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3D Scanning in Peterborough

On-site service

3D Scanning in Peterborough

Delivering metrology grade 3D scanning solutions in Peterborough. Providing precision digitisation of physical components and assemblies for industry-level inspection, evaluation, and reverse engineering.

Why Work With Formeon?

At Formeon, we specialise in converting physical objects into accurate digital models through advanced 3D scanning and reverse engineering services. We are equipped with cutting-edge laser scanning technology and offer tailored solutions that encompass design optimisation, digital archiving, part inspection and reverse engineering. We serve as your trusted partner for all your 3D scanning and CAD generation needs in Peterborough and the surrounding regions.

Powerful & Precise Data

3D Scan On-site

Comprehensive Inspection

Scan to CAD Geometry

3D Scanning Service

The process of capturing the form and dimensions of a physical object using a 3D scanner. Our 3D scanning service creates precise digital models for applications like reverse engineering, quality inspection, and product design. 3D scanning offers several significant benefits, including exceptional accuracy and efficiency. It excels in capturing detailed geometries and complex surfaces, that are unfeasible to measure manually and replicate in CAD.

Optimise Resource

Remove the unreliable and challenging drain on resource of measuring or recreating complex surfaces and parts by hand

Quality Data

High-speed metrology grade 3D scanning captures parts and assemblies with precision, eliminating the need for error-prone manual measurements.

On-site 3D Scanning

Formeon provides on-site 3D scanning for large or delicate items or we can use our studio and receive smaller items via courier.

Reverse Engineering Service

Engineering teams and designers use reverse engineering for its efficiency and cost-effectiveness in reproducing, designing or preserving real-world components. It generates usable CAD models, supporting development, analysis, or manufacturing processes. We excel in capturing intricate details and complex surfaces, leading to significant time and cost reductions and minimising the potential for human errors in measurements and replication.

Create CAD From Scan

An efficient, cost-saving method to fabricate CAD data at a manufacturing level when there is no pre-existing data.

Restore Design Intent

Restore worn faces, warped walls or broken features and bring a part back to its original specification.

Remove Hand Measuring Parts

3D scanning is much quicker than hand measurements, significantly reducing the time required for data collection and recreation.

Contact Formeon

We handle a mix of projects in many different industries. Need 3D scanning in Peterborough or nearby? Feel free to reach out, and let's talk about your project.

Industries Formeon Serve

We operate in various sectors, performing 3D scans on a wide range of components, objects, and assemblies. Our capabilities extend from scanning substantial items like boats and vehicles to capturing intricate details such as gears or key fobs.

Aftermarket & Motorsport

  • EV or bespoke vehicle conversions
  • Performance parts
  • Out-of-production parts

Power Generation

  • Gear wear analysis
  • Enclosure design
  • Spatial reference models

AR & VR

  • Special FX documentation
  • Real world digitisation
  • Augmented reality models

Industrial Manufacturing

  • Safety equipment
  • Production line components
  • Digital spare parts

Consumer Products

  • Competitor analysis
  • Prototype digitisation
  • Deformable objects

Robotics & Machinery

  • Complex linkages
  • Gears
  • Moulds and casts

Aerospace & Defence

  • Damage assessment of airframe
  • Obsolete OEM parts
  • Aerodynamic CFD & FEA

Medical & Healthcare

  • Orthotics and prosthetics
  • Custom mobility products
  • Compression garments

Arts, Culture & Heritage

  • Digital archiving
  • Restoration 
  • Large and small statues

3D Scanning a Part

To conduct on-site 3D scanning effectively, it's crucial to adhere to site-specific regulations, maintain technical flexibility, and establish strong client cooperation. These factors work together to ensure an efficient scanning process that's environmentally conscious and yields valuable data.

Part Review

We begin by understanding what the data will be used for as this will influence the next stages and ensure any scanning done is comprehensive yet cost-effective. We also review the part's size, material and complexity.

Setting Up

Either in our scanning studio or on-site, we create and implement a scanning strategy to ensure we capture all required surfaces and features. We then get started randomly applying scanning targets or reference artefacts to make sure the 3D scanner will be well-referenced in 3D space.

3D Scanning

After making sure our 3D scanner is accurately calibrated, we initiate the scanning procedure. We systematically scan all the areas requiring data, much like digitally applying spray paint. This information is then transmitted to our computer as a point cloud, ready for further processing.

Post Processing

When we have captured all the geometry we need the data is converted from a point cloud to a mesh and is then cleaned up removing scanning artefacts and any areas of geometry or background surfaces. Is it from here we either supply clean mesh data or we move on to reverse engineering.

Our 3D Scanning Examples

Nissan 370z Rays Wheel

Using a 3D scanner captures information at such a rapid pace it is hard to imagine ever creating this information by hand. Using our scanner, we’re able to capture the compound-curving surfaces of the 19″ alloys and tyres in extreme detail.

This was all done without the need for sprays or special tricks to capture the glossy surfaces or black, energy-absorbing rubber.

Applications

Titanium Wheelchair Frame

Titanium, known for its strength and lightness, is ideal for crafting durable, lightweight wheelchair frames.

This process ensures accurate replication or modification of the frame, enhancing the wheelchair's functionality and comfort for users, crucial in mobility aids. 3D scanning thus plays a vital role in customising and improving these essential assistive devices.

Applications

VW Amarok Grille

3D scanning parts to an accuracy of less than half the thickness of a human hair means the data you get can be used in confidence and create parts that require tight tolerances for quality control or fitment.

We 3D scanned a VW Amarok grille and were able to capture its complex form, intricate assembly clips and deep pockets that some scanning technologies simply cannot reach.

Applications

Gearbox Input Shaft

3D scanning of a gearbox input shaft, a critical component transferring power from the engine to the gearbox, enables exact digital replication for reverse engineering and accurate reproduction or redesign.

Essential for quality control, it provides detailed dimensional inspection to ensure manufacturing precision. This process is also vital for maintenance, analysing wear patterns on the shaft, which is fundamental to guide effective upgrades and enhance gearbox performance.

The non-intrusive, accurate, and efficient scanning process ensures the integrity and functionality of this key mechanical element.

Applications

3D Scanning Services in Peterborough

Seeking detailed and accurate 3D models for your engineering projects? Reach out or use our contact form, and discover how our tailored 3D scanning and reverse engineering services in Peterborough can streamline your workflow.

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