The intervals depend heavily on the load and environment. For average use in production, we recommend a visual inspection every 14 days and a thorough inspection including lubrication of the bearings every three months. For dusty applications, the intervals are shortened to weekly checks.

The decisive factors are the total weight to be moved, the desired speed, and the environmental conditions. For light to medium loads up to 200 kg, brushless DC motors with planetary gears are often suitable. For higher requirements or harsh environments, we rely on asynchronous motors with frequency converters. We are happy to calculate the right combination together.

Yes, many existing systems can be retrofitted with modern controls, sensors, and energy-efficient drives. We inspect the mechanical base structure on site and create a modular upgrade concept. Typical measures include replacing V-belts with timing belts or integrating an IoT-capable monitoring unit.

Composite belts made of reinforced plastics are significantly lighter, more corrosion-resistant, and have a longer service life in humid or chemically stressed environments. They also reduce energy consumption due to lower rolling resistance. The purchase price is slightly higher, but it usually pays for itself within two years through lower maintenance costs.

Condition-based monitoring with vibration sensors and temperature probes detects imbalances or incipient bearing damage early on. We recommend equipping critical stations with these sensors and evaluating the data in central software. This allows you to replace components specifically during planned downtimes instead of reacting to an unexpected failure.