Seco Expands Reamer Line with S Ream Core for Everyday Hole Finishing

The solid carbide range targets general-purpose reaming in P, M, K and N materials with 62 stocked diameters and one universal coated grade.

Seco has added the S Ream Core to its reaming line-up: a family of solid carbide reamers aimed at reliable, cost-efficient hole finishing in P, M, K and N workpiece materials. The toolmaker places the range between basic tooling and its high-performance Nanojet solutions, and says the design is intended to deliver consistent hole quality, predictable tool life and a low cost per hole.

The range addresses everyday production where dimensional accuracy has to be maintained but a premium tool may be more than the job warrants. Seco lists a streamlined geometry, standard inspection and a single universal coated grade among the choices meant to keep the tool simple to specify and use, while still holding repeatable IT7 precision.

Cutting geometry is straight-fluted with a 30° lead. Seco stocks 62 diameters from Ø 1.461 mm to Ø 11.960 mm (0.057 in to 0.470 in); sizes outside that span can be requested through the company's MyDesign service.

The reamer sits inside a three-tier reamer portfolio — Core, Plus and Max — which Seco says keeps tool selection clear and application-focused. S Ream Core is the entry point of that structure, positioned between basic tooling and the high-performance Nanojet solutions, and is pitched at work that does not justify a premium tool. The announcement did not include pricing, a launch date or field test results for the range.

RD

Rafaela Duarte

Rafaela Duarte covers packaging, filling, and labeling machinery together with hygienic food and beverage process lines used in production plants. She compares filling accuracy, line throughput, changeover time, cleaning access, and factory acceptance test boundaries, and references ISO 12100 risk assessment, IEC 60204-1 electrical requirements, and ISO 9001 quality system context only where those frameworks genuinely apply. Plant directors, process engineers, and capital procurement managers use her coverage to size a line, define utility and sanitation interfaces, and set verifiable acceptance criteria.