method. ■ The right and left sides of the machine can produce under different conditions. ■ Adopting a line shaft drive system reduces quality variation between bobbins. ■ The winding size is 8 inches (200mm). * An option for 10 inches (250mm) is also available. ■ The minimum number of bobbins is 24, with the possibility of increasing the number of bobbins by 24 (one block). * The maximum number of bobbins is 216. * For more details, please request documentation or view the PDF data available for download. * Factory tours are also possible.
Equipped with two feed rollers! The processing conditions are all set via PLC in the ATY yarn manufacturing machine!
The AT-501C2F is a machine that produces yarn known as ATY by feeding long fibers (POY, FDY) such as nylon and polyester into an air mixing nozzle using feed rollers set to an arbitrary speed. It utilizes the turbulence generated by compressed air inside the nozzle to entangle or mix the fed yarn. 【Features】 - Equipped with two feed rollers - Produces ATY by feeding FDY such as nylon and polyester into the nozzle with arbitrary overfeed - All processing condition settings are done via PLC - Condition input can be selected from touch panel or PC method - The R side and L side of the machine can produce under different conditions, and the line shaft drive system helps reduce quality variation between bobbins - Winding size is 8 inches (200mm) *Optional 10 inches (250mm) is also available - The minimum number of bobbins is 24, with the possibility of increasing by 24 bobbins (1 block) at a time *The maximum number of bobbins is 216. *For more details, please request documentation or view the PDF data available for download. *Factory tours are also possible.
ATY yarn manufacturing machine equipped with 5 feed rollers and a hot pin heater.
The AT-501C2F is a machine that feeds long fibers such as nylon and polyester (POY, FDY) into an air mixing nozzle using feed rollers set to an arbitrary speed, utilizing the turbulence created by compressed air inside to entangle or mix the fed yarn, thereby producing a yarn known as ATY. 【Features】 ■ Equipped with 5 feed rollers and a hot pin heater ■ Produces ATY using POY and FDY of synthetic long fibers such as nylon and polyester ■ Capable of producing T&T using a hot pin heater and a 1st heater ■ Can produce yarn with different shrinkage characteristics using the 1st heater ■ The 2nd heater allows for adjustment of the elongation and loop size of the ATY ■ All processing condition settings are done via PLC ■ Condition input can be selected from either a touch panel or PC method ■ The R side and L side of the machine can produce under different conditions, and by adopting a line shaft drive system, it reduces quality variation between weights ■ Winding size is 8 inches (200mm) * For details, please request materials or view the PDF data from the download. * Factory tours are also available.
