Telephone: +44 01474 550 934 info@thinkscan.co.uk

Industrial Design

3D scanning for industrial design

3D Services for Industrial Design

ThinkScan Solutions offers Professional 3D scanning service to bring your  projects into the digital domain.  From artists to designers we're here to provide High-Quality 3D scanning and Reverse Engineering suitable for any projects you have in mind. Using our Non-Contact Fringe Projection 3D Scanners we can produce high-Detailed 3D scans ready to be 3D printed. We can also provide 3D Printing Service using MJF 3D Printers.

Onsite 3D Scanning

We offer both on-site 3D service and 3D scanning at our workshop based in Dartford. Here is a list of parts & components we typically deal with:

  • injection Molding Parts
  • Chairs & Furniture
  • PCB & Electronic Appliances
  • Plastic & Aluminium Chassis
  • Rubber Moulded Component
  • Bags, Luggage & Travel Products
  • Homeware & Accessories
  • Die Casting & Moulds

Experienced Team

We do CAD Reverse Engineering serving clients across the UK and abroad. Our CAD technicians have experience in redesigning complex products from any type of 3D scan data (STL mesh/Poin Cloud). We offer cost-effective pricing on all of our services. 3D scanning and Rapid Prototyping. For more information Get in touch

Smartphone cover design

Aluminium Cake Mould Reverse Engineering

Aluminium Cake Mould Reverse Engineering

Y-Branch Stirrup Reverse Engineering

Y branch stirrup reverse engineering

Mold Redesigning from 3D Scan Data

Mold redesigning from 3D scan data

Mercedes AMG Exhaust . Reverse Engineering

Image

Workshop Address

  •  2 Green Str. Green Rd, DA2 8DP
  • info@thinkscan.co.uk
  • +44 01474 550 934
We use cookies

We use cookies on our website. Some of them are essential for the operation of the site, while others help us to improve this site and the user experience (tracking cookies). You can decide for yourself whether you want to allow cookies or not. Please note that if you reject them, you may not be able to use all the functionalities of the site.