Smart process optimised tool (spot), an industry 4.0 world first approach for reliable and repeatable crimping and cutting hand tool technology
There is an urgent market demand to eliminate the risk of human error and increase crimping accuracy, from the current 20-25% fail rate. This is particularly prevalent in the automotive and aviation sectors, for safety-relevant components such as airbags, brake systems and on-board electrical systems. In response, we have developed SPOT, an HMI, Industry 4.0 solution that improves process reliability to a 0% fail rate.

SPOT contains a new state-of-the-art sensor technology, a patented force distribution system as well as an advanced intelligent central unit. These features enable the tool to perform an optimal force measurement and record the accuracy and quality of the crimp.  Additionally, as we have miniaturised, a benefit is realised enabling crimping of extremely small wire diameters as well as high forces despite the manual operation.

As a new generation of tool and with our IP position protected, we intend for SPOT to become the industry standard and pave the path for us to maintain our market leadership for decades, therefore, it is key for us to plan this market entry strategy carefully to ensure success is maximised. This feasibility study will allow us to: refine our market knowledge; plan our scale-up for manufacturing; finalise Phase 2 project partners and produce a fully elaborated business plan.

As an Industry 4.0 evolution of hand tools, it is necessary for us at WEZAG to build up our internal knowledge for electrical engineering and electronics. This will be achieved via recruitment and training. However, with a legacy as an innovative company, we possess the know-how required to successfully develop, manufacture and market such world novelties and innovations.

Having already proven TRL6, at Phase 2 we shall: finalise tool development; create a varying crimping tool group; prepare the technology for serial production; prove to the market the added value of SPOT USPs and demonstrate to the market the reproducible accuracy of SPOT.