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Prototyping

At Laser Scanning, we specialize in transforming ideas into tangible prototypes with cutting-edge technologies. Whether you need intricate details with 3D printing, precise cuts with laser cutting, or robust designs through CNC machining, we provide tailored solutions to bring your concepts to life.

Using cutting-edge handheld and CMM laser scanners, we capture even the most complex geometries with micron-level accuracy. Whether you’re developing custom parts, verifying manufacturing tolerances, or recreating discontinued components, we deliver the data and expertise to support your project.

Our Prototyping Services

While we are more than happy to provide standalone prototyping services, our expertise is often leveraged as part of a broader workflow that includes laser scanning and reverse engineering. In many cases, our prototyping solutions serve as a natural extension of our scanning and design processes—whether it’s creating physical models from scanned data, producing functional prototypes for fit and form validation, or manufacturing replacement parts based on reverse-engineered components. By integrating prototyping with our advanced scanning and CAD capabilities, we ensure seamless transitions from concept to physical product, reducing lead times and improving accuracy.

3D Printing

A fast and cost-effective method for creating prototypes with complex geometries and minimal material waste.

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CNC Milling

A precision machining process that produces durable, high-accuracy prototypes from metals and plastics.

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Laser Cutting

A high-speed process for cutting and engraving materials with extreme precision and clean edges.

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Key Benefits.

  • Complete Internal and External Data Capture: Unlike laser scanning, which captures only the external surface geometry, CT scanning provides a full 3D representation, including internal structures. This makes it invaluable for inspecting hidden features without disassembling the part.

  • Non-Destructive Inspection: CT scanning is non-destructive, allowing for detailed internal inspections without damaging or altering the part, which is especially critical for delicate or valuable items.

  • Multi-Material Inspection: CT scanning can differentiate between multiple materials within a single object, making it suitable for complex assemblies where different materials are used.

  • High Precision and Accuracy: CT scanning offers high resolution and accuracy, capable of detecting minute internal defects like cracks, voids, and porosity, which might not be visible through other methods.

  • Cross-Sectional Imaging: The technology allows for creating cross-sectional slices of the object, enabling detailed analysis of internal layers and features that are otherwise inaccessible.

  • Comprehensive Defect Analysis: CT scanning can identify a wide range of defects, including dimensional deviations, misalignments, material inhomogeneities, and structural weaknesses.

  • Quantitative Data: It provides quantitative data on density variations, material distribution, and void content, which is crucial for material analysis and quality assurance.

  • Versatility Across Industries: CT scanning is versatile and used across various industries, including aerospace, automotive, medical, and electronics, where detailed internal inspections are crucial for safety and performance.

Applications.

  • Aerospace & Automotive: Inspecting engine components, turbine blades, and other critical parts for internal defects, cracks, or material inconsistencies.
  • Medical Devices: Analyzing medical parts or implants, ensuring they meet strict quality standards and are free from internal defects.
  • Electronics & Microelectronics: Checking PCBs, circuit boards, and microelectronic components for hidden faults, soldering issues, or assembly problems.
  • Manufacturing & R&D: Used in prototyping and research and development to analyze complex parts that require accurate measurements and internal structure verification.
  • Archaeology & Heritage Preservation: Non-destructive analysis of historical artifacts, fossils, and other sensitive items.

How CT Scanning Works

  • Initial Consultation: Discuss your project needs and specifications with our team. We’ll assess the best scanning approach and determine the scan resolution required.
  • Scanning: We place your part in the CT scanner, where it’s subjected to a series of X-rays. The scanner captures detailed images from different angles to create the 3D data.
  • Data Processing: After scanning, our team processes the data to generate a 3D model that can be used for inspection, analysis, or reverse engineering.
  • Deliverables: Depending on your project requirements, we’ll deliver the scan data in the required format, such as STL, OBJ, or CAD formats, ready for your analysis or modification.

Let's start your project today.

Our team is ready to listen to your requirements, ask the right questions, and provide solutions that fit both your expectations and budget. Let’s bring your project to life quickly and efficiently.

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Global Deviation Report

A Global Deviation Report provides a comprehensive 3D comparison between a scanned part and its nominal CAD model, allowing for a clear visual representation of any deviations. This is achieved through colour-coded heat maps, where different colours indicate whether the scanned surface is above, below, or within tolerance compared to the original design.

Key Features & Benefits:

  • Full Surface Analysis – Every scanned point is compared to the CAD model, offering a complete overview of dimensional accuracy.
  • Colour Mapping for Easy Interpretation – Visual heat maps quickly highlight deviations, making it easy to identify warping, shrinkage, or manufacturing defects.
  • Tolerance Banding – Customizable thresholds to display deviations within acceptable limits or outside specifications.
  • Inspection of Complex Geometries – Ideal for freeform surfaces, castings, and organic shapes where traditional measurement tools fall short.
  • Rapid Quality Control – Speeds up the inspection process by instantly identifying discrepancies between the manufactured part and the original design.
  • Supports Process Improvement – Helps manufacturers refine processes such as moulding, machining, and forming by detecting recurring issues.

 

This type of report is particularly valuable in industries such as automotive, aerospace, injection moulding, and toolmaking, where precision is critical to performance and safety.

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Full Initial Sample Inspection Report (ISIR)

An Initial Sample Inspection Report (ISIR) is a comprehensive document used to verify that a first production sample meets all design specifications before full-scale manufacturing begins. It ensures that the produced part aligns with the original CAD model and adheres to industry standards and tolerances.

Key Features & Benefits:

  • Comprehensive Dimensional Analysis – Measures and documents key dimensions, tolerances, and geometric features of the sample part.
  • Baseline for Mass Production – Establishes a reference for future production runs, ensuring consistent quality.
  • Compliance Verification – Confirms that the part meets regulatory and customer requirements before approval.
  • Supports Process Validation – Helps manufacturers refine machining, moulding, and forming processes before full production.
  • Detailed Documentation for Traceability – Provides a structured report with all critical measurements, ensuring transparency and accountability.

 

ISIRs are widely used in automotive, aerospace, medical, and precision engineering industries to validate new components and prevent costly production issues.

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Geometric Dimensioning & Tolerancing (GD&T) Report

A GD&T Report is a detailed inspection document that verifies a part’s geometric features against design specifications. It ensures that components meet precise form, orientation, location, and profile tolerances as defined by industry standards (e.g., ASME Y14.5 or ISO 1101).

Key Features & Benefits:

  • Ensures Functional Fit & Performance – Confirms that parts will assemble correctly and function as intended.
  • Comprehensive Geometric Analysis – Evaluates key tolerances, including flatness, roundness, perpendicularity, concentricity, and true position.
  • Minimizes Manufacturing Errors – Identifies deviations early, reducing the risk of costly production defects.
  • Improves Interchangeability – Ensures that manufactured components fit within required tolerances for seamless replacement or assembly.
  • Supports Quality Assurance & Compliance – Helps meet industry standards and customer requirements with precise documentation.

 

GD&T reports are essential in industries like automotive, aerospace, and high-precision engineering, where tight tolerances and accurate form control are critical for performance and safety.

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Are you looking to purchase metrology equipment or software? We can arrange a one-to-one demo for the latest LK or Nikon metrology industry-leading equipment.

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