Understanding SDC12-130: A Precision Tool for Industrial Applications

In the realm of industrial machining, the SDC12-130 designation typically refers to specialized tooling components used in precision grinding operations. While exact specifications may vary between manufacturers, this alphanumeric code generally indicate
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Understanding SDC12-130: A Precision Tool for Industrial Applications

Decoding the SDC12-130 Industrial Component

In the realm of industrial machining, the SDC12-130 designation typically refers to specialized tooling components used in precision grinding operations. While exact specifications may vary between manufacturers, this alphanumeric code generally indicates:

  • A standardized interface system (SDC series)
  • 12mm nominal shank diameter
  • 130mm working length or wheel diameter

Key Applications in Modern Manufacturing

This component finds critical applications in:

  • CNC tool grinding machines
  • High-precision carbide tool production
  • Optical lens manufacturing equipment
  • Aerospace component finishing systems

Technical Specifications Breakdown

Typical performance characteristics include:

ParameterSpecification
Max RPM18,000
Torque Capacity25 Nm
Runout Tolerance<0.003mm

Material Compatibility Matrix

Optimized for processing:

  • Hardened steels (HRC 58-62)
  • Cemented carbides
  • Ceramic composites
  • Advanced PVD coatings

Industry Trends Impacting SDC Tooling

Recent developments in micro-machining and Industry 4.0 integration are driving:

  • Smart tooling systems with embedded sensors
  • Adaptive cooling technologies
  • AI-powered wear prediction algorithms
  • Blockchain-enabled supply chain tracking

Case Study: Automotive Die Production

A Tier 1 supplier achieved 23% cycle time reduction by implementing SDC12-130 toolholders with:

  • Dynamic balancing compensation
  • Hydrostatic bearing interfaces
  • Real-time thermal compensation

As manufacturing tolerances continue approaching molecular levels, the engineering behind components like SDC12-130 remains crucial for maintaining competitive advantage in precision industries. Future developments may incorporate quantum-level surface treatments and self-sharpening material matrices.

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