Timken Opens State-of-the-Art Gear Drive Manufacturing Facility in Houston
The Timken Company recently announced the opening of a new, 27,000-square-foot gear drive manufacturing facility in Houston, TX.
An integral part of the Timken Power Systems group, the new plant will improve production efficiencies in the manufacture of Philadelphia Gear brand high-speed drives. A long-time designer and innovator of high-speed gear drives serving the energy industry, Timken opened the facility to expand the company's ability to capture strategic opportunities with new and legacy original equipment (OE) customers.
"This investment represents our commitment to meet the growing demands of our energy-market customers," said Carl Rapp, vice president of Timken Power Systems. "The new facility will be able to supply customers in the power generation, oil and gas, refining and pumping industries with reliable, high-speed gearboxes to keep their pumps, compressors and generators running in some of the most challenging operating environments in the world. While low oil prices represent a near-term challenge to the industry, we expect sales for our new high-speed gear drives to continue to grow over the coming years."
Timken Power Systems equipped the facility with two 5-axis machines that employ gear milling technology instead of the traditional hobbing process. These machines can perform up to six different operations used to produce helical gears, shafts and pinions from raw material, with the potential to reduce the OE production cycle by weeks.
"The gear milling process, for example, can reduce pure machine time of a standard-sized gear from 110 hours to 25 hours," said Boyd Swearingen, general manager of the new facility, as well as Timken Power Systems' business in the Gulf Coast, Latin American and Middle East regions.
The milled gear teeth are finish ground on a traditional Hofler form grinder to achieve the required AGMA 14 quality level of Philadelphia Gear drives. Before shipment, each gearbox then undergoes a full-speed no-load spin test that measures sound levels, temperatures and vibration.