MAPAL Expands NeoMill Portfolio for Efficient Series Production

MAPAL has announced the expansion of its NeoMill milling cutter portfolio with the introduction of new tool solutions designed to improve efficiency in series production. The latest additions target semi-finishing and finishing operations in steel and cast-iron materials, as well as roughing applications for aluminium components.

Ahead of EMO 2025 in Hanover, the company has introduced three new milling cutter series tailored specifically to the demands of high-volume manufacturing: NeoMill 16 Finish, NeoMill 16 Face, and NeoMill Alu Rough. The new tools are intended to support manufacturers in achieving reliable and repeatable machining performance while maintaining high productivity levels.

According to MAPAL, the newly launched series emphasize cost-effectiveness, process reliability, and sustainable manufacturing practices. Designed to integrate seamlessly into MAPAL’s existing NeoMill portfolio, the new milling cutters expand the range of applications available to users and provide additional flexibility for series production environments.

The NeoMill-16-Finish machining a cast-iron part. The face milling cutter is available in standard sizes in the diameter range from 63 to 200 mm.   ©MAPAL

NeoMill-16-Finish: Face milling cutters for next-level finishing

The NeoMill-16-Finish was developed for finishing tasks where requirements on surface finish and dimensional accuracy are high. With the combination of the pre-machining insert ONMU05 with 16 cutting edges and the OFGW07indexable insert with eight cutting edges for finishing, MAPAL offers a unique system with complete process reliability. The face milling cutters are available in standard sizes in the diameter range from 63 to 200 mm and enable easy setting of the finishing inserts. This makes surface qualities of up to Rz 4 µm possible.

The finishing inserts of the NeoMill-16-Finish are designed with eight cutting edges and are easy to set.   ©MAPAL

NeoMill-16-Face: Efficiency in pre-machining for face milling

The NeoMill-16-Face is joining the portfolio for pre-machining. Cost-effectiveness is in focus here, too: the ONMU05 plate with 16 cutting edges ensures low costs per part and stable machining. The tools are available in diameters from 32 to 100 mm and are particularly suitable for series production of cast-iron and steel components with low stock removals (up to 2 mm).

Unique and with complete process reliability – the NeoMill-16-Finish with pre-machining insert ONMU05 with 16 cutting edges and indexable insert with eight cutting edges for finishing steel and cast-iron materials. The NeoMill-16-Face offers efficient pre-machining for face milling.   ©MAPAL

NeoMill-Alu-Rough: Flexibility for aluminium machining

With the shoulder milling cutter and shell end face milling cutter NeoMill-Alu-Rough, MAPAL offers an innovative solution for roughing cast aluminium components in the automotive, aerospace and mechanical engineering industries. In the standard range, milling cutters with a single row of inserts are available at diameters from 50 to 160 mm. The NeoMill-Alu-Rough is available with multiple rows of inserts as a shell end face milling cutter with diameters of 63, 80 and 100 mm. Customer-specific tool solutions can also be configured. The combination of large chip spaces, tangential indexable inserts and a wide selection of cutting materials (PCD, coated or uncoated carbide, CVD diamond) ensure reliable chip removal and high stability – even with large chip volumes.

The new shoulder milling cutters and shell end face milling cutters from the NeoMill-Alu-Rough series for stable roughing of cast aluminium parts even at high material removal rates.   ©MAPAL

With the NeoMill programme, MAPAL has successfully served the milling tool market for series production for many years. With the newly developed NeoMill-16-Finish, NeoMill-16-Face and NeoMill-Alu-Rough series, the tool specialist is emphasising its expertise in the semi-finishing and finishing of steel and cast-iron materials and the roughing of aluminium.

The technology addresses the requirements of modern machining processes and is cost-effective, technically refined and easy to integrate.

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