its too cool
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posted by Technology @ 12:41 AM
2 Comments:
Company
Offray Specialty Narrow Fabrics, Inc. (OSNF) has been owned and operated by the Offray family since 1876. The company has corporate offices in Chester, NJ and a production facility in Watsontown, PA,. Offray has been a leader in these communities, receiving citations as the New Jersey Family Business of the Year, and as the Milton Pennsylvania Area Chamber of commerce "Staff of the Year." This longstanding commitment to technical innovation and community involvement has made Offray to be a growing U.S.textile company.
Offray is an innovative manufacturer of technical webbing for commercial and military applications, selling our products to companies throughout the world. Highlights of the innovative development and production work done by the Offray include:
* • Fire retardant straps, elastics and ropes for breathing and safety equipment used by firefighters
* • Woven static control ribbons used in computer chip manufacturing
* • Pioneering development of electronic textiles for the United States military
* • Cutting edge medical grafts for endovascular implants
* • Products for NASA, the United States Forestry Service, and several specialized Defense Departments applications
Offray Specialty Narrow Fabrics and the Offray family are committed to our customers and to finding solutions to their narrow fabric needs.Groundbreaking Technologies from PI
PILine® Piezomotors
Based on a new ultrasonic ceramic drive, they are light, compact, self-locking, vacuum compatible and have a number of other advantages over classical linear motors.
Capacitive Sensors
Non-contact and absolute-measuring, with subnanometer resolution, excellent linearity and high bandwidth. Ideally suited for parallel metrology configurations.
PICMA® Piezo Actuators
Monolithic multilayer piezo actuators with ceramic encapsulation. Insensitive to atmospheric humidity, longer lifetime and wider operating temperature range than conventional multilayer piezo actuators. Ideal for vacuum operation.
NEXLINE® Technology
Addresses the drawbacks of existing nanopositioning drives. Provides long travel, subnanometer resolution and very high forces. Non-magnetic, UV- and vacuum compatible.
Parallel Kinematics/Hexapods
Allows design of compact, stiff micro- and nanopositioning stages with minimal inertia for fastest possible response; no cumulative guiding error and no moving cables.
Parallel Metrology
Permits better multi-axis accuracy by keeping all motion on all controlled axes inside the servo-loop. Parallel metrology is a requirement for active trajectory control.
Active Trajectory Control
Compensates crosstalk and guidance errors achieving accuracies in the subnanometer and submicroradian range.
Dynamic Digital Linearization
Reduces phase shifts and tracking errors of piezo nanopositioning systems used in fast scanning applications. Improves dynamic linearity by up to 1000-fold.
InputShaping®
Stops self-excited vibrations inside or outside the servo-loop before they start. Achieves fastest possible settling—usually within one period of the resonant frequency.
PI - Innovation is a Tradition
Groundbreaking Technologies from PI
PILine® Piezomotors
Based on a new ultrasonic ceramic drive, they are light, compact, self-locking, vacuum compatible and have a number of other advantages over classical linear motors.
Capacitive Sensors
Non-contact and absolute-measuring, with subnanometer resolution, excellent linearity and high bandwidth. Ideally suited for parallel metrology configurations.
PICMA® Piezo Actuators
Monolithic multilayer piezo actuators with ceramic encapsulation. Insensitive to atmospheric humidity, longer lifetime and wider operating temperature range than conventional multilayer piezo actuators. Ideal for vacuum operation.
NEXLINE® Technology
Addresses the drawbacks of existing nanopositioning drives. Provides long travel, subnanometer resolution and very high forces. Non-magnetic, UV- and vacuum compatible.
Parallel Kinematics/Hexapods
Allows design of compact, stiff micro- and nanopositioning stages with minimal inertia for fastest possible response; no cumulative guiding error and no moving cables.
Parallel Metrology
Permits better multi-axis accuracy by keeping all motion on all controlled axes inside the servo-loop. Parallel metrology is a requirement for active trajectory control.
Active Trajectory Control
Compensates crosstalk and guidance errors achieving accuracies in the subnanometer and submicroradian range.
Dynamic Digital Linearization
Reduces phase shifts and tracking errors of piezo nanopositioning systems used in fast scanning applications. Improves dynamic linearity by up to 1000-fold.
InputShaping®
Stops self-excited vibrations inside or outside the servo-loop before they start. Achieves fastest possible settling—usually within one period of the resonant frequency.
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