Cutting tool for special applications SPC
high-precisioncustom-madefor drilling

Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling - image - 2
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling - image - 3
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling - image - 4
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling - image - 5
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling - image - 6
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling - image - 7
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling - image - 8
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling - image - 9
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling - image - 10
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling - image - 11
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling - image - 12
Cutting tool for special applications - SPC - SILMAX - high-precision / custom-made / for drilling - image - 13
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Characteristics

Other characteristics
for special applications, high-precision, custom-made, for drilling, carbide, for milling, steel

Description

Overview
Silmax designs and manufactures a range of special machining tools (SPC series) in carbide (HM) and high-speed steel (HSS). Tools are produced to customer drawings or engineered from specific applications, combining long-standing experience and R&D to optimise base material, tool geometry, surface treatments and PVD coatings for the intended application.

Development and optimisation
The development process includes feasibility analysis, a cost estimate with delivery time, technical drawings, recommended cutting parameters and technical consulting. Typical lead times for special tools are 3–4 weeks; an accelerated option can make certain tools available in 8 working days where applicable.

Applications and industries
SPC tools are suitable for chip-removal machining across sectors such as energy, aerospace, precision mechanics, hydraulic/oil systems and other industrial machining operations.

Highlights
  • Speed. Special tools available in 8 working days (where applicable).
  • Standards. Production standards and performance guaranteed by SILMAX.
  • Flexibility. Small-batch and custom production capability.

Consulting service (Silmax 360°)
Silmax 360° provides engineering and consulting support to define machining strategies and select the best-performing tools. Services cover feasibility studies, CAD/CAM programming, tool-path optimisation and the creation of ISO programs to reduce costs and improve finished-part quality.

  • Support. Technical assistance in selecting machining and die/mold manufacturing strategies.
  • Technical proposals. Study and optimisation of tool paths and design of high-performance tools using advanced CAD/CAM systems.
  • Database. Field-experience archive available to customers for information on machining types and optimisation strategies.
  • Programming. Development of ISO programs for main machine tools for specific applications.
  • Optimization. Analysis, testing and optimisation of existing strategies and recommendation of the best tool and CAM path.

Notes
Offer validity and delivery conditions are specified on request; production follows guaranteed standards and supports small-batch and customised tooling needs.

Characteristics / technical specifications
  • Product family / series: SPC
  • Materials: carbide (HM) and high-speed steel (HSS)
  • Tool types: custom end mills, drills and other special cutters (made to customer drawing or engineered for a specific application)
  • Optimisation parameters: base material selection, tool geometry, surface treatment and PVD coating
  • Deliverables: cost estimate, delivery time, drawing, technological cutting parameters and technical consulting
  • Typical lead times: usually up to 3–4 weeks; accelerated availability example: 8 working days for certain special tools
  • Production: small-batch production capability; guaranteed production standards
  • Consulting capabilities: feasibility studies, CAD/CAM programming, ISO programme creation, tool-path optimisation, database of field experiences
  • Target industries: energy, aerospace, precision mechanics, hydraulic/oil systems and general chip-removal machining

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.