Implement your own ideas and hold the result in your hands immediately: This is the motto of the Makers Lab, available to both students and staff of at the University of Applied Sciences Kufstein Tirol.
The laboratory equipment allows users to
In other words, all essential steps in the creation of a product can be performed here.
Support from our corporate partners allows us to make available state-of-the-art equipment in the Makers Lab.
PC workstations with various CAD programs and a range of programming environments are available for concept development.
In the course Interaction Design & Product Design of the master’s program Smart Products & Solutions, a Data Explorer was developed together with our external lecturer Mara Lindner.
Concept and implementation: Franz Hubauer, Alexander Führen, Markus Ehrlenbach.
The steps from the idea to sketches, a CAD model, and the finished project:
Real-life objects can be digitized with the help of 3D scanners.
3D-Scanner
3D-Scanner
Rapid prototyping is the rapid production of samples, models, and prototypes from digital drawings (2D or 3D CAD drawings).
Rapid prototyping can be extended to include the terms rapid tooling and rapid manufacturing.
The manufacturing processes used in our Makers Lab are additive manufacturing, also known as 3D printing, and material processing using a laser engraving machine.
To realize the digital concepts, there are a number of 3D printers to choose from that operate on different principles, such as material extrusion (MEX, FFF, FDM) and stereolithography (DLP).
3D printer Ultimaker S5 Pro Bundle in the Makers Lab I
Materials station of the 3D printer Ultimakers S5
Robot as a small gift item, manufactured using the 3D printer Ultimaker 2
Wattener Lizum mountain range for an avalanche course
Print-in-place 3D printed and linked elements as a flexible fabric
Print-in-place 3D printed cogwheels
Delicate cube, manufactured through DLP (stereolithography)
Funnel (Shops were closed, so it was simply 3D printed on site for personal use.)
3D printed differential gear
Retaining straps for face mask, made from TPU material
Face shield with a production time of less than an hour
In addition to 3D printing, laser cutting with our laser engraving machine (CO2 laser) is particularly useful for quickly realizing concepts.
Laser engraving machine Trotec Speedy 100 in the Makers Lab I
Laser engraving machine Trotec Speedy 100 in the Makers Lab I
Planetary gear made of wood, cut out with a laser cutter
Individual parts for a model of the Eiffel Tower, cut out with a laser cutter
Wall clock made of plywood and acrylic (mountaineering themed)
Engraved acrylic sign for the project Smart Factories – Connected Learning. Self-developed LED base including circuit board and engraved sign.
Leather wallet inscribed with laser engraving machine.
Wall clock made of plywood and labeled plastic (cogwheel themed)
Cutting of elements for a wall bracket; bracket for curtain rods on a wall.
The following tools (and a wealth of others) are available for implementing one’s own ideas.
Climate test chamber and workbenches in Makers Lab 2
Experimental setup in the climate test chamber with 3D printer
LPKF circuit board milling machine in Makers Lab 2
To qualify for use the Makers Lab, a laboratory license and subsequent training on the equipment is offered.