Evidence to CAD
Reverse Engineering
- Best input
- Original part or fragment
- Best fit
- A sample exists but production files do not
- Poor fit
- No sample, dimensions, photos, or installation context
- Validation
- Interface dimensions checked against the sample
Services
Engineering and manufacturing services for custom, unavailable, and low-volume parts.
Choose the route by evidence, function, material, quantity, and risk.
Find the right route
Not sure where the part fits?
Answer four questions. The result pre-fills the intake form and can be changed before submitting.
Decision signals
Source evidence
Sample, CAD, photo, or sketch
Part role
Cosmetic, functional, or safety-critical
Quantity
One-off, batch, or recurring run
Material path
Known target or open review
Assumptions reviewed / Recommended start / Prefilled intake
Question 1 of 4
0 assumptions reviewedSelected assumptions
Compare routes
Choose by evidence, function, and validation needs.
Match the service to the input, part behavior, repeat need, and proof required.
Vehicle fitment
Custom Automotive Parts
- Best input
- Vehicle model and year
- Best fit
- Catalog parts do not fit the vehicle package
- Poor fit
- A standard OEM or catalog part is readily available
- Validation
- Packaging clearance review
Composite route
Carbon Fiber and Fiberglass
- Best input
- Target geometry
- Best fit
- Low weight, shape control, or a premium surface matters
- Poor fit
- Geometry is still changing
- Validation
- Geometry reviewed for moldability
Casting path
Polyurethane Casting
- Best input
- Part sample or CAD
- Best fit
- Flexible, durable, or impact-resistant behavior is needed
- Poor fit
- Certified elastomer data is required
- Validation
- Sample geometry documented before mold planning
Prototype route
Additive Manufacturing
- Best input
- CAD file or design target
- Best fit
- A prototype, jig, fixture, or low-risk part is needed quickly
- Poor fit
- The part needs properties printed materials cannot provide
- Validation
- CAD checked for printable geometry
Repeat data
Low-Volume Production
- Best input
- Approved prototype
- Best fit
- A prototype or sample has been validated
- Poor fit
- The design is still changing
- Validation
- Approved sample used as the baseline
Service routes
Explore each manufacturing path.
Inputs, fit signals, validation, risk notes, and related proof.
Evidence to CAD01
Reverse Engineering
We measure, scan, and rebuild physical parts into CAD for prototypes, tooling, or production.
- A sample exists but production files do not
- Mounting or fitment geometry must be preserved
Vehicle fitment02
Custom Automotive Parts
We build vehicle-specific components when catalog parts cannot meet the fit, function, or finish.
- Catalog parts do not fit the vehicle package
- A specific model, build, or workshop needs a small run
Composite route03
Carbon Fiber and Fiberglass
We match layup, mold strategy, finish, and quantity to the part's role.
- Low weight, shape control, or a premium surface matters
- The quantity justifies a mold or repeatable layup
Casting path04
Polyurethane Casting
We mold polyurethane parts when printed plastics or catalog replacements are not suitable.
- Flexible, durable, or impact-resistant behavior is needed
- A repeat batch follows one validated sample
Prototype route05
Additive Manufacturing
We use 3D printing for prototypes, fixtures, and low-risk production aids.
- A prototype, jig, fixture, or low-risk part is needed quickly
- Complex geometry makes printing efficient
Repeat data06
Low-Volume Production
We keep production data and process notes so repeat orders move faster.
- A prototype or sample has been validated
- Repeat orders need documented assumptions
Evaluation intake
Better inputs create a faster technical response.
Evaluation intake
Ready to review a hard-to-source part?
Send photos, CAD, drawings, or notes. We review the route before pricing or production.
What to send
Photos
Clear views of the part, damaged areas, mounting points, and surrounding assembly.
Files
CAD, drawings, sketches, scans, PDFs, or prior production notes when available.
Dimensions
Critical measurements, fitment surfaces, tolerances, or known clearance limits.
Use context
Quantity, material goals, heat, load, vibration, wear, finish, and safety constraints.
Review style
Technical evaluation before pricing
Best inputs
Photos, broken part, CAD, drawings, quantity
Project types
One-off, prototype, small batch, repeat production