used by Eschenbach Optik has a service life of approx. 50,000 hours.The battery life is up to 10x longer in comparison to a conventional light.The voltage is controlled via a step-up converter, which produces
used by Eschenbach Optik has a service life of approx. 50,000 hours.The battery life is up to 10x longer in comparison to a conventional light.The voltage is controlled via a step-up converter, which produces
used by Eschenbach Optik has a service life of approx. 50,000 hours.The battery life is up to 10x longer in comparison to a conventional light.The voltage is controlled via a step-up converter, which produces
used by Eschenbach Optik has a service life of approx. 50,000 hours.The battery life is up to 10x longer in comparison to a conventional light.The voltage is controlled via a step-up converter, which produces
used by Eschenbach Optik has a service life of approx. 50,000 hours.The battery life is up to 10x longer in comparison to a conventional light.The voltage is controlled via a step-up converter, which produces
used by Eschenbach Optik has a service life of approx. 50,000 hours.The battery life is up to 10x longer in comparison to a conventional light.The voltage is controlled via a step-up converter, which produces
used by Eschenbach Optik has a service life of approx. 50,000 hours.The battery life is up to 10x longer in comparison to a conventional light.The voltage is controlled via a step-up converter, which produces
used by Eschenbach Optik has a service life of approx. 50,000 hours.The battery life is up to 10x longer in comparison to a conventional light.The voltage is controlled via a step-up converter, which produces
used by Eschenbach Optik has a service life of approx. 50,000 hours.The battery life is up to 10x longer in comparison to a conventional light.The voltage is controlled via a step-up converter, which produces
used by Eschenbach Optik has a service life of approx. 50,000 hours.The battery life is up to 10x longer in comparison to a conventional light.The voltage is controlled via a step-up converter, which produces
