Air separation separates nitrogen and oxygen to obtain pure gases for various industrial processes.

Air powers processes and functions like air piston powering, tool powering, clamping, spraying, controls and actuators.

Conveyors and Elevators help in moving materials from one place to another for handling, manufacturing, and logistics. Helical gearboxes transfer power between parallel shafts. They are proficient in smooth and quiet operations, making them ideal for conveyor applications. Bevel gearboxes transmit power between non-parallel shafts, helping with angular changes in motion, which is integral to elevators and conveyors.

Ball mills grind materials, while kiln drives rotate kilns for heating and processing materials. Both, helical and bevel gearboxes play a key role in transmission and lowering of speed. Helical gearboxes transfer power between parallel shafts. Bevel gearboxes transmit power at 90 degrees.

Extruder Gearboxes transmit power from motors to drive machinery and regulate an extruder's speed and force. Helical gearboxes are used for smooth and quiet operations, for high loads. Bevel gearboxes are used to transmit power for right angle shafts with high efficiency.

Open gears are crucial for power transmission in heavy machinery for operations in mills, cranes and excavators. Gears and pinions are key in transmitting power and motion for open gear applications such as rolling mills and kiln drives. These applications require high-torque yet low speed operations.

Pet Cleaning refers to the cleaning of Pet equipment and materials.

These machines use process cooling with chilled water for consistent cooling and preventing defects.

Air conditioning controls the temperature, humidity, and sometimes the purity of the air in an interior setting.

Conveying involves the transportation of glass products and raw materials efficiently.

The glass industry uses compressed air for a variety of purposes, including molding bottles and glassware. It drives pneumatic equipment, moves materials, and facilitates procedures like blow molding, which uses compressed air to form molten glass into hollow vessels.

Instrument air powers blending, mixing, cooling, glass blowing, moulding, controls and actuators.

Compressed air is used to inflate or melt glass or plastic into the desired shape which is then cooled and shaped into the final product.

The fabrication process is assisted through assembly station powering, controls and actuators, injection moulding, tool powering, and spraying.

Air facilitates the moulding process through mould press powering, tool powering, clamping, forming and injection moulding.

Air powers processes such as clamping, stamping, tool powering and cleaning, controls and actuators.

Air is used for cleaning processes in manufacturing facilities.

Air is used in a vortex tube to create hot and cold air volumes for industrial heating and cooling processes.

Air is used to propel grit or shot for blasting and cleaning operations.

Compressed air acts as a power source for air hoists that are used for a multitude of lifting operations.

Air-operated tools are preferred over electric tools as they are light and easy to handle.