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Industry

Machining & precision components

For manufacturers of CNC, turned and high-precision machined components, where machine-wise routing, cycle times, tooling and inspection decide cost and delivery.

  • Precision machined components
  • Bearing components
  • CNC components
  • Turned components
  • Micro components
  • High-precision components
  • Automatic screw machine components
  • Automotive machined components
  • Industrial machined components
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Introduction

About the machining & precision components industry

Precision machining turns bar, castings and forgings into finished components through turning, milling, grinding and multi-axis work. Shops run a high mix of parts across CNC lathes, VMCs, HMCs and Swiss machines, often with outside processes such as heat treatment and plating in between.

Margins depend on what happens at each operation — setup and cycle time, tool consumption, first-off approval, in-process inspection and scrap — and customers increasingly expect traceable material and inspection records with every lot.

Segments

Segments in this industry

Also in this industry

  • CNC components
  • Turned components
  • Micro components
  • High-precision components
  • Automatic screw machine components
  • Automotive machined components
  • Industrial machined components

Industry requirements

What this industry needs to manage

These are the requirements manufacturers in this industry typically manage. Talk to us about how Navigator’s manufacturing core applies to your process.

    • Machine-wise routing and cycle time
    • Tool offset, tool consumption and tool life
    • Setup management
    • CNC program revision
    • Inspection frequency, SPC and gauge management
    • Rejection and rework
    • Machine loading

Challenges

Challenges without industry-specific software

What machining and precision component manufacturers typically face when the business runs on spreadsheets, paper and disconnected tools.

  • Job status lives on whiteboards and spreadsheets, so the office and the shop floor disagree about what is actually running.
  • Machine loading is planned by experience, and urgent jobs disrupt the plan without anyone seeing the knock-on delays.
  • Setup time, cycle time and scrap are not captured by operation, so every job cost looks the same whatever really happened.
  • Drawing and CNC program revisions are tracked by hand, risking parts made to the wrong revision.
  • Inspection records and material certificates are hunted down only when a customer or auditor asks.

Generic ERP

Where generic ERP falls short

Generic ERP is built around a clean, linear order-to-invoice flow. These are the gaps that usually push teams back to spreadsheets.

  • Production is recorded as material in and parts out, missing operation-level confirmations, scrap and rework.
  • Routings are generic placeholders rather than real machines with their own setup and cycle times.
  • Scheduling assumes unlimited capacity, so planners rebuild the real schedule in a spreadsheet.
  • Outside processing such as heat treatment and plating is not tied to the job it delays.
  • Cutting tools and gauges sit outside the system.

Why Navigator

Our USP and key benefits

Navigator is customized to how machining and precision component manufacturers work, on a manufacturing-first core — engineering, PPC and MRP, purchasing, production, quality, maintenance and finance — shaped by customized ERP work across varied manufacturing segments since 1997. Our no-code development tool, launched in 2020, greatly speeds up that customization, so the system follows your process instead of forcing you into a generic template.

  • Routing built around your machines

    Manufacturing process, work centres and routing in Navigator - ERP, with process-wise production and scrap entries and work-order cost roll-up.

  • Machine loading and priorities

    Navigator - PPC’s machine loading sheet, work-order priority and delay tracking, and resource utilization and OEE analysis.

  • Inspection that stays with the lot

    Inspection and sampling plans, incoming, in-process and final inspection, NCRs and corrective action in Navigator - QMS.

  • Tools and gauges under control

    Tool master, usage against expected life and maintenance history in Navigator - ToolRoom, plus calibration plans and due registers in Navigator - QMS.

FAQ

Frequently asked questions

Which segments does Navigator cover in machining & precision components?

Machining & precision components covers precision machined components, bearing components, cnc components, turned components, micro components, high-precision components, automatic screw machine components, automotive machined components and industrial machined components.

What do machining & precision components businesses need to manage?

Typical requirements include machine-wise routing and cycle time, tool offset, tool consumption and tool life, setup management, cnc program revision, inspection frequency, spc and gauge management, rejection and rework and machine loading.

What challenges do machining and precision component manufacturers face without industry-specific software?

Job status lives on whiteboards and spreadsheets, so the office and the shop floor disagree about what is actually running. Machine loading is planned by experience, and urgent jobs disrupt the plan without anyone seeing the knock-on delays. Setup time, cycle time and scrap are not captured by operation, so every job cost looks the same whatever really happened. Drawing and CNC program revisions are tracked by hand, risking parts made to the wrong revision. Inspection records and material certificates are hunted down only when a customer or auditor asks.

Why is generic ERP not enough for machining and precision component manufacturers?

Production is recorded as material in and parts out, missing operation-level confirmations, scrap and rework. Routings are generic placeholders rather than real machines with their own setup and cycle times. Scheduling assumes unlimited capacity, so planners rebuild the real schedule in a spreadsheet. Outside processing such as heat treatment and plating is not tied to the job it delays. Cutting tools and gauges sit outside the system.

What are the benefits of Navigator for machining and precision component manufacturers?

Navigator is customized to how machining and precision component manufacturers work, on a manufacturing-first core — engineering, PPC and MRP, purchasing, production, quality, maintenance and finance — shaped by customized ERP work across varied manufacturing segments since 1997. Our no-code development tool, launched in 2020, greatly speeds up that customization, so the system follows your process instead of forcing you into a generic template. Key benefits: Routing built around your machines — Manufacturing process, work centres and routing in Navigator - ERP, with process-wise production and scrap entries and work-order cost roll-up. Machine loading and priorities — Navigator - PPC’s machine loading sheet, work-order priority and delay tracking, and resource utilization and OEE analysis. Inspection that stays with the lot — Inspection and sampling plans, incoming, in-process and final inspection, NCRs and corrective action in Navigator - QMS. Tools and gauges under control — Tool master, usage against expected life and maintenance history in Navigator - ToolRoom, plus calibration plans and due registers in Navigator - QMS.

Which Navigator products are relevant for machining & precision components?

Products to look at first are Navigator - ERP, Navigator - PPC, Navigator - QMS and Navigator - ToolRoom. Navigator ERP is positioned for mass and precision component manufacturing.

Next step

See Navigator against your own process

Tell us how you manufacture and where planning breaks down. We will walk you through the parts of Navigator that fit.

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