OEM CNC Cutting Tool Holder For Tungsten Carbide Turning Insert

Palton Customizable CNC Lathe Machine Tool Holders Tungsten Carbide HSS Groove Inserts MGMN Cutter MGFV Turning Steel Stainless

• Palton CNC Lathe Tooling — Precision Turning, Fully Configurable

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  The Tool Your Turret Is Missing

  Standard turning inserts solve standard turning problems. But when workpiece material, feature geometry, or production volume falls outside the typical range, catalog tooling becomes a compromise — and compromises in a CNC lathe show up as slower cycle times, shorter tool life, and more operator intervention than the job should require.

  Palton's customizable lathe tooling program starts from the application, not the inventory list.

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  What "Customizable" Means in Practice

  Variable	Configuration Window

  Insert grade	PCD / CBN / MCD / carbide — matched to workpiece material
  Insert shape & size	ISO standard or custom profile
  Tool holder type	External turning, internal boring, grooving, threading, parting
  Shank dimensions	Standard and non-standard cross-sections
  Approach angle	Optimized for feature access and chip control
  Nose radius	From sharp to generous — surface finish and edge strength balanced
  Chip breaker geometry	Tailored to material, feed rate, and depth of cut
  Coolant delivery	External, through-tool, or dry

  The process: material spec → feature geometry → cutting strategy → tool configuration. The tool is the output of an engineering decision, not a procurement decision.

  Where Custom Lathe Tooling Delivers the Most Value

  • **High-volume

    aluminum turning:** PCD inserts configured for zero built-up edge, mirror surface finish, and multi-shift edge life

    • Hard turning on hardened steel: CBN inserts profiled for operations that replace cylindrical grinding
    • Small-part precision: Micro boring bars and grooving tools for medical, electronics, and aerospace components
    • Interrupted cuts: Tool geometry and grade selection engineered to handle castings, forgings, and irregular workpiece profiles without edge fracture
    • Exotic materials: Titanium, nickel alloys, and composites that demand specific rake angles and edge preparations not found in standard catalogs

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    Three Supply Models

    Model	The Arrangement
    OEM	Your design, drawing, and tolerance package → our manufacturing and quality

    assurance
    ODM	Your workpiece, material, and production target → our design, prototyping, and manufacturing
    OBM	Proven Palton tool designs → deployed under your brand and product line

    Why It Matters for Your Machine Utilization

    A lathe turret loaded with tooling that exactly matches the job runs faster, produces better surface finish, and requires less offset adjustment across a production batch. The tool doesn't fight the material — it's engineered for it.

    Ordering Path

    1. Submit: workpiece material, part feature (turning / boring / grooving / threading), dimensions, tolerance

    2. Receive: tool design proposal with grade, holder, and geometry recommendation

    3. Approve: prototype or production batch manufactured

    4. Deploy: tool ships with recommended