- Hand-built prototype to CAD
- Reference part teardown
- Fast scan-to-print iteration
- Path to manufacturing
3D Scanning Services
Our 3D scanning services turn structured-light, laser, and photogrammetry capture into editable CAD, manufacturable parts, and inspection reports. We handle reverse engineering, lost-CAD recovery, and dimensional QC under one engineering roof.
Definition
3D scanning services - also called reverse engineering or digital capture - measure a physical object and turn it into a digital mesh or CAD model. In product development they recover lost geometry, verify manufactured parts, and let new designs fit existing hardware on the first try.
Positioning
Most scanning shops hand you a raw mesh and disappear. Useful for visualization. Useless for engineering. You still cannot edit it, manufacture it, or trust the dimensions.
LA NPDT runs 3D scanning services as part of a full product development practice. We feed directly into our CAD services and rapid prototyping teams. Every scan is reviewed against design intent and rebuilt into clean, parametric CAD. The next step is engineering, not cleanup. Deviation reports are framed against ASME Y14.5 GD&T so tolerances are read the same way at the bench and at the supplier.
You get a scan, an editable model, and an opinion on what to do with it.
Who this is for
Our 3D scanning services support clients across the product lifecycle - from one-off reverse engineering jobs to full digital twins of legacy product lines.
Core explanation
Picking the wrong scanner wastes time, money, and accuracy - and worse, it produces a model that lies about how the real part will behave. Good 3D scanning for product development is a deliberate engineering decision per part.
We will tell you which scanner fits, what it will cost, and how the model should be rebuilt to scale.
Full-cycle capability
Our 3D scanning services cover the full path from a physical part to a manufacturable design. We choose the right capture per part instead of forcing every job through one workflow.
Process
A repeatable 3D scanning services path from a physical part to a model you can actually trust. Each step ends with an engineering decision so you control accuracy, cost, and timeline. Click any step to expand.
We review the part, the use case, and the required tolerance to confirm scanning is the right call - or recommend direct CAD modeling, CT, or measurement instead.
Deliverable: Capture recommendation and quote.
We select structured-light, laser, or photogrammetry based on size, material, surface finish, and required accuracy - so the capture is fit for purpose.
Deliverable: Capture plan and target accuracy.
Parts are scanned in our shop or on-site, with markers, fixtures, and reference geometry as needed to align multiple passes into a single high-fidelity dataset.
Deliverable: Aligned raw scan data.
Raw scans are cleaned, hole-filled, decimated, and made watertight - ready for visualization, 3D printing, or as the reference surface for CAD rebuild.
Deliverable: Clean STL or OBJ mesh.
We rebuild the geometry as parametric, feature-based CAD - solids you can edit, dimension, and hand to a manufacturer with confidence.
Deliverable: Editable SolidWorks, STEP, IGES.
Final CAD is overlaid against the scan to verify deviation. You receive the scan, the rebuilt CAD, and an engineering memo on how the part should evolve next.
Deliverable: Files, deviation report, engineering memo.
Scan the part you need - not just the surface in front of you.
How we approach 3D scanning
Concept development
Before any scanner touches the part, we work with you to define what the scan is meant to prove. A visualization, a 3D printed remake, a tooling-ready CAD rebuild, and a first-article inspection are four different jobs - and they need different scanners, workflows, and deliverables.
That alignment is what separates a useful reverse engineering project from an expensive point cloud. Every scan we run earns its place in the development plan.
From scan to part
Because the same team scans, rebuilds, and engineers the next manufacturing step, every scan is reviewed against the production reality it is preparing for. Scanned geometry flows straight into our 3D printing services for same-week prototypes, and into short-run manufacturing when the part is ready to leave the lab. Capture accuracy follows the principles in NIST's dimensional metrology program, so what we measure is what your supplier sees.
Tell us the part and the deadline. We will scope the capture, rebuild, and print turnaround in one reply.
Why it's different
Same scanners. Completely different deliverable. Here is what changes when an engineering team owns the capture instead of a service desk.
Files over the fence
Engineered from capture to CAD
One team. One scan. One model the manufacturer will actually accept.
LA NPDT 3D scanning model
Lost-CAD recovery is one of our most common projects. Send us the part - we will send back a manufacturable model.
Funding & market entry
A clean reverse engineering deliverable is more than a model - it is the artifact that proves a hand-built prototype can actually be manufactured. The render does not. The CAD rebuilt from a real, working unit does.
Pitching? Bring a manufacturable model, not a mesh.
Why it matters
Done right, 3D scanning compresses the development cycle, recovers lost design data, and removes guesswork from every part that has to mate with something that already exists.
Capture, rebuild, print, test - in days. Skip weeks of measurement, redrawing, and trial-fit.
Catch fit, clearance, and tolerance issues on a verified scan - not on a $40,000 mold cut from guessed geometry.
Every reverse engineered part is rebuilt as parametric, manufacturable CAD - not a dead-end mesh.
Whether it is a reverse engineering job or a first-article inspection, we will tell you what is realistic in days, not weeks.
FAQ
3D scanning captures the exact geometry of a physical object as a digital mesh or CAD model. In product development it is used to reverse engineer parts, recover lost CAD, and fit new designs to existing hardware. It also verifies that a manufactured part matches its drawing.
Use scanning when the part already exists and the geometry is organic, worn, hand-finished, or simply too complex to model from measurements - or when you need to mate a new design to an existing assembly without trial and error.
Depending on the scanner and the part, we routinely deliver accuracies from roughly 100 microns down to 25 microns. We pick the scanner and workflow per part so the scan is accurate enough for the job and not more expensive than it needs to be.
Yes. We convert raw scan meshes into parametric, feature-based CAD - solids you can edit, dimension, and send to a manufacturer. That is the difference between a 3D scanning service and a true reverse engineering service.
Mechanical parts, consumer products, medical and dental geometry, jewelry, sculpture, vehicles, and full environments. Sub-millimeter detail through room-scale captures, indoors or on-site at your facility.
Simple part scans are typically delivered in 24 to 72 hours. Reverse engineering a scanned part into clean parametric CAD usually takes three to seven business days, depending on complexity and tolerance.
If you have a part that needs to come back into design data, the next step is a scan engineered for what comes next. LA NPDT provides 3D scanning services, reverse engineering, and a clear path to production. Everything happens under one roof.
LA New Product Development Team (LA NPDT) specializes in early-stage innovation, from idea generation and product discovery to concept design, prototyping, and manufacturing support.
LA NPDT partners with startups, entrepreneurs, and growing businesses to turn raw ideas into well-defined, market-ready solutions.
Please submit your contact info to receive an example of a new product development plan.
If you have any questions or need assistance with your order, please don’t hesitate to contact us.
Please fill out the form to submit your order.
Upon successful payment, you will receive an email with a Non-Disclosure Agreement (NDA) and a questionnaire regarding your product idea.
Your privacy and security are paramount to us, so rest assured that your information will be handled with the utmost confidentiality.
Step 1: Fill in your contact and billing details.
Step 2: Review your order summary.
Step 3: Submit payment.
After your payment is processed, please check your email for the NDA and questionnaire. Completing these documents promptly will allow us to start your Prior Art Search without delay.
If you have any questions or need assistance with your order, please don’t hesitate to contact us.
Please fill out the form to submit your order.
Upon successful payment, you will receive an email with a Non-Disclosure Agreement (NDA) and a questionnaire regarding your product idea.
Your privacy and security are paramount to us, so rest assured that your information will be handled with the utmost confidentiality.
Step 1: Fill in your contact and billing details.
Step 2: Review your order summary.
Step 3: Submit payment.
After your payment is processed, please check your email for the NDA and questionnaire. Completing these documents promptly will allow us to start your Prior Art Search without delay.
If you have any questions or need assistance with your order, please don’t hesitate to contact us.
Please fill out the form to submit your order.
Upon successful payment, you will receive an email with a Non-Disclosure Agreement (NDA) and a questionnaire regarding your product idea.
Your privacy and security are paramount to us, so rest assured that your information will be handled with the utmost confidentiality.
Step 1: Fill in your contact and billing details.
Step 2: Review your order summary.
Step 3: Submit payment.
After your payment is processed, please check your email for the NDA and questionnaire. Completing these documents promptly will allow us to start your Prior Art Search without delay.
If you have any questions or need assistance with your order, please don’t hesitate to contact us.