Hard-to-source parts, engineered and manufactured.
We reverse engineer, design, and manufacture custom parts using CAD, composites, polyurethane casting, and additive manufacturing.
Why ARKAN Industry
A complete engineering workflow for parts others cannot source.
Most suppliers perform only one step: printing, scanning, design, composites, or repair. ARKAN Industry connects the full chain so decisions survive from intake to final part.
Complete workflow
Problem analysis, geometry capture, CAD, material selection, prototype validation, production, and repeat documentation.
Materials-led decisions
Polymer, composite, printing, and casting choices are matched to the real part function instead of forced into one process.
Built for hard parts
The best fit is unavailable, obsolete, too expensive, broken, or not suitable for off-the-shelf purchasing.
Capabilities
Engineering and manufacturing services for custom, unavailable, and low-volume parts.
ARKAN Industry combines the stages many suppliers split apart: analysis, geometry capture, CAD, material selection, prototyping, tooling, manufacturing, and documentation.
Reverse Engineering
Rebuild usable geometry from broken, unavailable, or undocumented parts.
Service detailsCustom Automotive Parts
Vehicle-specific parts for restoration, performance, fitment, and limited runs.
Service detailsCarbon Fiber and Fiberglass
Composite parts and tooling paths for lightweight, rigid, or shaped components.
Service detailsPolyurethane Casting
Flexible, durable, or repeatable molded parts for one-offs and small batches.
Service detailsAdditive Manufacturing
Professional 3D printing workflows for prototypes, fixtures, and production aids.
Service detailsLow-Volume Production
Controlled runs from one part to small batches with repeatable documentation.
Service detailsProcess
From broken part to production-ready solution.
The process is built to reduce risk before production. Each step clarifies function, geometry, material, and repeatability.
- 01
Send photos, a broken part, CAD file, drawing, or production challenge.
- 02
We analyze function, material, fitment, risk, and manufacturability.
- 03
We design, scan, measure, or reverse engineer the part into usable production data.
- 04
We prototype and validate fit before final production when the risk requires it.
- 05
We manufacture the final part or small batch using the right process.
- 06
We save the production data so future orders are faster and more consistent.
Draft case studies
Example project structures built for technical review.
These v1 case studies are editable drafts based on common ARKAN Industry project types. Real project photography and final customer-specific results can replace them later.
Industrial Maintenance
Discontinued industrial cover recreated from sample
The original cover was unavailable, worn, and had no production drawings.
View projectAutomotive / Industrial
Polyurethane bushing prepared for small-batch casting
The customer needed repeatable flexible parts with a controlled hardness target.
View projectProduct Development
Custom bracket reverse engineered for improved fit
The existing bracket needed stronger geometry and better alignment to the installed assembly.
View projectIndustries
Built for customers who need interpretation, not just fabrication.
The same workflow adapts to automotive, industrial, product, and partner manufacturing use cases.
Automotive
Custom, restoration, performance, interior, exterior, and rare replacement parts.
Industrial Maintenance
Unavailable machine covers, guards, pads, bushings, brackets, and replacement components.
Product Development
Prototype-to-production support for technical founders, engineers, and product teams.
Workshops and Manufacturing Partners
External production and engineering support for teams that need complementary capability.
Evaluation intake
Ready to review a hard-to-source part?
Send photos, CAD, drawings, or notes. We review function, material requirements, manufacturing route, and safety considerations before recommending next steps.
Review style
Technical evaluation before pricing
Best inputs
Photos, broken part, CAD, drawings, quantity
Project types
One-off, prototype, small batch, repeat production