Versoteq Completes Mobile App & Indoor 3D Printed Tactile Maps, Testing TactMap Platform

Share this Article

Versoteq-1212Last we checked in with Finland’s Versoteq, they were completing an innovative mapping project–and one of the first of its kind. In the business of making tactile maps, the Espoo-based startup was installing them for the visually impaired (but truly to be enjoyed by all) in both a railway station and the Sello mall in the Leppävaara region. With that project being a first, and 3D printed tactile maps still in the infantile stages, the team was curious to see how that project would turn out before they moved on to any further innovative projects in a similar vein.

That test of technology and innovation in urban Finland went pretty well, judging by their new aspirations. Now, they are spreading the use of both 3D printing technology and maps further in a new project after receiving funding from European acceleration initiative, CreatiFI, which has funded their new automated map system, as well as sending them on their way to work with SLUSH organizers in Helsinki, as they worked to put on this year’s non-profit event that serves to bring together the next generation of great, ‘world-conquering companies.’Untitled

SLUSH organizers were interested in finding a way to help event goers get around the venue more easily. The Versoteq team made a digital 3D mobile map with augmented reality that visitors could use on their phones, as well as producing 3D printed tactile maps of surrounding and indoor areas. Designed for those with normal sight, the maps were reported to have helped users perceive the area better due to the 3D design and full color.

“Our Slush map design process started with combining the blueprint of the buildings with the data from outside the buildings,” Tram Nguyen of Versoteq told 3DPrint.com. “We placed 3D models of the stages to the indoor map and added information with elevated letters as well as with Braille. We also made special symbols, like north arrow and the stand marker, to help the orientation.”

The 3D printed maps are 52 cm x 30 cm wide and the height of the buildings is up to 25 cm. The team used full color sandstone, but they emphasize that single color materials or other full color materials could be used as well. For the City of Espoo maps, they used full color plastic for greater durability outdoors.Untitled

“This experiment has strengthened the ‘design-for-all’ approach in our maps–the maps should be functional to everyone and should look appealing when placed in public,” Nguyen told us. “It was a great project altogether and we learned a lot more from our first time making indoor maps.”

A great portion of the investment dollars from CreatiFI, however, went into developing their new TactMap service, still in the ‘alpha’ phase of testing, with beta gearing up at the beginning of 2016. The mission with TactMap is to make tactile maps more accessible.slush

“We learnt from the Finnish Federation of the Visually Impaired that one of the major reasons why tactile maps have not been widely used is that tactile maps can be difficult to obtain,” he told 3DPrint.com. “This difficulty is due to many reasons, such as production costs and production difficulty. These factors also influence on the support for the use of tactile maps, in such a way that people do not get adequate training. With TactMap, we want to change this.”

This service will allow anyone to 3D print a map from TactMap, or to order one through a hub or bureau. They point out that it is very user-friendly, and no CAD skills are required. Through using OpenStreetMap, the user just selects and area and then the 3D map is generated.

The goal, and especially with their new TactMap platform in development and testing, is to see the maps become more much accessible and affordable for all. Currently tactile maps are thousands of euros each–and they hope to cut that to hundreds instead, soon. Discuss this story in the 3D Printed Map forum thread on 3DPB.com.

Share this Article


Recent News

BASF Acquires Industrial XSTRAND 3D Printing Filaments from Owens Corning

Challenges Face Metal 3D Printing Powder Suppliers in 2020



Categories

3D Design

3D Printed Art

3D printed automobiles

3D Printed Food


You May Also Like

QuesTek Innovations Wins US Air Force-America Makes 3D Printing Challenge

QuesTek Innovations has won the Macroscale Structure-to-Properties Predictions portion of an intensive four-part AFRL AM Modeling Challenge Series sponsored by the Air Force Research Laboratory (AFRL) and America Makes. Founded in 2012,...

Featured

Additive Manufacturing Strategies 2021 Moves Online, Adds Extra 3D Printing Vertical

Additive Manufacturing Strategies (AMS), the annual summit co-hosted by 3DPrint.com and SmarTech Analysis, is a conference focused on business intelligence for the additive manufacturing industry. The first year, AMS was...

ExOne’s 3D Sand Printing Network Expands Accessibility in North America

ExOne is a pioneer in sand 3D printing, licensed since 1996 to continue developing industrial inkjet 3D printing originally created by engineers at Massachusetts Institute of Technology (MIT) for use...

Markforged Metal 3D Printing Replaces Obsolete Part for Legacy Race Car

Founded in 2013 by Greg Mark, Massachusetts-headquartered Markforged quickly became a powerful presence in the 3D printing industry, first with carbon fiber reinforced 3D printing and then developing a novel...


Shop

View our broad assortment of in house and third party products.