R10 ball end mill regrinding
Leave the regrinding of ball end mills to us!
This is one example of a regrinding case for a carbide ball end mill with an R10 radius and a shank diameter of Φ20 that we handled.
- Company:宮本製作所 再研磨.COM
- Price:Other
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Leave the regrinding of ball end mills to us!
This is one example of a regrinding case for a carbide ball end mill with an R10 radius and a shank diameter of Φ20 that we handled.
Leave the regrinding of corner R end mills to us!
This is one example of a regrinding case for a corner R end mill that we handled. The tip diameter is 12mm, and the corner dimension is R1.
The technical team of the end mill manufacturer is regrinding! It comes back to life at about one-third the price of a new one!
The "GRiNDING System" can re-sharpen end mills and various cutting tools regardless of the manufacturer. Simply place them in a special box and send them, and they will be revived at about one-third the price of new ones. (*Note: If the cutting edge is severely worn or cracked, the cost may be around 40% of a new one.) We can also re-sharpen carbide chamfer cutters from various companies, so please feel free to consult us. 【Features】 ■ Re-sharpening processed by the technical team of end mill manufacturers ■ Re-sharpening available for end mills and various cutting tools, regardless of the manufacturer ■ Revived at about one-third the price of new ones ■ Just place them in a special box and send them *For more details, please check the related links or feel free to contact us.
Leave the regrinding of ultra-hard end mills to us! We also recommend regrinding of head exchangeable tools!
This is one example of a regrinding case for a replaceable head carbide end mill that we handled. It is a three-flute end mill with a tip diameter of 20mm, and only the bottom cutting edge has been regrinded.
Leave the regrinding of non-standard end mills to us!
This is one example of a regrinding case for an unequal lead carbide end mill that we handled. We cut the tip without changing the diameter and re-sharpened the bottom cutting edge.
Leave the regrinding of square end mills to us!
This is one example of a regrinding case for a 12mm end mill that we handled. The corner of this end mill, with a 30-degree twist, has been made into a "pin angle."
Accelerate prototype development! Reduce costs and time with regrinding of small-diameter end mills.
In prototype development, rapid design changes and verification are required, making it important to address tool wear and damage that accompany these changes. In particular, small-diameter end mills pose a challenge as they require precise machining while being difficult to regrind. Our end mill regrinding service has introduced dedicated processing machines and advanced CCD micrometers, enabling the machining of small-diameter tools that were previously difficult to regrind. This contributes to reducing lead times and costs in prototype development. 【Usage Scenarios】 - Production of prototypes with short lead times - Addressing tool wear due to design changes - Precision machining of small-diameter tools 【Effects of Implementation】 - Improved speed in prototype development - Reduction in tool costs - Maintenance of stable machining accuracy
For precision parts processing. Even small-diameter end mills that were thought to be beyond repair can be re-sharpened.
In the automotive industry's precision parts manufacturing, fine machining accuracy and tool lifespan are directly linked to product quality and production efficiency. Particularly in the machining of complex shapes and small parts, small-diameter end mills are essential, but there has been a challenge in regrinding them when they become worn. Continuing to use small-diameter tools that are difficult to regrind can increase the risk of reduced machining accuracy and the occurrence of defective products. Our company has achieved the machining of small-diameter end mills, which were previously difficult to regrind, by introducing dedicated machining machines, advanced CCD micrometers, and low-vibration dedicated motors. This allows our customers to continuously use high-quality tools while keeping costs down. 【Application Scenarios】 - Machining of complex shapes in precision parts - Cutting of fine details - Productivity improvement through tool lifespan extension 【Effects of Introduction】 - Maintenance and improvement of machining accuracy - Reduction of tool costs - Decrease in the risk of defective products
Regrinding of small-diameter end mills that supports lightweight component manufacturing in the aerospace field.
In the aerospace industry, precise machining is required for the manufacturing of lightweight components. In particular, high-precision end mills are essential for machining parts with complex shapes and fine structures. However, small-diameter end mills have posed challenges due to wear and damage, making regrinding difficult. Our end mill regrinding service has introduced dedicated machining and measuring equipment, enabling the regrinding of small-diameter tools that was previously challenging with conventional technology. With advanced CCD micrometers and low-vibration dedicated motors, we achieve stable positioning accuracy and machining precision, meeting the demands of lightweight component manufacturing in the aerospace field. 【Application Scenarios】 - Manufacturing of precision parts in the aerospace sector - Machining of complex-shaped parts aimed at weight reduction - Response to wear and damage of small-diameter end mills 【Benefits of Implementation】 - Reduction in tool costs - Maintenance and improvement of machining precision - Stabilization of productivity