The AQUA water-cooling system on the TELWIN DIGITAL SPOTTER 9000 is the key to its outstanding performance and reliability in heavy-duty shop environments. Traditional air-cooled spotters often require breaks to cool down, which slows down the pace of work and reduces productivity, especially when making serial repairs or working with thicker materials.

AQUA technology uses a closed circuit of cooling fluid that effectively removes heat from the most thermally stressed components – the multifunction gun, current cables and electrodes. As a result, even at maximum welding current and prolonged use, the temperature of these components is maintained at optimal levels. This results in a significant extension of the actual work cycle, allowing tasks to be completed faster and without unplanned downtime. What’s more, a stable operating temperature translates into a longer life for accessories such as electrodes or tips, as well as the device itself, minimizing the risk of failure. For the professional, this is synonymous with work continuity, higher profitability and peace of mind.

At the heart of the TELWIN DIGITAL SPOTTER 9000 AQUA is an advanced microprocessor that controls the operation of the device based on “Fuzzy Logic” algorithms. This is no ordinary digital control; it is an intelligent system that thinks along with you. Traditional settings of welding parameters often require a lot of experience and many trials for the operator, especially when working with a variety of materials or complicated repairs.

The “Fuzzy Logic” system analyzes a number of factors in real time, such as the resistance of the material, the type of tool used or even slight fluctuations in the mains voltage. On this basis, it dynamically corrects the welding current and time to ensure an optimal connection every time. The result? Extremely reproducible, strong and aesthetically pleasing welds, minimal risk of burning through thin sheets or damaging the structure of HSS/UHSS materials. For the workshop, this means reduced rework, savings in materials and time, and the ability for even less experienced workers to achieve excellent results. It’s a technology that takes quality and efficiency to a whole new level.

TELWIN DIGITAL SPOTTER 9000 AQUA is designed to make the professional’s work as simple and fast as possible. Two features play a key role: automatic recognition of the connected tool and a rich library of synergy programs. No more manually leafing through manuals and tediously setting parameters for each operation!

When you connect an inertia hammer gun, triangle washer welding electrode or corrugated wire tip to the spotter, the device immediately identifies the tool. Then, on an easy-to-read LCD display, it automatically proposes the optimal synergy program for the application, taking into account typical sheet thicknesses and repair types. The operator only has to confirm the selection or make minor adjustments if the specifics of the job require it. Such automation drastically reduces preparation time, minimizes the risk of erroneous settings and allows you to focus on the precise execution of the repair itself. It’s intelligent support that any specialist who values his time and strives for perfection will appreciate.

The TELWIN DIGITAL SPOTTER 9000 AQUA, together with the included accessory kit (ACC), is a true sheet metal repair shearer. Its versatility allows it to handle virtually any task related to the treatment and repair of car bodies and other sheet metal parts.

From the precise extraction of dents with nails, straight washers, triangular washers or bits, to the effective use of corrugated wire to repair extensive damage, to one-sided spot welding of sheet metal. The device also excels at shrinking and stabilizing stretched sheet metal surfaces with a copper electrode, and allows spot heating with a carbon electrode to facilitate forming. Its ability to work with various types of steel, including high-strength sheet metal (HSS, Boron), makes it an indispensable tool in the modern sheet metal shop. This versatility eliminates the need for multiple specialized equipment, optimizing workshop space and investment costs.