How Tyrolit Increased Efficiency in Composite Processing and Boosted Profitability by 38 %

Producing wind turbine blades requires meeting stringent demands due to the size and complexity of the components. Tyrolit achieved remarkable results through the use of TY Power Strips in combination with ENABL robots.

Using these technologies, customers increased tool life by 58 %, significantly reducing tool changes and downtime. Labor requirements were drastically cut—by a factor of 50— thanks to automation with ENABL robots, which ensured consistent, precise processing. Simultaneously, process times were reduced by 42 %, leading to substantial production efficiency gains.

In the marine industry, especially in producing boat hulls and underwater structures, consistent surface quality is critical to minimize water resistance and ensure longevity.

Tyrolit enabled customers to increase tool life by 48 % and reduce labor requirements by a factor of 5. The implementation of TY POWER hand tools not only replaced traditional random orbital sanders but also stood out for their low-vibration and user-friendly handling. Process times were shortened by 30 %, resulting in significantly faster production.

Lightweight yet robust materials like carbon are indispensable in the automotive industry, particularly for high-performance and luxury vehicles. Precision is paramount in manufacturing body components such as hoods, fenders, and spoilers.

Using TY POWER hand tools, Tyrolit extended tool life by an impressive 38 % during carbon component processing. This resulted in significantly fewer tool changes and a fivefold reduction in labor requirements. Process times were also shortened by 30 %, significantly enhancing production efficiency.

The aerospace industry demands exceptional surface quality and precision, particularly in the production of aircraft exteriors, which must be lightweight, aerodynamic, and stable.

Tyrolit achieved remarkable improvements through automation of the grinding process. For complex components like riveted aircraft exteriors, tool life increased by 51 %. Process times were simultaneously reduced by 25 %, significantly boosting productivity. Manual interventions were minimized, ensuring process safety and consistent end-product quality.