Custom Test Equipment, Test Stands, Technical Centers and Test Facilities
Emprise Corporation is an engineering practice founded in 1981 serving the automotive, aerospace, industrial, and alternate power industries. It has earned an international reputation for developing and designing integrated test facilities, technical centers, and custom test equipment for a wide range of industrial applications. Emprise provides turnkey services from front-end planning through design, fabrication, installation, and commissioning. It also manufactures a proprietary line of turbine anemometers originally developed in 1985 for automotive wind tunnel testing. Operating on an independent, client-first philosophy, its engineers do not represent commercial products, selecting equipment solely in the client's interest.
Full-cycle engineering of integrated test facilities and technical centers including front-end planning, facility and equipment integration, custom control systems, and software design.
Upfront planning and design services to identify requirements and develop a cost-effective project framework.
Turnkey integration of test equipment, support systems, and facilities for seamless operation.
Design and implementation of bespoke control systems for specialized testing environments.
Development of open architecture and proprietary software code for test facility automation and control.
Custom test stand engineering and fabrication for aircraft components, actuators, hydraulic valves, pumps, and motors.
Specialized stands for testing aircraft engine starters, actuators, motors, and auxiliary power units.
Testing solutions ranging from hot gas generators for exhaust components to fully automated transmission test stands.
Testing equipment for microturbines, wind turbines, turbogenerators, turboalternators, and fuel cells.
Custom test stands, benches, and fluid systems for hydraulic and pneumatic equipment.
Proprietary helical turbine anemometers and data acquisition systems for automotive, aerospace, and race team air velocity measurement.
Rugged, high-precision helical turbine instruments for mapping airflow across heat exchangers and wind tunnels.
Advanced data systems offering reverse flow detection and high low-speed accuracy.
Units and signal conditioners designed to support velocity measurements and data integration.
Precision calibration and accessories to maintain high-performance airflow measurements.
Automotive · Aerospace · Industrial · Power Generation · Renewable Energy
Greenville, SC · Power Generation · 1999 · Client: General Electric
Turnkey engineering of the entire test facility for General Electric's Test Stand 8, the world's largest gas turbine. The project won the CECG's Engineering Excellence Awards Grand Prize.