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Custom machining services

Custom jobs, built around the part you actually need.

A one-off part, replacement component, prototype, repair, or fixture may begin with a model, drawing, sketch, photos, or an existing sample. Share what you have and how the part must work; Pearson will organize the open questions and confirm a project path before acceptance.

  • Start with available evidence
  • Human-managed follow-up
  • Scope confirmed per quote
Illustrative custom-machined aluminum bearing bracket beside a technical drawing and digital caliper
Illustrative custom-part inspection referenceCustom Jobs

Capability review

This page describes common request types. Available processes, equipment, tolerances, inspection, documentation, and fulfillment are confirmed for each quote.

Overview

A clear path for work that does not fit a catalog.

Custom work often begins with incomplete context: a discontinued component, a prototype that still needs decisions, a fixture for a specific task, or a part that exists only as a sample. A useful review separates what is known, what is functional, and what still needs confirmation.

Start with what exists

A model, drawing, sketch, photos, measurements, sample, or short project description can establish the first review.

Function before assumptions

Mating features, interfaces, wear areas, and must-keep requirements clarify what the part needs to do.

Scope confirmed up front

Material, quantity, timing, finish, inspection, documentation, and fulfillment are reviewed before acceptance.

Fulfillment review

Requests are reviewed manually. The fulfillment route and availability are confirmed before acceptance.

Quote inputs

The information that makes a custom request easier to review.

You do not need every answer before submitting. Share what is known and mark the rest for follow-up.

Starting point
STEP or STP model, PDF drawing, dimensioned sketch, clear photos, existing-sample context, or a written project description
Request context
One-off part, replacement component, prototype, controlled rework, fixture, jig, gauge, or unusual production requirement
Function to identify
Mating features, datums, interfaces, wear areas, critical dimensions, finish, and what may remain flexible
Project details
Material preference or unknown, quantity, target timing, revision status, and inspection or documentation needs

Interactive request review

Start from the information you already have.

Choose a starting point to see what helps turn an unusual request into a reviewable project.

Illustrative custom-job review showing a technical drawing, worn sample bracket, and newly machined replacement

Custom replacement request map

The numbered markers match the starting points and review panel.

Illustrative scenario only; the markers organize request information, not a required workflow.

Custom job request planner

What makes the request reviewable?

Choose a starting point to see the details that help clarify an unusual job.

Geometry and requirements already documented

A model communicates shape while the drawing or sketch identifies the dimensions, datums, finishes, threads, and inspection intent that control function.

  • Current model and drawing revision
  • Critical dimensions and datum relationships
  • Material, quantity, finish, and target timing

Helpful upload

Upload STEP or STP with the matching PDF when available, and note any unresolved or flexible requirements.

Start with what you have

Equipment fit, achievable tolerances, fulfillment, inspection, documentation, and timing are confirmed from the project information during quote review.

Capabilities

Common custom-job request patterns, kept easy to scan.

These examples help identify the likely starting point. Process fit, equipment fit, tolerances, and availability are confirmed from the project information.

Parts without a catalog path

One-off & replacement

Unique or discontinued components submitted from current files, photos, measurements, or existing-part context.

Fit and function review

Prototype & revision

Early parts and revised geometry used to clarify interfaces, critical features, material, and the next project decision.

Purpose-built shop aids

Fixtures, jigs & gauges

Request patterns for locating, holding, assembly, checking, and repeatable process support.

Controlled feature changes

Repair & rework

Damaged threads, bores, faces, hole patterns, or marked-up changes reviewed against the intended final condition.

Quote workflow

From an unusual request to a confirmed project path.

A short, human-managed review keeps assumptions and open questions visible before work is accepted.

  1. 01

    Share what exists

    Upload the available files, photos, or description plus known material, quantity, timing, and revision context.

  2. 02

    Clarify the function

    Interfaces, critical features, sample condition, intended changes, and flexible areas are organized for follow-up.

  3. 03

    Confirm the path

    Process fit, tolerances, fulfillment, timing, and remaining questions are resolved before acceptance.

  4. 04

    Coordinate the project

    Approved files and requirements become the reference point for project communication and delivery planning.

Request readiness

Small decisions that make an unusual job easier to review.

Clear intent is more useful than making every detail final before the first conversation.

Design intent before assumptions
  1. 01

    Separate critical features from flexible ones.

    Identify the fits, interfaces, datums, and finish areas that control function while leaving non-critical details open where practical.

  2. 02

    Pair the model and drawing when available.

    Use the model for geometry and the drawing for requirements, revision status, dimensions, threads, finishes, and inspection intent.

  3. 03

    Show how the part locates and mates.

    Include mating geometry, assembly photos, or a short explanation of the surfaces and features that interact.

  4. 04

    Document wear, damage, and intended changes.

    Mark photos or drawings so the intended condition is not inferred from a worn, broken, or previously modified sample.

  5. 05

    State quantity and revision intent.

    Explain whether the request is a single replacement, a test iteration, or a part that may be needed again.

  6. 06

    Flag finish, inspection, and documentation needs.

    List the required completion details so their scope and availability can be confirmed during review.

FAQ

Custom machining quote questions.

A CAD model, drawing, sketch, clear photos, or a written project description can start the request. Add quantity, material preference, target timing, and the functional requirements you know.

Yes. Multiple clear views, key measurements, notes about wear or damage, and mating-part context can begin the review. Additional measurements or approved files may be needed before acceptance.

Submit the function, environment, interfaces, quantity, and any material constraints you know. The remaining choices can be discussed during follow-up.

Identify the interfaces, datums, critical fits, threads, finish areas, flexible features, and what the first or revised part is intended to prove.

Include the required finish, affected surfaces, critical dimensions, inspection intent, and documentation expectations in the request. Scope and availability are confirmed before acceptance.

Requests are reviewed manually. The fulfillment route and availability are confirmed before acceptance.

Start with what you have

Have a one-off, replacement, or prototype to review?

Share the model, drawing, sketch, photos, or short description. Pearson will follow up on the details that still need confirmation.

Request a custom quote