Part to CAD Conversion
Reverse Engineering existing mechanical and automotive parts to new 3D CAD Models and 2D DrawingsPart to CAD Reverse Engineering – Recreating Precision from Physical Components
Restoric® offers professional Part to CAD Reverse Engineering services, ideal for manufacturers needing to recreate components without access to original drawings or digital files. Using physical samples—whether intact or worn—we generate accurate 2D or 3D CAD models through a combination of manual measurement and advanced tools like FARO arm 3D scanning. This process is essential for obsolete or custom mechanical parts such as brackets, gear housings, shafts, tooling fixtures, and machine assemblies, where only the original component remains. Every dimension and surface feature is captured and translated into precise digital geometry.
The resulting CAD models can be used for remanufacturing, quality inspection, design improvements, or integration with modern production workflows such as CNC machining, 3D printing, or casting. In many cases, we can also optimise the part for better performance, material efficiency, or easier fabrication—while preserving original fit and function. CAD files are delivered in standard formats such as STEP, IGES, or STL, ensuring full compatibility with your engineering systems. With Restoric®, your critical parts are not only recovered—they’re future-proofed with precision and professionalism.
Part to CAD Reverse Engineering – Process, Applications, and Engineering Benefits
The reverse engineering process at Restoric® begins with the physical component—whether it’s an obsolete part, a worn piece, or a prototype with no existing documentation. We use precise manual measurement techniques or 3D scanning with a FARO arm to capture all critical dimensions, geometries, and surface details. These are then reconstructed into accurate 2D drawings or 3D CAD models using professional platforms like SolidWorks or Autodesk Inventor. Typical applications include reverse engineering of gear housings, mounting brackets, valve bodies, machined shafts, and tooling parts where replacement or modification is required but no digital design exists.
The final output includes fully editable CAD files in formats such as STEP, IGES, or STL, ready for manufacturing via CNC machining, 3D printing, or casting. This approach offers major advantages: it extends the life of legacy equipment, enables modifications for improved strength or performance, supports spare part production, and allows integration with modern systems. For example, a worn bracket from an industrial press can be re-engineered to handle higher loads, or an outdated fixture block can be updated for use with new tooling. With Restoric®, reverse engineering isn’t just about copying parts—it’s about upgrading and future-proofing your mechanical assets.
Part to CAD Reverse Engineering – Recreating Precision from Physical Components
Restoric® offers professional Part to CAD Reverse Engineering services, ideal for manufacturers needing to recreate components without access to original drawings or digital files. Using physical samples—whether intact or worn—we generate accurate 2D or 3D CAD models through a combination of manual measurement and advanced tools like FARO arm 3D scanning. This process is essential for obsolete or custom mechanical parts such as brackets, gear housings, shafts, tooling fixtures, and machine assemblies, where only the original component remains. Every dimension and surface feature is captured and translated into precise digital geometry.
The resulting CAD models can be used for remanufacturing, quality inspection, design improvements, or integration with modern production workflows such as CNC machining, 3D printing, or casting. In many cases, we can also optimise the part for better performance, material efficiency, or easier fabrication—while preserving original fit and function. CAD files are delivered in standard formats such as STEP, IGES, or STL, ensuring full compatibility with your engineering systems. With Restoric®, your critical parts are not only recovered—they’re future-proofed with precision and professionalism.
Part to CAD Reverse Engineering – Process, Applications, and Engineering Benefits
The reverse engineering process at Restoric® begins with the physical component—whether it’s an obsolete part, a worn piece, or a prototype with no existing documentation. We use precise manual measurement techniques or 3D scanning with a FARO arm to capture all critical dimensions, geometries, and surface details. These are then reconstructed into accurate 2D drawings or 3D CAD models using professional platforms like SolidWorks or Autodesk Inventor. Typical applications include reverse engineering of gear housings, mounting brackets, valve bodies, machined shafts, and tooling parts where replacement or modification is required but no digital design exists.
The final output includes fully editable CAD files in formats such as STEP, IGES, or STL, ready for manufacturing via CNC machining, 3D printing, or casting. This approach offers major advantages: it extends the life of legacy equipment, enables modifications for improved strength or performance, supports spare part production, and allows integration with modern systems. For example, a worn bracket from an industrial press can be re-engineered to handle higher loads, or an outdated fixture block can be updated for use with new tooling. With Restoric®, reverse engineering isn’t just about copying parts—it’s about upgrading and future-proofing your mechanical assets.
From Part to Precision CAD
Unlock Detailed 3D Models from Existing Components with Expert Reverse Engineering Solutions Get in touch todayPart to CAD Reverse Engineering for Manufactured Components – Recover and Improve Your Critical Parts
For manufacturers dealing with discontinued or undocumented components, Restoric® offers precision Part to CAD Reverse Engineering services tailored for mechanical and industrial parts. Starting with a physical item—whether it’s a worn gear housing, a complex valve body, or a legacy machine bracket—our team uses advanced tools such as FARO arm 3D scanning or manual measurement to capture every dimension and detail. These are reconstructed into high-accuracy 3D CAD models using software like SolidWorks, enabling clients to digitally preserve or modify their critical components for future production and design needs.
The advantages are extensive: not only can components be remanufactured with modern precision, but they can also be optimised—for instance, by reducing weight, increasing strength, or improving manufacturability. Reverse engineering is commonly used to recreate custom tooling, jigs, mounting assemblies, or machine internals when no original drawings exist. Final CAD outputs are delivered in widely supported formats like STEP, IGES, or STL, ready for CNC machining, 3D printing, or casting. With Restoric®, manufacturers can extend the service life of their equipment, eliminate design guesswork, and seamlessly bridge the gap between legacy parts and today’s production technologies.
Part to CAD Reverse Engineering from Hand-Measured Prototypes – Rebuilding from the Real World
When original drawings are missing or never existed, Restoric® provides on-site or workshop-based hand measurement services to reverse engineer complete machines or individual components. This is particularly valuable for trailers, transport equipment, and production machinery, where wear, modifications, or age have left only the physical item as a reference. Our engineers carefully measure key dimensions and features using precision tools, documenting everything needed to recreate the part or assembly. From these measurements, we produce accurate 2D CAD drawings or detailed 3D models using professional software such as SolidWorks or AutoCAD.
The benefits of this approach are ideal for legacy machinery, equipment upgrades, or compliance documentation. Once digitised, these parts can be redesigned, improved, or simply replicated for continued use. Examples include creating new drawings for a bespoke trailer chassis, reverse engineering a machine guarding system, or modelling an industrial hopper or frame for replacement or refurbishment. Final CAD files are provided in formats like DWG, STEP, or IGES, ready for use in fabrication, analysis, or certification. With Restoric®, even undocumented machines can be brought into the digital workflow—accurately, efficiently, and ready for modern manufacturing.
Part to CAD Reverse Engineering for Manufactured Components – Recover and Improve Your Critical Parts
For manufacturers dealing with discontinued or undocumented components, Restoric® offers precision Part to CAD Reverse Engineering services tailored for mechanical and industrial parts. Starting with a physical item—whether it’s a worn gear housing, a complex valve body, or a legacy machine bracket—our team uses advanced tools such as FARO arm 3D scanning or manual measurement to capture every dimension and detail. These are reconstructed into high-accuracy 3D CAD models using software like SolidWorks, enabling clients to digitally preserve or modify their critical components for future production and design needs.
The advantages are extensive: not only can components be remanufactured with modern precision, but they can also be optimised—for instance, by reducing weight, increasing strength, or improving manufacturability. Reverse engineering is commonly used to recreate custom tooling, jigs, mounting assemblies, or machine internals when no original drawings exist. Final CAD outputs are delivered in widely supported formats like STEP, IGES, or STL, ready for CNC machining, 3D printing, or casting. With Restoric®, manufacturers can extend the service life of their equipment, eliminate design guesswork, and seamlessly bridge the gap between legacy parts and today’s production technologies.
Part to CAD Reverse Engineering from Hand-Measured Prototypes – Rebuilding from the Real World
When original drawings are missing or never existed, Restoric® provides on-site or workshop-based hand measurement services to reverse engineer complete machines or individual components. This is particularly valuable for trailers, transport equipment, and production machinery, where wear, modifications, or age have left only the physical item as a reference. Our engineers carefully measure key dimensions and features using precision tools, documenting everything needed to recreate the part or assembly. From these measurements, we produce accurate 2D CAD drawings or detailed 3D models using professional software such as SolidWorks or AutoCAD.
The benefits of this approach are ideal for legacy machinery, equipment upgrades, or compliance documentation. Once digitised, these parts can be redesigned, improved, or simply replicated for continued use. Examples include creating new drawings for a bespoke trailer chassis, reverse engineering a machine guarding system, or modelling an industrial hopper or frame for replacement or refurbishment. Final CAD files are provided in formats like DWG, STEP, or IGES, ready for use in fabrication, analysis, or certification. With Restoric®, even undocumented machines can be brought into the digital workflow—accurately, efficiently, and ready for modern manufacturing.
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Frequently asked questions
for Reverse Engineering existing parts to CAD
What is Part to CAD Reverse Engineering and when is it needed?
Part to CAD Reverse Engineering is the process of recreating accurate 2D or 3D CAD models from physical components or machines that lack original drawings. It’s often required when dealing with older machinery, custom-built trailers, or modified equipment where documentation is lost or never existed.
Can you reverse engineer complete machines or just individual parts?
We can do both. Restoric® can reverse engineer entire machines, sub-assemblies, or single components. Whether it’s a trailer chassis, a welded frame, or a custom bracket, we capture all necessary dimensions manually or on-site, and produce professional CAD files ready for fabrication or redesign.
What tools do you use for measuring if 3D scanning isn’t available?
When 3D scanning isn’t practical, we use traditional precision hand measurement tools, such as digital calipers, micrometers, and measuring tapes, combined with detailed documentation methods to ensure all key dimensions and geometries are accurately captured.
What types of machines or parts have you reverse engineered?
Examples include transport trailers, production line jigs, custom conveyor frames, machine guards, and agricultural equipment. Our service is ideal for legacy or bespoke machinery where replacements or upgrades are needed but no CAD data is available.
What file formats do you deliver and are the models editable?
Yes, the models we provide are fully editable. We deliver 2D CAD drawings in DWG or DXF, and 3D models in industry-standard formats like STEP, IGES, or SolidWorks-native files, depending on your requirements. These files are ready for use in manufacturing, modification, or compliance documentation.
About Us
At Restoric®, we specialise in CAD Services, Reverse Engineering, and Steel Detailing, catering to diverse industrial needs. Using AutoCAD, Advance Steel and Solidworks we bring precision and efficiency to every project. Trust Restoric® for reliable solutions and seamless execution in the realm of engineering services.
Address
Restoric® Design Ltd.
7 Paynes Park
Hitchin
Hertfordshire SG5 1EH
Tel: 01462 514 300
Email:
info@restoric.co.uk
About Us
At Restoric®, we specialise in CAD Services, Reverse Engineering, and Steel Detailing, catering to diverse industrial needs. Using AutoCAD, Advance Steel and Solidworks we bring precision and efficiency to every project. Trust Restoric® for reliable solutions and seamless execution in the realm of engineering services.
Address
Restoric® Design Ltd.
7 Paynes Park
Hitchin
Hertfordshire SG5 1EH
Tel: 01462 514 300
Email:
info@restoric.co.uk