Industrial Packaging

YILMAZ WORM gearbox series ET

The YILMAZ WORM gearbox series ET is an advanced generation of the E series, engineered for higher efficiency and optimized performance. Its housing is made from reinforced die-cast aluminum alloy and is available in sizes 25 to 150. The gear ratio range is selectable between 5 and 100, with mechanical efficiency reaching up to 92 percent in single-stage models. The precision heat-treated steel output shaft ensures torque transmission with minimal vibration and very low noise. Natural cooling through the radial finned housing enables effective heat dissipation and extends the service life of bearings and gears.

The YILMAZ ET series gearbox can deliver up to 1500 Nm of output torque, supporting input power from 0.12 to 11 kW. The motor interface uses a standard IEC flange with options for direct or coupled input connection. Heat- and wear-resistant seals prevent oil leakage under heavy-duty operating conditions. Permanent lubrication with synthetic ISO VG 320 oil reduces friction and enhances motion efficiency. Precise assembly tolerances minimize backlash and ensure stable operation under dynamic loads. Manufactured in compliance with CE and ISO 9001 standards, this gearbox is ideal for hoists, conveyors, and industrial packaging systems.

Megadyne T200 flat power transmission belt

The Megadyne T200 flat power transmission belt is manufactured with reinforced multilayer polyamide construction and a wear-resistant polyurethane coating, featuring an overall thickness between 3.5 and 5.0 mm. It provides a tensile modulus of 250 to 300 N per mm and can continuously transmit up to 25 kW of power at speeds ranging from 2000 to 20000 RPM. Its friction coefficient between 0.45 and 0.58 ensures high efficiency and reduced slippage in heavy industrial applications.

A key feature of the Megadyne T200 flat power transmission belt is its ability to withstand static loads up to 4500 N and maintain thermal stability within -35 to +120 °C. It is widely used in heavy assembly lines, high-speed printing machines, and industrial packaging equipment. With a minimum bending radius of 110 mm and high fatigue resistance, it extends operational lifetime and reduces unexpected downtime in production processes.

Megadyne T150 flat power transmission belt

The Megadyne T150 flat power transmission belt is manufactured with multilayer polyamide construction and an industrial wear-resistant polyurethane coating, featuring a thickness between 2.8 and 4.2 mm. It provides a tensile modulus of 210 to 250 N per mm and can continuously transmit up to 18 kW of power at speeds ranging from 2000 to 20000 RPM. Its friction coefficient of 0.42 to 0.55 ensures high efficiency and reduced slippage in heavy-duty industrial applications.

A key feature of the Megadyne T150 flat power transmission belt is its ability to withstand static loads up to 3800 N and maintain thermal stability within -30 to +110 °C. It is widely applied in automated assembly lines, heavy-duty printing machines, and industrial packaging equipment. With a minimum bending radius of 95 mm and high fatigue resistance, it extends operational lifetime and reduces unexpected downtime in production processes.

Megadyne S155 flat power transmission belt

The Megadyne S155 flat power transmission belt is manufactured with multilayer polyamide construction and an industrial polyurethane cover, featuring an overall thickness between 3.0 and 4.5 mm. It provides a tensile modulus of 220 to 260 N per mm and can continuously transmit up to 20 kW of power at speeds ranging from 2500 to 20000 RPM. Its friction coefficient of 0.45 to 0.55 enhances efficiency and minimizes slippage under heavy load conditions.

A key feature of the Megadyne S155 flat power transmission belt is its ability to withstand static loads up to 4000 N and maintain thermal resistance within -30 to +110 °C. It is widely applied in automated assembly lines, heavy-duty printing machines, and industrial packaging equipment. With a minimum bending radius of 100 mm and excellent fatigue resistance, it extends operational lifetime and reduces unexpected downtime in production processes.

Megadyne P120 flat power transmission belt

The Megadyne P120 flat power transmission belt is built with a reinforced polyamide core and a wear-resistant polyurethane coating, featuring a thickness between 2.5 and 4.0 mm. It provides a tensile modulus of 200 to 240 N per mm and can continuously transmit up to 18 kW of power at speeds ranging from 2500 to 20000 RPM. Its friction surface with a coefficient of 0.42 to 0.55 improves efficiency in heavy industrial applications.

A key feature of the Megadyne P120 flat power transmission belt is its ability to withstand static loads up to 3500 N and maintain thermal stability within -30 to +110 °C. It is used in high-speed printing machines, industrial packaging equipment, and automated conveying lines. With a minimum bending radius of 90 mm and high fatigue resistance, it increases service life and reduces maintenance costs in power transmission systems.

Megadyne PU welded timing belt ATK10 K13

Megadyne PU welded timing belt ATK10 K13 is made of thermoplastic polyurethane reinforced with steel or Kevlar cords, ensuring high tensile strength and long-lasting durability. The belt features a tooth profile with a 10 to 13 millimeter pitch, designed for power transmission in heavier-duty systems. Its operating temperature range is -20 to +80 degrees Celsius, offering strong resistance against wear, oil, and moisture. Standard belt widths are produced between 25 and 100 millimeters, with thermal welding capability for endless loop configurations.

Due to its precise tooth design and broad contact surface, this belt is suitable for transmitting high torques in industrial packaging machinery, production lines, and robotic equipment. Its excellent dimensional accuracy minimizes vibration and increases the service life of engaged components. The combination of high-performance polyurethane and reinforced cords ensures stable operation at high speeds and under heavy loads. Customization in both belt length and width enhances its application flexibility.