Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.
331～360 item / All 1060 items
A vision-based tool measurement system aimed at zero processing stage differences and precision defects.
You can attach the end mill to the spindle of the machining center and measure the tip coordinates while it is rotating in the actual machining area.
With our proposal capabilities and technical skills, we provide added value to our customers and contribute to manufacturing.
C-Wave Co., Ltd. is a company located in Echizen City, Fukui Prefecture, engaged in the proposal, manufacturing, and sales of its own cutting tools, regrinding and coating processes, and the import and sale of cutting tools. We propose time reduction in the cutting process and cost reduction for tools, and we also offer suggestions on optimal tooling and cutting conditions. We can design and manufacture special tools that major manufacturers cannot accommodate, and we are committed to solving your problems with the spirit of "doing until it's done." Additionally, we have a regrinding division to ensure our products are used for a long time, accepting regrinding orders not only for our own products but also for cutting tools from other companies. Furthermore, we provide cutting consulting services, leveraging 35 years of proposal sales experience and cutting data to achieve the best match for machines, tooling, and cutting tools, proposing products with optimal cutting conditions. Our specialized consultants will visit your company to make proposals. C-Wave Co., Ltd. provides added value to our customers with our proposal and technical capabilities, contributing to manufacturing. For more details, please contact us or download our catalog.
The new coating significantly improves heat resistance and wear resistance! Compatible with SUS processing.
The "Silent Multi" is a cost-effective tool that achieves high-speed feeding and high quality, suitable for everything from rough machining to finishing machining, as well as groove processing and side cutting, all with just one tool, whether working with stainless steel, cast iron, or regular iron. The new coating significantly improves heat and wear resistance. It is also compatible with SUS processing. 【Specifications】 ○ Carbide 4-flute, ultra-fine particle 0.5μ ○ Shank tolerance: h6 ○ Coating: CW-α For more details, please contact us or download the catalog.
End mill capable of high-speed machining of aluminum material.
The Sea Wave End Mill "Almir" is an end mill capable of high-speed cutting of aluminum materials. Despite the high-speed cutting, the finish after processing is also excellent. Features ● Blade Shape The special blade shape allows for chip fragmentation and enables high-speed cutting. The machined surface is also finished beautifully. Custom-made products with special dimensions are also available. Please contact us for more details.
Z-shaped cutting and ramping end mill. Free control of vertical, horizontal, and inclined surfaces! A new era of 3D machining!
The Sea Wave End Mill "3D End Mill" is an end mill for ramping processing. Features: ● Special Blade Shape Achieves sharp 3D processing with a unique blade shape. ● Coating Utilizes a coating with excellent heat and wear resistance, ensuring a long tool life. *Compatible with both dry and wet processing. Custom-made products with special dimensions are also available. Please contact us for more details.
Achieve longer tool life in the processing of high-hardness steel! Improve cutting performance with a special cutting edge shape at the tip!
We offer the evolved 'EHHBE-TH3' with TH3 coating for high-hardness steel processing, featuring a 4-flute ball end mill. It is designed for high-efficiency side cutting. The wide chip pocket improves chip evacuation, and the unequal division effect helps suppress vibration even with 4 flutes. It demonstrates performance in rough to medium finishing processes for high-hardness steel (55HRC and above). 【Features】 ■ Achieves high-efficiency machining with 4 flutes ■ Improved cutting performance with a special tip shape ■ Long tool life in high-hardness steel processing due to TH3 coating ■ Vibration suppression possible with 4 flutes due to the unequal division effect ■ Improved chip evacuation with a wide chip pocket ■ Suitable for high-efficiency side cutting *For more details, please refer to the PDF document or feel free to contact us.
Unevenly divided blades suppress vibrations! Available in stub and short shapes.
We would like to introduce our "Carbide End Mill Multi-Flute Square and Radius Type for High Hardness Steel." We offer the stub type "AE-MSS-H" and the short type "AE-MS-H" in our lineup. With DUOROREY coating, these tools possess high heat resistance and wear resistance, and their excellent toughness demonstrates great effectiveness in machining high hardness steel. 【Features】 ■ Unequal division blades suppress chatter ■ Optimized cutting edge specifications enable stable machining of high hardness steel ■ DUOROREY coating *For more details, please download the PDF or feel free to contact us.
It has high heat resistance and wear resistance, and demonstrates great power in processing high-hardness steel due to its excellent toughness!
We would like to introduce our long type high-hardness steel ultra-hard end mill multi-flute square type 'AE-ML-H'. The web taper, which changes thickness from the cutting edge to the shank, improves tool rigidity and prevents surface chatter. Please feel free to contact us when you need assistance. 【Features】 ■ Unequal division blades suppress chatter ■ Improved tool rigidity due to web taper ■ DUOROREY coating *For more details, please download the PDF or feel free to contact us.
Suppressing the issue of "chatter vibration" associated with multi-edge cutting! Achieving high-efficiency machining.
We would like to introduce our high-hardness steel ultra-hard end mill ball type high-efficiency 4-flute 'AE-BM-H'. By using a two-flute design in the center, we secure a chip pocket and suppress chip clogging. This helps reduce burr formation during flat surface machining and improves machining surface accuracy. Additionally, the strong spiral curve reduces cutting resistance, achieving stable and long-lasting machining. 【Features】 ■ Strong spiral curve ■ Two-flute design in the center ■ Excellent ball R accuracy ■ Unequal pitch flutes *For more details, please download the PDF or feel free to contact us.
By thickening the center part, it suppresses the flattening and chipping of the ball tip!
We would like to introduce our high-hardness steel ultra-hard end mill ball type for high-precision finishing, model 'AE-BD-H'. With a variable negative spiral gash, the tip is designed with a strong negative angle to suppress chipping. As you move towards the outer circumference, it maintains cutting performance with a weaker negative angle, and the combination with a weak twist improves chipping resistance. Additionally, we offer a short shank type that is suitable for shrink holders. 【Features】 ■ Variable negative spiral gash ■ Thickness in the center ■ Excellent ball R accuracy ■ Excellent shank accuracy ■ Suitable for shrink holders ■ Smoothing treatment *For more details, please download the PDF or feel free to contact us.
Corresponds to h4 tolerance (0/-0.004)! High precision corner R with R accuracy of ±0.005.
The "AE-CPR4-H" is a high-hardness steel ultra-hard end mill of the long neck radius type. The new gash specification with a spiral shape from the center to the corner radius improves chip evacuation and prevents chip jamming. With a 4-flute design, it achieves high-efficiency machining. Please feel free to contact us if you have any requests. 【Features】 ■ 4-flute design for high-efficiency machining ■ New gash specification with spiral shape ■ Excellent corner radius accuracy ■ Excellent shank accuracy *For more details, please download the PDF or feel free to contact us.
Ensuring stable R precision at 180°! The machining surface accuracy is improved by the smoothing treatment of the coating surface.
The "AE-LNBD-H" is a carbide end mill for high-hardness steel that corresponds to h4 tolerance (0/-0.004). By thickening the center part, it suppresses the deformation and chipping of the ball tip. Additionally, the strong back taper allows for point cutting, reducing chatter and improving chip prevention and machining surface accuracy. It can accommodate a wide range of machining with 261 items (R0.05 to R3). 【Features】 ■ Thickness of the center part ■ Excellent ball R accuracy ■ Tear-drop shape on the outer circumference ■ Excellent shank accuracy ■ Smoothing treatment ■ Rich variety *For more details, please download the PDF or feel free to contact us.
Exhibits outstanding power in processing high-hardness steel! The unevenly divided blade suppresses chatter.
"PXSH" is a high-hardness steel interchangeable head end mill with a multi-blade square type. It features DUROREY coating, which provides excellent heat resistance and wear resistance, and its superior toughness demonstrates outstanding performance in machining high-hardness steel. Additionally, the optimized cutting edge specifications allow for stable machining of high-hardness steel. Please feel free to contact us if you have any inquiries. 【Features】 ■ Unevenly divided blades suppress chatter ■ Stable machining of high-hardness steel due to optimized cutting edge specifications ■ DUROREY coating *For more details, please download the PDF or feel free to contact us.
We designed the splitting angle to be particularly effective for processing using the bottom blade!
The "CEHS" is a high-efficiency square end mill with four UTCOAT blades. It features a larger pocket on the parent blade side for larger chip removal, designed to enhance chip evacuation effectiveness compared to conventional models. Additionally, its unique groove shape achieves a balance between high chip evacuation and tool rigidity. 【Features】 ■ Unequal division ■ Excellent chip evacuation *For more details, please download the PDF or feel free to contact us.
By adding a high lubrication layer to the high hardness and high toughness UTCOAT, we improve wear resistance!
The "CESUS" is a high-efficiency square end mill designed for stainless steel machining. It employs an uneven pitch and uneven lead suitable for stainless steel processing, suppressing chatter and achieving stable machining even at high efficiency. Additionally, it features a new coating called "UTSCOAT," which excels in anti-welding properties, reducing damage caused by welding. 【Features】 ■ 4-flute high-efficiency square end mill for stainless steel machining ■ Adopts uneven pitch and uneven lead suitable for stainless steel processing, enabling higher efficiency machining compared to conventional products ■ Utilizes the new coating UTSCOAT, which excels in anti-welding properties, reducing damage caused by welding *For more details, please download the PDF or feel free to contact us.
MPX coating! Introducing a product that achieves an astonishing lifespan more than twice that of conventional products.
We would like to introduce our long neck ball end mill 'XRBH230' for SUS420. This is a dedicated small diameter ball end mill that achieves an astonishing lifespan of more than twice that of conventional products, equivalent to SUS420J2 52HRC (such as STAVAX ESR). Please feel free to contact us when you need it. 【Features】 ■ MPX coating ■ Equivalent to SUS420J2 52HRC (such as STAVAX ESR) ■ Achieves an astonishing lifespan of more than twice that of conventional products *For more details, please download the PDF or feel free to contact us.
Added 35 items of free neck type! Machining is now possible in deeper areas.
The "Epoch Turbo Series" is a high-efficiency corner R end mill that responds to the demand for shorter delivery times for molds. It provides strong support for discharge-free direct engraving processing. The blade profile cross-section adopts an oval shape that has proven effective with the Epoch Turbo Mill. Additionally, there is a "Free Neck Type" that accommodates deep processing for large die-cast molds, casting molds, and general plastic molds. 【Features】 ■ Oval effect ■ High rigidity blade shape (low speed, high feed) ■ Composite neck shape ■ ATH coating *For more details, please download the PDF or feel free to contact us.
Achieving threading processing of high-hardness steel! Automation of threading processing through NC.
The "Epoch D Thread Mill EDT-TH" from the ultra-hard threading cutter series is a thread mill that can be used with machines that have low power and small spindle loads. It allows for simultaneous helical drilling and threading, making it suitable for processing where there is little room for hole depth. Additionally, it finely breaks down chips and suppresses tearing and chattering. It is particularly effective for preventing water leaks in pipe threads. 【Features】 ■ Achieves a good machining surface ■ Capable of various threading operations with one tool ■ Can cut threads to the very limit ■ Cutting conditions can be freely set (helical processing) *For more details, please download the PDF or feel free to contact us.
Super hard" + "super hard" = "Two-sided constraint of high precision and high rigidity! Achieving long life stability for cutting high hardness materials.
The EHX end mill series 'EHX-ETM(H)-TH' is a head exchangeable end mill designed for high efficiency in rough machining of molds. By making all the fastening surfaces of the head and holder from carbide, it ensures rigidity close to that of solid tools. It allows for a variety of head exchanges according to the application, providing excellent cost-effectiveness. Additionally, the TH coating has been specially tuned for head exchangeable use. A laminated structure has been adopted to ensure both heat resistance and adhesion strength. 【Features】 ■ Blade shape: Epoch Turbo Mill ■ High efficiency in rough machining of molds ■ Achieves increased rigidity with a dual constraint system of carbide head and carbide holder ■ Tool life comparable to that of solid end mills *For more details, please download the PDF or feel free to contact us.
Measures against chatter vibrations using non-equal division pitch! It is possible to improve the cutting limit.
We would like to introduce the high-feed type body "ASDF shape," which improves machining efficiency with a large single-edge feed rate. It enables high-efficiency rough machining that brings out the unique capabilities of the machine. It is suitable for situations where durability against chip entanglement and intermittent cutting is prioritized. By differentiating it from the high-cutting type "ASDH shape," which improves machining efficiency with a large cutting amount, you can fully utilize the capabilities of various machining centers. Please contact us when you need assistance. 【Features】 ■ High-feed type that improves machining efficiency with a large single-edge feed rate ■ High-efficiency rough machining that brings out the unique capabilities of the machine ■ Usable in cases where durability against chip entanglement and intermittent cutting is prioritized *For more details, please download the PDF or feel free to contact us.
It can be used in environments where the workpiece has significant variations in casting skin and where table feed is restricted.
We would like to introduce the high cutting type body 'ASDH type' that improves processing efficiency with a large cutting amount. This product is suitable for workpieces with significant cutting variation, such as cast surfaces, or in environments where table feed is restricted, and when prioritizing the quality of the machined surface. By differentiating its use from the high feed type 'ASDF type', which improves processing efficiency with a large feed per edge, you can fully utilize the capabilities of various machining centers. Please contact us when you need assistance. 【Features】 ■ High cutting type that improves processing efficiency with a large cutting amount ■ Usable in environments with significant cutting variation in workpieces, such as cast surfaces, or when table feed is restricted, prioritizing the quality of the machined surface. *For more details, please download the PDF or feel free to contact us.
![[Data] End Mill Series for Aluminum Processing Vol. 2](https://image.mono.ipros.com/public/product/image/2be/2001536270/IPROS2205282361033149189.jpg?w=280&h=280)
Featuring models like AL2D-2 and ALB225! We also introduce the new product AL3D-345R.
This document introduces our "Aluminum Machining End Mill Series" that we handle. We feature various products, including a two-flute square end mill designed specifically for aluminum machining that suppresses chatter and burrs, as well as a three-flute high-twist type. This is a reference book that we encourage you to read. 【Featured Products (Excerpt)】 ■AL2D-2 ■AL2D-2DLC ■ALZ345 ■ALB225 ■AL3D-2 *For more details, please download the PDF or feel free to contact us.
The difference can be understood through groove processing! The fact that burrs are less likely to occur in groove processing is a sign of stable processing.
The "AE-VMSS/VMS" is a light angle type ultra-hard vibration-resistant end mill with an innovative cutting edge designed to machine right angle corners. Poor chip evacuation and high cutting resistance can lead to unstable machining, making it easier for burrs to form. Additionally, we also offer the "AE-VML," which focuses on high-efficiency side cutting, and the "AE-VMFE," designed for vertical wall applications. 【Features】 ■ Positive rake angle ■ High rigidity ■ New groove form *For more details, please download the PDF or feel free to contact us.
High-efficiency deep hole machining drill
- Non-step processing is possible for deep holes ranging from 35D to 50D. (Standard products are available up to 30D.) - High efficiency and long lifespan in both wet and MQL conditions. - The cutting edge shape with low cutting resistance allows for long lifespan in deep hole machining of stainless steel.
This is an end mill specifically made for expanded polystyrene.
● A skew angle of 30° compared to the typical high-end mill skew angle of 12° to 15°. ● Improved cutting performance suitable for expanded polystyrene, reducing the loss of foam particles. ● Adopted a weak twist with a twist angle of 15° for difficult-to-clamp expanded polystyrene shapes. ● Set a long overall length and groove length anticipating processing with a longer protrusion.
Please try the AD mill with excellent cost performance.
We offer a variety of lineups such as general-purpose squares, balls, laughing tools, non-uniform leads, and aluminum processing tools, tailored to different applications.
Preventing tool pull-out during heavy cutting of difficult-to-machine materials related to aircraft and energy.
- Adopts an extreme shank to prevent tool pull-out during heavy cutting. - Utilizes a strong twisted blade shape optimal for machining titanium alloys and heat-resistant alloys. - Employs an uneven division and uneven lead to suppress chatter vibrations during machining. - Offers a wide variety of corner radii (radius type) tailored to the machining shape.
This is a search site for cutting tools (end mills, drills, reamers, taps), and all listed products are in our inventory.
We have listed many major domestic manufacturers of cutting tools, and you can search for the cutting tools you are looking for by dimensions, materials, and workpieces.
It is a short type of carbide radius end mill for seat processing. It is capable of machining corner radii at the bottom of holes.
DLC coating is highly effective for non-ferrous metals such as aluminum alloys, where resistance to adhesion and lubrication are required.
This is a long shank type of short form ultra-hard radius end mill for seat machining.
The adoption of DLC coating demonstrates outstanding effectiveness for non-ferrous metals such as aluminum alloys, where resistance to welding and lubrication are required. It is possible to process corner radii at the bottom of deep holes.
