Services
Large Part Inspection Services
High-Accuracy 3D Laser Scanning for Industrial Inspection
We provide high-accuracy 3D laser scanning and dimensional inspection for
industrial components including Gears & Gearbox housing, Impellers, Casing, Tool
Inspection, Pattern Inspection. Using advanced Hexagon laser scanning technology,
we capture millions of precise data points on/off-site, delivering complete geometric
verification in a less time than manual methods. The process is fully non-destructive
and portable.
Value Proposition
Why Clients Choose Our Inspection Services
Process
Our Inspection Workflow
01
Site survey & setup
Our team arrives with calibrated equipment and plans scan
positions around the component.
02
3D data capture
The scanner captures the full surface geometry from multiple
positions, automatically registered into one unified point cloud.
03
CAD comparison
The point cloud is aligned against your design file. Inspection
software identifies every deviation above tolerance with colour-coded mapping.
04
Report delivery
You receive a complete dimensional report including deviation
maps, GD&T measurements, and a clear summary for your engineering team.
Applications
Industries We Serve
Pump Manufacturers
Dimensional verification of pump housings,
impellers, casings, and assembled units to ensure tight geometric tolerances
and leak-free assembly fits.
Casting Companies
Tool and casting inspection to detect shrinkage,
warpage, and dimensional drift against master CAD models, reducing scrap
and rework at early production stages.
Large Manufacturing Houses
Supporting in-house maintenance teams
with machine GD&T verification — flatness of beds, straightness of
guideways, spindle alignment, and axis perpendicularity checks.
Forging Units
Post-forge dimensional inspection of dies and forged
components to confirm material flow, flash allowance, and final geometry
against design specifications.
Bearing Manufacturers
High-precision scanning of rings, housings, and
assembly fixtures where micron-level accuracy directly affects product
performance and service life.
Heavy Equipment Manufacturers
Inspection of large fabricated frames,
booms, chassis, and structural weldments across excavators, cranes,
presses, and industrial machinery.
Motor Manufacturers
Verification of stator housings, end shields, shaft
geometry, and bearing fits to ensure concentricity, parallelism, and correct
assembly alignment.
Precision Machining Workshops
First-article and in-process inspection
of complex machined components, with scan-to-CAD reports that support
customer approval and quality documentation.
Injection Moulding Die Manufacturers
Core, cavity, and full die
inspection to verify parting line accuracy, pocket depths, surface profiles, and
dimensional compliance before tool sign-off.
Outputs
Deliverables
- RAW .STL Files
- Colour-coded deviation map overlaid on CAD model in PDF format
- Full dimensional inspection report with GD&T measurements
- Alignment and levelling data with elevation checks
Common Questions
Frequently Asked Questions
It involves precise 3D measurement of big components to ensure dimensional
accuracy and compliance with design specifications.
It ensures parts fit correctly in assemblies, preventing production errors,
rework, or operational failures.
Using laser scanners, exact 3D data is captured and compared against CAD
or design models.
Yes, advanced software identifies minute discrepancies, ensuring high
precision and quality control.
Aerospace, automotive, shipbuilding, and heavy machinery rely on it for
quality assurance of oversized components.
Absolutely, early detection of deviations reduces rework, saves material, and
accelerates assembly processes.
Yes, deviations can be mapped onto CAD models for analysis and corrective
action planning.
Modern 3D scanning allows rapid capture of complex surfaces, reducing time
compared to manual measurement.
Yes, it doesn't damage parts, it scans the part from distance without touching
it.
Continuous dimensional verification ensures to design tolerances