Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 27, 2026～Jun 23, 2026
This ranking is based on the number of page views on our site.
391～420 item / All 456 items
The SKS precision vise is made from SKS material and undergoes sub-zero treatment, resulting in a high-precision vise with minimal aging changes.
SKS precision vice with distortion prevention feature
The new design's clamping structure allows the jaw to be moved while the vice remains on the table.
It is a precision vise that adopts a patented new design and robust construction, capable of gripping workpieces very securely.
The new design's clamping structure allows the jaw to be moved while the vice remains on the table.
This is a precision vice that adopts a patented new design and robust construction, capable of gripping workpieces very securely.
High-precision precision vice using a hydraulic mechanism.
The precision hydraulic vice can increase the maximum clamping pressure up to 1,500 kg using a hydraulic mechanism.
High-precision precision vise made from Japanese-made tool steel SK material.
A precision vise that is tightened with a hex wrench. Since it has no handle, the handle does not get in the way during processing.
High-precision precision vise made from Japanese tool steel SK material.
A precision vise that is tightened with a hex wrench. Since it has no handle, the handle does not get in the way during processing.
High-precision precision vise made from Japanese tool steel SK material.
A precision vice that is tightened with a hex wrench. Since it has no handle, it won't get in the way during processing.
High-precision precision vise made from Japanese-made tool steel SK material.
A precision vise that is tightened with a hex wrench. Since it does not have a handle, it does not get in the way during processing.
High-precision precision vise made from Japanese-made tool steel SK material.
A precision vise that is tightened with a hex wrench. Since it does not have a handle, the handle does not get in the way during processing.
High-precision precision vise made using Japanese tool steel SK material.
A precision vise that is tightened with a hex wrench. Since it has no handle, the handle does not get in the way during processing.
High-precision precision vise made from Japanese tool steel SK material.
A precision vise that is tightened with a hex wrench. Since it has no handle, the handle does not get in the way during processing.
The SK precision vise is a high-precision precision vise made from Japanese tool steel SK material.
Since it is a type that tightens with a handle, you can easily attach and detach the workpiece.
The SK precision vise is a high-precision precision vise made from Japanese tool steel SK material.
Since it is a type that tightens with a handle, you can easily attach and detach the workpiece.
The SK precision vise is a high-precision vise made from Japanese tool steel SK material.
Since it is a type that tightens with a handle, it allows for easy attachment and detachment of the workpiece.
The SK precision vise is a high-precision precision vise made from Japanese tool steel SK material.
Since it is a type that tightens with a handle, you can easily attach and detach the workpiece.
The SK precision vise is a high-precision precision vise made from Japanese tool steel SK material.
Since it is a type that tightens with a handle, it allows for easy attachment and detachment of the workpiece.
The SK Precision Sign Vice is a high-precision sign vice made from Japanese tool steel SK material.
● Use gauge blocks to set accurate angles. ● Please obtain the necessary gauge blocks from the trigonometric table (gauge blocks are not included, so please prepare them separately).
We handle various types of vices, including ultra-precision vices with almost zero lift, stainless steel vices, sign vices, 2D vices, and 3D vices.
- The double wedge type ultra-precision vise is an ultra-precision vise that keeps the fixed jaw's tilt to 1μm. - The stainless steel vise is available in various sizes, from ultra-compact to large types. - The steel vise is available in various types, from low-cost SK material to high-durability SKS material. - We handle various types such as sign vises, 2D vises, and 3D vises. - Parallel specifications are also available. - Customization is also possible.
This specification includes five precision vises mounted on the pallet.
●The pallet material is high-strength tempered steel. It features high-precision grinding finish. ●It is suitable for high-precision cutting and tapping processing using NC/MC. ●It is possible to combine the pallet and vice to match the MC. ●Parallel specifications are also available for mounting a pallet changer.
The new floating function with a stroke of ±2mm enables not only centering for 5-axis machining but also clamping that follows the workpiece.
The new mechanism's floating function allows for clamping in accordance with the workpiece without distortion within a stroke range of ±2mm. Additionally, the patented segment structure contributes to high precision and stability, reducing play in the guide section to nearly zero. The MC-P series, an improved and evolved version of the 5-axis machining machine vice MC series, has successfully enhanced accuracy and rigidity through its new structure. The development of the MC-P leverages the expertise and achievements in challenging cutting required for aircraft parts, improving assembly precision by hardening and polishing all parts that make up the main body, and optimizing the spindle position to eliminate unnecessary moments. Furthermore, the external dimensions and jaws of the main body maintain the same size as the previous model for compatibility. In particular, the MC-P ZB, which incorporates a patented mechanism, enables solutions for clamping challenges with multiple vices and proposals for positioning clamps. 【Applications】 - Clamping for 5-axis machining workpieces - Precision positioning clamps - Automation-compatible clamps (hydraulic) - Clamping using multiple vices for long workpieces (ZB type)
Exhibited at JIMTOF2018! Easy to introduce & high retention power. Improved productivity and processing quality with two combinations.
The Zero Point Clamping System "SPEEDY Series" is a product that simultaneously achieves high-precision positioning and clamping. We offer a wide range of models, including hydraulic and 5-axis machining options. Additionally, the 5-axis machining machine vice "MC-P Series" is a product that boasts high rigidity and high precision with a compact design and sealed structure. It is available in both manual and hydraulic drive versions, with a maximum clamping force of 7.5 to 35 kN. The combination of these two products enables "one-touch setup," contributing to improved productivity and machining quality. 【We will be exhibiting at JIMTOF2018】 - Date: November 1 (Thursday) to November 6 (Tuesday), 9:00 AM to 5:00 PM - Venue: Tokyo Big Sight (Booth Number: WA042) *You can download the catalog for the above products from "PDF Download." If you have any questions, please feel free to contact us.
A super precision holding vice that can perfectly hold the workpiece against the reference surface of the vice body! Even those without experience can achieve ultra-precision holding – the world's best vice.
Our "Wooden Frame Vice" was developed with inspiration from the wooden frame structure of the Horyu-ji Temple corridor. By adjusting the height of the screw that presses the workpiece and tightening it while holding the workpiece with your fingers, you can easily achieve precise holding. Thanks to its high holding accuracy, it can be clamped with ease and high precision, which is why it has been adopted by ultra-precision machine manufacturers both domestically and internationally. 【Features】 ■ Increases yield with precise holding, contributing to further high precision ■ Even beginners can achieve ultra-precise holding, allowing for smooth workpiece changes ■ The spring structure is suitable for holding fragile materials (glass, ceramics, etc.) as well as soft materials like plastic and aluminum ■ Enables low distortion clamping ■ For nano mirror surface processing, the frame structure absorbs machining vibrations, enhancing surface accuracy *For more details, please download the PDF or feel free to contact us.
Contributing to uniform quality, speed-up, and low cost in cutting processing.
Tech Yasuda Co., Ltd. manufactures and sells its own brand of machine vises called "Flex Clamp," contributing significantly to the streamlining of machining processes. The company specializes in jig design that applies development, design, and improvement technologies, and is also strong in flexible machining of both large and small machine parts using FMS machines with its own brand of system jigs. It achieves high-quality, short delivery times, and low-cost cutting processes.
Excellent chip evacuation with an open design! Compact and slim yet highly rigid.
In the aerospace industry, there is a demand for the machining of complex-shaped parts to achieve weight reduction and high strength. Particularly for parts that require high precision machining, the stability of the workpiece during processing and the response to cutting resistance are crucial. Issues such as chip entanglement and insufficient rigidity of the vice can lead to decreased machining accuracy, shortened tool life, and even processing defects. Our i-TOOL vice addresses these challenges with Swiss-made high precision and rigidity, supporting our customers' advanced machining needs. 【Application Scenarios】 - Machining of complex shapes for aircraft parts - Precision machining of satellite components - Ensuring chip evacuation during processing - High rigidity machining in limited spaces 【Benefits of Implementation】 - Improved machining accuracy - Reduced setup time - Effective utilization of gripping area - Increased productivity
An open design with excellent chip discharge! Compact and slim yet highly rigid.
In the automotive industry, high-precision parts machining requires complex shapes and fine processing, making high accuracy and stable machining quality essential. Particularly in 5-axis machining, preventing tool interference while securely holding the workpiece is crucial for maintaining machining precision. Issues such as chip entrapment, loss of gripping allowance, and increased setup time can lead to decreased production efficiency and machining defects. Our i-TOOL vice has been developed to address these challenges and maximize the capabilities of 5-axis machining. 【Application Scenarios】 - 5-axis machining of complex-shaped parts - Manufacturing of automotive parts requiring high precision - Reduction of setup time and improvement of productivity 【Benefits of Implementation】 - Maintenance of machining precision through improved chip evacuation - Stable machining due to high rigidity in a compact design - Reduction of material loss through effective use of gripping allowance - Increased productivity through reduced setup time
An open design with excellent chip evacuation! Compact and slim yet highly rigid.
In the machining of multi-joint components by robots, there is a demand for accommodating complex shapes and achieving high precision finishes. In particular, the handling of chips during cutting and reliable gripping in limited spaces significantly impact machining quality and productivity. The i-TOOL vice addresses these challenges by providing excellent chip evacuation through an open design while achieving high rigidity in a compact form, thereby supporting precision machining by robots. 【Application Scenarios】 - Machining of complex shapes of multi-joint components - Reliable gripping within the limited range of motion of robot arms - Reduction of machining defects caused by chip entrapment 【Benefits of Implementation】 - Improvement in machining accuracy - Reduction in setup time - Increase in productivity
An open design with excellent chip evacuation! Compact and slim yet highly rigid.
In the optical equipment industry, particularly in lens polishing, high-precision processing is required. For achieving fine cutting and complex shapes, the chip evacuation during processing and the rigidity of the vice, which affects processing accuracy, are crucial. Chip entrapment can lead to processing defects, and insufficient rigidity may impact dimensional accuracy. Additionally, effectively utilizing limited gripping areas and reducing setup time are essential for improving productivity. The i-TOOL vice has been developed to address these challenges and maximize the capabilities of 5-axis machining. 【Application Scenes】 - Outer shape processing of lenses - Complex curved surface processing - Polishing of optical components requiring high precision 【Effects of Implementation】 - Reduction of processing defects due to improved chip evacuation - Stable high-precision processing due to high rigidity - Effective utilization of gripping areas and reduction of setup time
An open design with excellent chip evacuation! Compact and slim yet highly rigid.
In the field of research and development, particularly in prototype manufacturing, there are many situations that require diverse shapes and complex processing, leading to an increased use of 5-axis machining centers that enable high precision and flexible processing. However, challenges such as chips getting stuck in the vice, insufficient rigidity with compact vices, and wasting gripping areas can arise. These issues can potentially affect the quality and efficiency of prototype production. The i-TOOL vice addresses these concerns and supports improvements in the accuracy and efficiency of prototype manufacturing in research and development. 【Application Scenarios】 - Processing of complex-shaped prototypes - Production of prototypes using various materials - Development of small quantities of diverse prototypes 【Benefits of Implementation】 - Maintenance of processing accuracy by reducing chip entrapment - Stable processing due to high rigidity despite compact size - Reduction of material waste through effective use of gripping areas - Acceleration of development cycles by shortening setup times
Rust-resistant, magnetic stainless steel precision vise.
●Material: SUS440 ●Hardness: HRC48°～55° ●Parallelism: Within 0.003/100mm ●Perpendicularity: Within 0.003/100mm ●Size: A: 95mm B: 30mm C: 35mm D: 15mm E: 20mm F: 20mm G: 0-30mm H: 40mm I: M4mm L: 20mm ●Adopts a screw rod ●Ideal for securing small workpieces
Rust-resistant, magnetic stainless steel precision vise.
●Adopts a screw rod ●Ideal for securing small workpieces
