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A prototype is a preliminary model of something. Projects that offer physical products need to show backers documentation of a working prototype. This gallery features photos, videos, and other visual documentation that will give backers a sense of what’s been accomplished so far and what’s left to do. Though the development process can vary for each project, these are the stages we typically see:
Proof of Concept
Explorations that test ideas and functionality.
Demonstrates the functionality of the final product, but looks different.
Looks like the final product, but is not functional.
Appearance and function match the final product, but is made with different manufacturing methods.
Appearance, function, and manufacturing methods match the final product.
Unfortunately we have had to end this project early see update section for details.
At last an affordable precision 3D scanner. Whether your a Artist, Designer, Model maker, 3D printer, PI enthusiast, Restorer, etc. or just want to get involved in the next tech revolution. Maybe you just want the ultimate gift for someone.
The MK2 version of our high resolution Desktop 3D Scanner is now available on Kickstarter at a substantial discount on the retail price. See our website for retail prices.
To make the launch cost as low as possible, we have decided to do all early production in house, this allows us to maintain quality whilst retaining flexibility. To achieve this we have designed and built our own laser cutter and several 3D printers, this will allow us to launch at a greatly reduced funding target.
With a complete redesign now using the Raspberry PI 3B+ on board to provide wireless communication and scanning Independent of your PC, whilst retaining full Raspbian desktop including web browser, mail client etc.
For our MK2 hardware we simplified the design and moved to duel uprights which substantially improves scanning accuracy and a belt drive turntable for more accurate and smoother rotation of the scanned object amongst many other improvements. Our aim from day one was to produce a highly accurate 3d scanner that could actually be used to build and reproduce objects.
We have looked at different technology’s such as lidar and Photogrammetry but if was obvious that these technology’s although they have the advantage of speed of scan, lack the accuracy required to produce usable models for 3D Printing.
By using line lasers we have achieved a staggering depth accuracy of 0.05mm.
We have developed our own, easy to use software and custom built controller electronics to produce a robust, modular 3D Scanner with the well established Raspberry Pi 3B+ and Pi V2 8 Mega pixel camera at its core, this allows the scanner to operate independently of your PC freeing you up to work while scans are in progress. Communication with the 3D Scanner from the PC / Laptop is done via wireless or cabled networking, simply send instructions to the scanner from our software and then let it get on with it. Scans can be edited and exported to an STL file for printing, through our simple to use yet powerful WildCats 3D editor software, with many unique features.
Continuing / Further development,
To be able to convert scans to 3D geometry to load directly into AutoCAD
To convert scans to 3D Studio meshes for games makers etc.
To preform A.I. based surface correction to make surfaces smooth flat or curved
More sophisticated scan scripts including multiple angles, layers and resolutions
Auto beam correction.
Auto stitch for points clouds
Convert to skin with thickness in mm
Points cloud auto fill.
Points colour blending when merging scans.
WildCats3D have taken a unique open approach to product production, allowing people to where possible make parts for the 3D Scanner themselves to benefit people who may be on a tight budget.
The WildCats3D software has been priced to allow for continued development, with upgrades and new features being added all the time.
Our scanner is available in several forms, Fully built, Full kit and several Partial kits, to allow you the flexibility either to purchase a pre built or build a High Quality, High Resolution 3D Scanner.
The WildCats3D scanner has been developed over the last 12 months with the specific intention of producing a market leading all in one solution for Desktop 3D scanning, including scan merge, editing tools and direct conversion to STL flies for 3D printing.
On-board Processing Raspberry PI 3B+ (including wireless connectivity).
WildCats3D custom controller board.
Bed size 240mm diameter by 300mm height.
Unique pan and rotational scanning.
High resolution Raspberry PI camera v2 8 mega-pixel.
Use of blue / violet line lasers for better colour detection.
Robust modular chassis design.
Purchased or self printed parts (allowing for easy upgrades).
Full (Linux) Raspbian desktop.
Light-box cover to allow scanning in varied lighting environments.
Depth resolution of 0.05mm.
Pan resolution from 0.05mm.
Rotational from 0.1 degrees.
Our included PC based Scanner software communicates with the 3D scanner via network or WIFI, and allows you to select scan size, resolution and scan type.
The plot software (main project) has many features and options for the advanced user whilst remaining simple to use for beginners. This software has been built and tested on Windows 10. A comprehensive instructions PDF will be available with purchase.
Clicking new of the main interface will bring up the scripts panel which allows you to input the scanning parameters including diameter, height and resolution as well as scan type pan scan step and rotational step (a more sophisticated script designer will be available soon).
Once connected to the 3D Scanner various controls appear to allow manual control of the scanner hardware.
Our WildCats3D Editor software will include many powerful features including the ability to remove aberrant points in your scans, merge several scans together and apply points reduction algorithms, conversion to .STL, surface analysis, colour blending to name but a few.
A full instructions PDF will available when purchased.
Our included Raspberry PI 3B+ software runs independently from the PC and requires no Linux experience to use, it can be launched by just clicking an icon on the Raspbian desktop, we also include a web browser and email client pre installed into our PI software.
This pirate figure has lights, darks, shiny and reflective surfaces which makes for a hard object to get a good scan of, it also has many obscured areas again hard to scan.
Ready for 3D printing in Cura
Ready for editing in Autodesk 123D Design
3D Scan of Fairy model
Fairy model printed in 3 sizes
Original Dog model and 3D print from our scan
Scan of African and Child loaded into free MeshLab software
Scan of African and Child loaded into free Meshmixer software
Original Butler model and 3D print from our scan modified as a
All kits come complete with a full set of STL files and SVG files for 3D printing and cutting plastics. Including links for downloading instructction PDF`s for assembly and software use. (Currently only available in english)
Fully built 3D scanner, everything assembled and fully tested in our workshop by the engineers who designed it. A small amount of assembly is required due to shipping limitations.
A full kit of parts to build your 3D scanner. Includes everything in the "Essentials kit", "Printed Parts" & "Cut Parts". Just add a Raspberry PI 3B+ and a V2 PI Camera.
All mechanical and hardware parts except for the contents of the "Cut Kit" and the "Printed Kit". Just add a Raspberry PI 3B+ and a V2 PI Camera and print and cut your own parts.
1 x PC Scanner Software & Editor Software Inc. Licence
1 x Scanner Software Inc. Licence
1 x Full Set of .STL files for 3d Printing
1 x Full Set of .SVG files for Cutting
1 x SD Card to USB adapter
1 x SD Card 16GB
1 x 12v Power Supply
1 x PSU Socket
1 x 100cm PI Camera V2 Ribbon Cable
1 x Belt pulley wheel
1 x Belt GT2 760
2 x Blue line lasers
3 x End stop micro switches
6 x White Leds frosted 5mm top hat
1 x Power Led
1 x Activity Led
1 x WildCats3D Controller Board
1 x 40 Way Ribbon Cable
4 x Stepper Motors
2 x Z Axis Linear shafts
1 x X Axis Linear shaft
2 x 20mm Cable Chains
1 x 10mm Cable Chain
1 x 40mm fan
3 x Motor Couplers 5mm to 8mm
4 x Z Axis 6mm Stainless steel rods
2 x X Axis 6mm Stainless steel rods
9 x 6mm Linear Bearings
1 x Light-box Sealing Tape
1 x Fixings Pack (Nuts, Bolts, Screws etc)
1 x Full set of printed parts
1 x Full set of cut parts
All the cut plastics, cut in-house on our laser cutter.
All the printed parts, printed on our high resolution 3D printers.
Risks and challenges
We currently have a fully working prototype and functional software, the Kickstarter funds will allow us to go into production and deliver your 3D scanner in a timely manner.
All electrical and hardware parts except for the contents of the "Cut Parts" and the "Printed Parts". Just add a Raspberry PI 3B+ and a V2 PI Camera. Includes STL files for printed parts & SVG files for cut parts.