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3D Scanning
Physical objects are scanned to capture surface geometry, shape, size and complex design details as digital data.
Accurate data capture
3D Scanning, CAD and Additive Manufacturing
Advanced 3D Scanning and Reverse Engineering
Rheologist Gaze and Solutions transforms physical components into accurate digital models using advanced 3D scanning, reverse engineering, CAD reconstruction and 3D printing technologies.
Scan-to-CAD
Convert physical components into accurate digital geometry
Precision Engineering
From physical component to manufacturing-ready model
Reverse Engineering
Converting physical products into accurate digital designs
Rheologist Gaze and Solutions uses advanced 3D scanning and printing equipment to capture product geometry and develop accurate models for redesign, reproduction, inspection and manufacturing.
Our engineering process can begin with an existing physical component, a scanned three-dimensional object, a point cloud, a mesh model or available digital design files.
Accurate geometry capture
Complex surfaces, profiles, dimensions and product
details are digitally recorded.
Manufacturing-ready CAD models
Scan data is converted into editable CAD geometry
suitable for design modification and production.
Prototype validation
3D printed prototypes help verify geometry, fit,
function and assembly performance.
Our Services
Complete 3D scanning and reverse engineering support
We provide an integrated workflow that combines digital data capture, CAD reconstruction, prototype development, testing and design refinement.
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Mesh Data Processing
Point cloud and polygon mesh data are cleaned, aligned, repaired and optimized before CAD model development.
Point cloud to mesh03
CAD Reconstruction
Scan data is converted into accurate surface or solid CAD models that can be edited, modified and manufactured.
Scan-to-CAD modeling04
Prototype Development
Unique prototypes are produced using 3D printing to verify geometry, fit, assembly and functional requirements.
Rapid product validation05
Design Refinement
Models are improved based on test results, manufacturing needs, functional requirements and design objectives.
Continuous improvement06
Inspection and Comparison
Scanned geometry can be compared with reference CAD data to identify deviations and support quality evaluation.
Digital inspection supportOur Process
A structured workflow from scanning to final design
Each reverse engineering project is evaluated according to the condition of the component, required accuracy, final application and expected manufacturing method.
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Physical component or digital file examination
2
Precise 3D scanning and geometry capture
3
Mesh processing and CAD model development
4
Prototype production, testing and refinement
Reverse Engineering Workflow
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Initial Examination
We study the physical component, available digital data, functional requirements and expected deliverables.
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Scanning and Data Collection
Product dimensions, surfaces and important geometric details are captured as precise digital information.
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CAD Model Reconstruction
The scanned data is processed and converted into editable surface or solid CAD geometry.
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Prototype Development
A physical prototype is manufactured using suitable 3D printing technology and engineering material.
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Testing and Refinement
Prototype results are evaluated and the design is improved for accuracy, functionality and production.
Our Expertise
Engineering accuracy throughout the reverse engineering process
Our experienced team applies scanning, CAD, product development and additive manufacturing knowledge to achieve dependable results.
Accurate Data Collection
Precise measurements, surface details, profiles and geometric characteristics are captured from the object.
Complex Surface Reconstruction
Organic surfaces, free-form shapes and difficult geometries are converted into usable digital models.
Prototype Creation
Physical prototypes faithfully reproduce the digital design for fitment, functional and visual assessment.
Continuous Design Improvement
Test results and engineering feedback are used to refine designs for improved performance and manufacturability.
Quality Verification
Digital comparisons and dimensional checks help confirm that the final design meets project requirements.
Manufacturing Support
CAD models can be prepared for tooling, machining, additive manufacturing and product development.
Applications
Reverse engineering solutions for multiple industries
3D scanning and CAD reconstruction can support legacy parts, product redesign, quality inspection and new product development.
Legacy Components
Recreate parts where original drawings are unavailable.
Product Redesign
Modify and improve existing product geometry.
Complex Surfaces
Capture free-form and difficult three-dimensional shapes.
Quality Inspection
Compare manufactured components with digital CAD models.
Prototype Development
Produce physical models for testing and validation.
Mold and Tooling
Develop geometry for molds, dies and manufacturing tools.
Customized Products
Create products based on unique physical forms.
Spare Part Development
Reproduce discontinued or difficult-to-source components.
Commitment to Quality
Technology, research and engineering focused on better results
Our dedicated product research team studies new technologies, materials and industry developments to support high-quality project outcomes.
Dimensional Accuracy
Scanning and reconstruction methods are selected according to the required level of geometric accuracy.
Application-Based Solutions
Every model is developed according to its final use, manufacturing method and functional requirements.
Research and Improvement
New equipment, software, materials and engineering methods are continuously evaluated by our team.
Prototype Verification
Physical prototypes allow the design to be reviewed before final tooling or production investment.
Manufacturing Readiness
Final CAD data can be prepared for machining, molding, casting or additive manufacturing processes.
Customer-Specific Quality
Designs are refined to meet the dimensional, functional and visual expectations of each customer.
Need to convert a physical component into an accurate CAD model?
Share your component, photographs, available drawings, required accuracy and manufacturing objective with the Rheologist Gaze and Solutions engineering team.