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HANDHELD 3D SCANNING SERVICES
Flexible handheld 3D scanning for fast capture of smaller or complex spaces. Ideal for interiors, tight areas, and detailed assets where traditional scanning is not practical.
Handheld Product Scanning Services Australia-Wide
Handheld 3D scanning is the fastest way to capture the exact shape of a real-world object and convert it into a usable digital 3D model. At 3D Walkabout, we use professional handheld scanning equipment to deliver accurate scans for product development, reverse engineering, quality checks, and manufacturing workflows — whether you need a one-off scan or ongoing support nationwide.
Handheld 3D scanning is a portable scanning method that captures thousands to millions of measurement points across the surface of an object, creating a highly detailed digital model. Unlike traditional measuring methods, handheld scanning can capture complex curves, organic shapes, and hard-to-measure geometries quickly and consistently.
This approach is widely used by manufacturers, engineers, designers, and maintenance teams to reduce downtime, speed up prototyping, and improve accuracy. It’s ideal for scanning parts that are awkward, worn, discontinued, or simply unavailable as CAD files.
What are the benefits of Handheld Laser Scanning?
Reverse Engineering: Scan broken, worn, or damaged parts to support accurate reverse engineering and reproduction.
CAD Reference Creation: Generate a reliable 3D reference from a physical component to support CAD modelling and design work.
Discontinued Part Replication: Digitise legacy or unavailable components so replacements can be designed and manufactured.
Prototype Scanning: Capture prototypes quickly to speed up design iteration, refinement, and testing.
Fitment Checking: Verify how components align and interact by capturing real-world geometry for fit checks.
Manufacturing Surface Capture: Capture complex surfaces and shapes to support accurate manufacturing and fabrication.
Product Development Support: Scan existing products to assist redesign projects, improvements, and new product development.
Geometry Verification: Compare manufactured parts against expected geometry to identify deviations early.
Custom Fabrication Parts: Scan one-off custom parts to support fabrication, machining, and replacement work.
Digital Archiving: Create digital archives of legacy parts and equipment for future reference and ongoing maintenance.
EinScan Rigil – Our 3D Handheld Scanning Equipment
Technically, the EinScan Rigil is designed to deliver high-detail scan resolution down to 0.05 mm, with volumetric accuracy up to 0.04 + 0.06 mm/m in its Laser HD scanning mode for fine-detail capture and precision measurement workflows. For faster scanning and larger objects, the infrared rapid mode provides efficient coverage with accuracy up to 0.1 + 0.3 mm/m, making it suitable for both detailed components and broader scanning tasks.
The result is dense, repeatable scan data that’s suitable for downstream engineering workflows including reverse engineering, scan-to-CAD reference, fitment checks, dimensional verification, and manufacturing support. Final results will always depend on part size, surface finish, access, and scanning conditions — but the Rigil’s combination of resolution and accuracy makes it a strong tool for producing reliable, production-ready 3D scan outputs.
Hybrid Scanning Technology: Combines Blue Laser and Infrared (VCSEL) scanning for flexibility across different surfaces and job types.
Laser HD Scanning Mode: Enables high-detail scanning for precision geometry capture and engineering-grade results.
High Scan Resolution: Captures fine surface detail with resolution down to 0.05 mm for accurate digital models.
High Volumetric Accuracy: Delivers volumetric accuracy up to 0.04 + 0.06 mm/m in Laser HD mode for measurement-ready outputs.
Infrared Rapid Mode: Supports fast scanning for larger objects and efficient capture when speed is the priority.
Start Your 3D Scanning Project
Speak with our team or request our 3D Scanning Information Pack & Price Guide.
Whether you’re planning a reality capture project, need accurate point clouds, BIM modelling, or are exploring digital twin solutions, our team can help. Complete the form below and we’ll send you our 3D Scanning Information Pack & Price Guide, along with details on how our scanning process works and typical project costs. If you’d prefer to talk it through, feel free to call us on 1300 00 3392
Ideal Jobs for Handheld 3D Scanning
Fast Capture Times: Capture detailed 3D scan data quickly compared to manual measurement methods.
Complex Shape Capture: Accurately capture curves, recesses, and irregular geometry that’s difficult to measure by hand.
Reverse Engineering Ready: Create a strong digital reference for reverse engineering and CAD modelling workflows.
Improved Repeatability: Produce consistent results across parts, reducing variation and rework.
Less Guesswork: Reduce trial-and-error in design, fabrication, and replacement part production.
Portable & Flexible: Handheld scanning works across a wide range of objects and environments.
Ideal for Small to Medium Objects: Perfect for parts and products where detail and accuracy matter.
Great for One-Off Parts: Scan custom, damaged, or discontinued components without needing existing CAD files.
Speeds Up Prototyping: Accelerate design iteration by capturing real-world geometry quickly.
Creates Clean Digital Assets: Generate usable scan outputs for modelling, inspection, and documentation.
Frequently Asked Questions
What do you need from me to provide a quote?
A photo of the object, approximate size, your location (if on-site), and your required output (STL/OBJ mesh, CAD model, inspection reference, etc.). That’s usually enough to quote quickly and accurately.
How long does handheld scanning take?
Many parts can be scanned in minutes, but total turnaround depends on complexity, required accuracy, and whether you need mesh cleanup, reporting, or CAD modelling after the scan.
Do you offer on-site handheld scanning?
Yes. Handheld scanning is portable and fast, so we can scan on-site or in-house depending on the job requirements, access, and location.
What’s the difference between Laser HD mode and Infrared mode?
Laser HD mode is designed for high-detail scanning and precision geometry capture. Infrared mode is generally used for faster scanning and broader coverage when speed is the priority.
Can you create a CAD model from the scan?
Yes. We can use the scan as a reference to build a CAD model for reverse engineering, redesign, manufacturing, or replacement part production.
What files do you deliver after scanning?
Typically we deliver mesh files such as STL or OBJ. If you need the scan data for engineering or manufacturing, we can also support scan-to-CAD workflows.
Can you scan shiny, dark, or reflective objects?
Often yes. The Rigil’s hybrid scanning (Blue Laser + Infrared/VCSEL) helps it handle a wider range of surface types than basic scanners. Some parts may still require surface prep for best results.
How accurate is the EinScan Rigil?
The Rigil can capture high-detail geometry with resolution down to 0.05 mm, and volumetric accuracy up to 0.04 + 0.06 mm/m in Laser HD mode. Real-world results depend on the part size, surface finish, access, and scanning conditions.
What can you scan with the EinScan Rigil?
The Rigil is well suited to scanning products, mechanical parts, prototypes, assemblies, fittings, brackets, housings, and most small-to-medium sized components.
What is handheld 3D scanning?
Handheld 3D scanning captures the exact shape of a real-world object and converts it into a digital 3D model. It’s ideal for parts with complex geometry, curves, and surfaces that are hard to measure manually.
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