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Reverse engineering & on‑demand manufacturing for mining components.

From worn samples, failed spares, or no‑drawing parts to CAD, drawings, and manufacturing-ready data.

Submit component dataEngineering outputs
Missing drawing? Worn sample? We provide manufacturing-ready data.
No‑drawing partsReconstruct geometry from samples, scans, or mating references.
Worn / failed sparesRecover functional form, correct fitment, address wear patterns.
Wear-life upgradeMaterial recommendations: AR400, Hardox, Mn steel.
On‑demand manufacturingOne‑off, prototype, urgent remake. First‑article inspection.
Typical output

CAD + drawings + inspection report

01

Reverse engineering

Samples, scans, damaged parts → 3D CAD & drawings.

02

On‑demand manufacturing

Emergency, one‑off, low‑volume spares. First‑article inspection.

03

Life extension

Abrasion, impact, fitment issues solved with material/geometry upgrades.

Equipment & conditions

Mining components we engineer and manufacture.

Remake accuracy, fitment tolerance, wear resistance are primary requirements.

Input conditions we solve

No drawing, worn sample, obsolete spare, cracked part, poor fitment, short life.

  • Crushers (jaw, cone, impact), screens, feeders, transfer systems
  • Conveyors: pulleys, rollers, idlers, chutes, scrapers, skirt seals
  • Wear parts: liners, brackets, housings, shafts, pins, bushes, wear plates

No drawing / old drawing

Laser scan or CMM capture → nominal CAD. Tolerances: hole positions ±0.2mm, shaft fits H7/g6.

Wear & impact damage

Material recommendations: AR400 (360‑440 BHN) for abrasion, Mn steel for high impact.

Fitment‑sensitive assemblies

CMM report with deviation analysis. Trial‑fit validation support.

Emergency & low‑volume spares

Lead time 5‑10 days for critical remakes. No MOQ. First‑article inspection included.

Component review process

Submit component condition. We return engineering & manufacturing route.

Send photos, sample condition, failure pattern, material clues, quantity, urgency. We respond with reverse engineering path, material upgrade options, fitment control plan, lead time.

For attachments, email files directly to projects@arrosaengineering.com. The upload field is preserved for backend integration.

Engineering workflow

From worn sample to manufactured replacement.

For urgent spares, unknown geometry, harsh wear, plant‑specific fitment.

01

Receive input

Sample, failed part, photos, old drawing, mating data, duty condition.

02

Capture & reconstruct

3D laser scanning → CAD. Identify datums, wear allowances.

03

Engineer for manufacture

GD&T per ASME Y14.5. Material spec & hardness requirements.

04

Manufacture on demand

Prototype, one‑off, low‑volume. CMM first‑article report.

05

Validate & handover

Fitment check support, deviation analysis. Final CAD, drawings, CTQs, inspection reports.

Deliverables

Engineering and manufacturing package for mining spares.

Manufacturing‑ready outputs: CAD, GD&T, CMM reports, material certs.

3D CAD (STEP, IGES)
2D GD&T drawings
CMM first‑article report
Material & hardness cert
Wear zone analysis
On‑demand manufacturing
Trial fitment review
Repeatable recovery file

Core services

Mining component engineering services.

01

Reverse Engineering

No‑drawing, worn, obsolete spares → CAD, GD&T, CMM plan.

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02

Critical Component Recovery

Failed or unavailable parts. Fast‑track engineering and manufacturing.

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03

Component Life Improvement

Repeat wear, cracking, fitment issues. Material upgrades (AR/Mn).

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04

Engineering to Manufacturing

CAD, GD&T, CTQs, CMM inspection, prototype & low‑volume production.

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Mining component review

Need a mining spare recovered, remade or improved?

Send part details, photos, sample condition, equipment area and urgency. We define engineering and manufacturing route with controlled recovery data.

Start component review