Reverse Engineering Medical Tooling with 3D Optical Profilometer
REVERSE ENGINEERING TOOLING REVERSE ENGINEERING TOOLING CAD TO SCAN VERIFICATION
3D Scanning & Reverse Engineering
is used for the inspection and digital re-creation of complex objects. High accuracy scan data in .STL format is produced using laser and CT scanners. This scan data can then be compared to design models and drawings for dimensional inspection or used to produce design models for analysis or manufacturing purposes.
First Article Inspections using PolyWorks
First Article Inspections First Article Inspection (FAI) is a comprehensive verification process used in manufacturing to ensure that a newly produced part or component meets all specified requirements. It involves
Scanning & Reverse Engineering Firearm Components
REVERSE ENGINEERING FIREARM COMPONENTS High resolution scan data acquired by our laser and CT systems is used to reverse engineer firearm components. This data can be used to modify existing
Measuring Slop in Assembly Plunger Tracks
MEASURING SLOP IN ASSEMBLY ATTACHMENTS Laser & CT scanning produces high accuracy, water tight digital representations of products to be used for part to part and part to CAD dimensional
Generator Armature Part to Part Comparison
Part to Part Comparison of Generator Armature Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo. Add Your Heading Text Here
What is Reverse Engineering?
Unlocking Innovation: The Power of 3D Scanning for Reverse Engineering Innovation is the lifeblood of progress, driving industries forward by leaps and bounds. But what happens when innovation meets the
Measuring Volume of Tubes & Beakers
MEASURING TEST TUBES & VIALS FOR WALL THICKNESS AND VOLUME CT scanning plays a pivotal role in assessing the wall thickness and volume of glass components, offering critical insights for
What is 3D Laser Scanning?
What is 3D Scanning? In the dynamic landscape of modern manufacturing, precision is paramount. Enter 3D scanning – a transformative technology reshaping the way industries approach quality control, reverse engineering,
Investigating Failed Components using Industrial CT Scanning
FAILURE INVESTIGATION OF HUMAN SUPPORT SYSTEM (CHAIR) Have you fallen and can’t get up? Are you struggling to return something to Amazon? Are you tired of finding 3500mm cubed voids
Designing New Components Around Existing Geometry
DESIGNING NEW COMPONENTS FOR PERFECT FIT AND FUNCTION Combining the power of the world’s best scanning hardware and software allows us to produce models with incredible accuracy. This case study
Reverse Engineering Worn Die Steels
Reverse engineering die steels Scanning technologies are used to reverse engineer tooling die steels. Over time steel wears, breaks, or is modified to produce a better part. Design files become
CT Scanning & Reverse Engineering Complex Assemblies
Reverse Engineering Complex Assemblies Combining high resolution scan data from devices like our Nikon CT scanners and Hexagon Laser arms with best in class inspection softwares (PolyWorks & Geomagic Design
Reverse Engineering Components for Fit & Function
Reverse Engineering Components for Perfect Fit & Function We combine exceptional technologies like CT scanning and modeling and inspection softwares to re-create perfect fit and function components. For example, these
Failure in the Field – Medical Instrument Carrier
Failure in the Field This vessel is designed to hold and suspend implant screws in sterile liquid. The slots allow for various sizes to be carried using the same vessel.
Inspecting Surgical Screws using Industrial CT Scanning
CT SCANNING IMPLANT SCREWS FOR INSPECTION & REVERSE ENGINEERING Microfocus CT scanning is used to produce high resolution, water tight scan files of implant screws for a variety of reasons
Reverse Engineering Workflow
With advanced technologies we turn physical parts into digital formats including .stl & .step.