SERVICE 06 / JIG / PROTOTYPING

Prototype, validate, and make it production-ready.

Check geometry and fit quickly with polymer 3D printing, then move to metal additive manufacturing or machining as needed. We progress step by step from prototype to working fixture to production.

Polymer and metal 3D printing A precision jig verified with polymer and metal 3D-printed prototypes
JIG / PROTOTYPING
Polymer 3D Printing Form and fit validation Fast early evaluation
Metal AM Production-condition validation Proposed with material and post-processing
Prototype to production Phased transition Selected for process and quantity

JIG & PROTOTYPING PROJECTS / Projects

From design review to machining.
Practical jigs, engineered with confidence.

From planning the machining sequence in CAD/CAM, through form checks using polymer and metal 3D printing, to precision machining of metal fixtures. We iterate prototyping and verification to arrive at a fixture that works in practice.

CAD/CAM machining simulation, form studies with metal additive manufacturing, and machined dies and precision fixtures
Jig and prototyping project examples

TECHNOLOGY / APPROACH

Jigs & Prototyping

From form and fit checks with polymer 3D printing through to working prototypes combining metal additive manufacturing and machining. Machining jigs and inspection fixtures are also designed and built to suit each application.

01QUICK VALIDATION

Make it tangible and validate early

A model you can hold reveals scale, interference and handling. Issues that drawings alone rarely surface are resolved at an early stage.

02FIT FOR PURPOSE

Choose the right process and material

We select between polymer, metal additive manufacturing, machining and sheet metal, and propose a method that matches your accuracy, strength, durability and cost requirements.

03PRODUCTION READY

From prototype to a shop-floor-ready jig

Designed around its purpose — positioning, inspection or machining support — and refined from evaluation results for production or continued use.

CAPABILITIES

Capabilities

  • Polymer 3D printing
  • Metal Additive Manufacturing
  • Machining
  • Machining jigs
  • Inspection fixtures
  • Assembly and interference checks
* These are representative capabilities. Feasibility is assessed individually against geometry, dimensions, material, wall thickness, quantity and quality requirements.

APPLICATIONS

Applications

  • New-product geometry validation
  • Manufacturing-method validation
  • Assembly fixtures
  • Inspection gauges
  • Low-volume functional parts
  • Pre-production process validation
You can consult us using the application, photos, or handwritten notes even without drawings.

WORKFLOW

From consultation to production

  1. 01Define objectives and evaluation criteria
  2. 02Prototype and physical validation
  3. 03Refinement and final production
CONTACTConsult us about Jigs & Prototyping

Consult our engineers before your requirements are finalized.

Send whatever you have — drawings, notes, images or site photographs. From the application, material, size, quantity and your current problem, we work out the manufacturing method together.

TECHNICAL CONSULTATION

Attach Files and Consult

* marks a required field. You can attach drawings, notes, images or photographs. If you have no documents, you can submit without an attachment.

Burly introducing the drawing consultation
Araki Technical official characterBurlyGet in touch even without drawings!
Drop drawings, notes, images, or photos here or PDF / DWG / DXF / STEP / IGES / Excel / images / ZIP — up to 5 files, 30 MB total

Submitted drawings are stored privately and used only for our review and response.