Last Updated： Aggregation Period:Oct 14, 2026～Nov 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 14, 2026～Nov 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 14, 2026～Nov 10, 2026
This ranking is based on the number of page views on our site.
361～390 item / All 447 items
We handle stainless steel precision vises, wire cut clamps, wire cut vises, and more for discharge machining!
We have a wide range of products available.
This is a rotating inclined vise for light work.
It can rotate 360° and tilt at an angle of 60°.
Ideal for clamping round bars and thin materials!!
●Since the ball screw is stored inside the lever, the length of the handle remains constant even when the mouthpiece is moved. ●It is also ideal for clamping round bars with a V-groove. Additionally, it has grooves processed on the top, making it perfect for clamping thin workpieces as well.
This is a vice for right-angle welding of round corner pipes made of steel.
This is a vice for right-angle welding of round corner pipes made of steel.
High quality and reasonable!
This is a precision vise made of SK2 material.
The tightening force can be easily and reliably set with the tightening adjustment mechanism. It allows for a consistent tightening force, enabling stable repetitive work.
▷Standard parallel specification ▷Equipped with a nozzle for thin workpiece clamps. ▷The unique mechanical amplification mechanism is completely sealed to prevent the intrusion of chips and other debris, allowing for long-term use. ▷The anti-lifting mechanism suppresses the lifting of the workpiece.
Lightweight and easy to set up. A machine vise with an exceptionally wide jaw opening, making it easy to process large items and a large number of small items.
The "Flex Clamp" is a machine vice that achieves compactness on both the fixed and clamping sides, allowing for a significantly wider jaw opening, which greatly increases the machining area. It employs a special jaw that ensures high precision and prevents workpiece lift during clamping. With double clamping, this machine vice provides secure fixation. Additionally, it achieves high rigidity and precision, suitable for both material processing and finishing. This machine vice makes setup easy, whether for large workpieces or for handling many small parts. 【Features】 ■ Standard equipped with a high-precision jaw work setter ■ Prevents workpiece lift during clamping ■ Highly wear-resistant and strong machine vice ■ Instant positioning method for the machine vice ■ Jaw opening can accommodate from 0 to 2300 mm *For more details, please refer to the documentation or feel free to contact us.
High-precision machine vice for 5-axis machining
High-precision machine vice for 5-axis machining - Fixed with tension metal on both sides - Equipped with a backup lock function on the screw - This machine vice features an unprecedented level of precision with a double structure of W rails and hardened guide rails on both sides - It is designed to minimize warping of the vice and the movable jaw.
Lightweight and easy to set up. With an exceptionally wide jaw opening, this machine vise makes processing large items and multiple small items simple.
The "Flex Clamp" is a machine vice that achieves compactness on both the fixed and clamping sides, allowing for a significantly wider jaw opening, which greatly increases the machining area. It employs a special jaw that ensures high precision and prevents workpieces from lifting during clamping. This machine vice provides reliable fixation through double clamping. Additionally, it achieves high rigidity and precision, suitable for both material processing and finishing. It is a machine vice that makes setup easy, whether for large workpieces or multiple small parts. 【Features】 ■ High-precision jaw work setter is standard equipment ■ Prevents workpiece lifting during clamping ■ High wear resistance and strength machine vice ■ Instant positioning method machine vice ■ Jaw opening can accommodate from 0 to 2300mm *For more details, please refer to the documentation or feel free to contact us.
Comprehensive catalog of angle heads and precision modular machine vises. A high-quality angle head manufacturer with high rigidity and durability.
This is the comprehensive catalog of Alberti, an angle head manufacturer based in Northern Italy, featuring angle heads and precision modular machine vises. Alberti began manufacturing angle heads in 1986, and within a few years, it became known worldwide as a manufacturer of high-rigidity and durable angle heads due to their quality, functionality, and reliability. This catalog includes the Angle Head Linear Control T90cn, Angle Head Linear Control TCUcn, and Angle Head Linear Modular T90, among others. Get your free catalog now! For more details, please download the catalog or contact us.
Supports micro-machining! High precision and high rigidity 5-axis vise.
In the field of semiconductor manufacturing equipment, high precision and stable processing are required in microfabrication. Particularly in the processing of parts with complex shapes or those that require precise tolerances, tool deflection and workpiece holding significantly affect processing accuracy. Chip entrapment and lack of rigidity can lead to processing defects and reduced tool life. The i-TOOL vice achieves excellent chip evacuation through its open design and provides high rigidity in a compact form, addressing these challenges in microfabrication. 【Application Scenarios】 - Precision machining of complex-shaped parts - 5-axis machining of parts requiring high precision - Machining where chip evacuation is crucial 【Benefits of Implementation】 - Improved processing accuracy - Extended tool life - Reduced setup time
![[Energy Industry] Unleashing the capabilities of 5-axis machining! High-spec vice](https://image.mono.ipros.com/public/product/image/93486/IPROS522687340483442272.png?w=280&h=280)
An open design with excellent chip evacuation! Compact and slim yet highly rigid.
In the energy industry, particularly in the machining of turbine blades, 5-axis machining is essential for finishing complex shapes with high precision. The ability to effectively discharge chips generated during machining and the rigidity required to securely hold the workpiece significantly impact machining quality and productivity. Chip entrapment can lead to machining defects, and without sufficient rigidity, reproducing fine shapes becomes difficult. Our i-TOOL vice addresses these challenges and maximizes the capability for precision machining of components like turbine blades. 【Application Scenarios】 - Precision machining of turbine blades - 5-axis machining of complex-shaped workpieces - Machining requiring effective chip discharge 【Benefits of Implementation】 - Reduction of machining defects due to chip entrapment - Stable machining of high-precision shapes - Reduction of material waste through effective utilization of gripping areas
An open design with excellent chip evacuation! Compact and slim yet highly rigid.
In the general industrial machinery sector, particularly in the manufacturing of custom parts, it is crucial to maximize the capabilities of 5-axis machining for processing that requires complex shapes and high precision. Challenges may arise regarding the discharge of cutting chips generated during processing and the need for high rigidity in limited spaces. Eliminating unnecessary gripping allowances and reducing setup time are also necessary for improving productivity. The "i-TOOL Vice" provides solutions to address these challenges and maximize the potential of 5-axis machining. [Usage Scenarios] - Machining of custom parts with complex shapes - 5-axis machining of parts requiring high precision - Processing that emphasizes the discharge of cutting chips [Benefits of Implementation] - Improved machining accuracy - Increased productivity - Reduced setup time - Effective use of materials
An open design with excellent chip evacuation! Compact and slim yet highly rigid.
In the defense industry and the processing of special alloys, high precision and stable processing are required. In particular, when processing special alloys, which are considered difficult-to-cut materials, the removal of chips significantly affects processing accuracy and tool life. If chips get caught in the vice, it can lead to workpiece damage and a decrease in processing accuracy. Additionally, it is important to effectively utilize the limited gripping area and reduce setup time. 【Usage Scenarios】 - Precision processing of special alloys - Manufacturing of defense-related components - Stable gripping of complex-shaped workpieces 【Effects of Implementation】 - Improved processing stability due to reduced chip entrapment - Realization of precision processing with compact yet high rigidity - Effective utilization of gripping area and reduction of setup time
This is a heat-treated stainless steel precision vise made of SUS440.
This is a rust-resistant precision vise made of SUS440, which is difficult to rust, and has been precisely ground after heat treatment.
Rust-resistant, magnetic stainless steel precision vise.
● A small precision vice that can be tightened at a 45° angle ● Standard equipped with a stopper for adjusting the height position of the workpiece
Rust-resistant, magnetic stainless steel precision vice.
This is a rust-resistant precision vise made of SUS440, which is difficult to rust, and has been precisely ground after heat treatment.
The SKS precision vise is made from SKS material and undergoes sub-zero treatment, resulting in a high-precision vise with minimal aging changes.
The special wedge prevents lifting, minimizing the lifting of the workpiece during tightening.
The SKS precision vise is made from SKS material and undergoes sub-zero treatment, resulting in a high-precision vise with minimal aging changes.
The special wedge prevents lifting, minimizing the lifting of the workpiece during tightening.
The SKS precision vise is made from SKS material and undergoes sub-zero treatment, resulting in a high-precision vise with minimal aging changes.
This is a precision vise made using Japanese tool steel SKS and subjected to sub-zero treatment, resulting in minimal aging changes.
The SKS precision vise is made from SKS material and undergoes sub-zero treatment, resulting in a high-precision vise with minimal aging changes.
This is a precision vice made using Japanese tool steel SKS and treated with sub-zero processing, resulting in minimal aging changes.
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.
