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- LIVE WEBINAR | Tool Management
- RE•NEW - for MagicDrill DRA | GM type insert
- AMB 2022
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- New products and lineup expansions
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- EMO 2019
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- KS6015 for cast iron
- PDL010/PDL025 DLC coating
- DRV lineup expansion
- Kyocera at AMB 2018 exhibition, Stuttgart
- CA025P - Steel cutting performance
- DRA KM – Insert for cast iron
- Hybrid cermet
- DRA FTP - Counterboring insert
- DRV Magic Drill
- Kyocera at EMO 2017 exhibition Hannover
- CA3 - New coated carbide grades
- Internal grooving with effective chip evacuation
- Newly developed DLC coating for Kyocera inserts
- New drill with replaceable drill bit
- Kyocera presents new cutting tool solutions at EMO in Milan
- Kyocera launches MFH mini
- Individual solutions for cutting tool production
Indexable milling cutters
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- Materials and applications
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- Technical documentation
Kyocera launches MFH mini
Kyocera announced the launch of the MFH mini, a small-diameter, high-feed endmill1 for processing metal parts.
The new product achieves highly efficient processing by utilizing the company’s proprietary, newly designed insert and is now available.
A high-feed endmill is a cutting tool for roughing operations in a wide field of applications.
The insert requires high cutting capability which allows for quicker and more stable processing of the workpiece. To meet these needs, Kyocera developed its first high feed cutter in 2014, the MFH.
High Feed-fræsere med mange skær
After its introduction, to support higher-precision cutting technology required for processing molds, Kyocera developed the small-diameter, high-feed MFH mini endmill.
The MFH mini is a small-diameter, high-feed endmill for rough processing consisting of a newly developed insert and a dedicated holder.
The insert features a unique design which reduces impact on the insert when making initial contact with the workpiece, thus achieving smooth cutting with low resistance.
As a result, the product reduces chattering and enables increased feed rates. In addition, the MFH mini exhibits high chip evacuation due to the design of the newly developed chipbreaker.
This product is available with a CVD2 and a PVD3 coated insert. Utilizing an insert with the ideal coating based on work material characteristics enables the endmill to deliver optimal wear and fracture resistance.
Through an enhanced feed rate, excellent chip evacuation performance and an optimal insert lineup, the new MFH mini achieves highly efficient, stable processing and contributes to productivity improvements.
New product features
1. Low resistance; designed specifically for small-diameter, high-feed end mills
The insert enables smooth cutting with low resistance by applying a uniquely-shaped edge developed to cushion initial shock at the moment of workpiece contact — the onset of cutting.
The new insert also improves chip evacuation problems that typically occur when slotting and pocketing and improves stability, contributing to high-efficiency processing.
2. New insert achieves highly efficient processing
The new low-resistance insert reduces cutting resistance and chattering. This enables high-efficiency, high-feed processing for applications including small machines (BT30/BT40) with increased feed rates.
The MFH mini also delivers high economic efficiency through its double-sided, four-edge negative insert.
3. Applicable to multiple types of processing and work materials
The newly developed LOGU insert with the GM chipbreaker is ideal for face milling, shouldering, contouring, slotting, pocketing, ramping, and helical milling required for mold processing and other applications.
Moreover, the insert material exhibits increased wear- and fracture-resistance when the company’s unique CVD / PVD coating is applied to the insert’s high-toughness, cemented carbide base material.
This enables the processing of various materials ranging from general and mold steels to traditionally difficult-to-cut materials such as Ni-based heat-resistant alloys, thus meeting the diverse needs of customers.
1 A high-feed end mill is a milling cutter for which feed rates per flute can be set high.
2 A coating method utilizing chemical vapor deposition, which allows for the formation of multiple layers of film with different materials to increase film thickness.
3 A coating method utilizing physical vapor deposition. Because of its lower processing temperature compared with the CVD method, there are fewer layers which deteriorate due to the coating. Thus, its deflecting strength does not decrease easily.