Excellent performance - Import export

Our classic paraffin-based liquid barbecue lighter offers you stress-free barbecue moments with an excellent performance and optimum results.

The 8661 precision torque sensor is the ideal choice for reliable measurement of static and dynamic clockwise and counter-clockwise torques. Thanks to its high measurement quality and low linearity error, the sensor is equally at home in quality control or research & development. Designed for non-contact operation and zero-maintenance, the 8661 is also ideally suited to the production environment, whether on shift-based production lines, test benches or end-of-line test systems. The 8661 torque sensor is the specialist device for constant torque measurements during continuous operation and for test-bench measurements of holding, friction, break-away or tightening torques. An optional built-in incremental encoder disk with up to 2000 increments makes the sensor the perfect alternative where space or budget rule out an additional angle or speed sensor. For mobile use and for instant digital access to measurement data, the 8661 torque sensor is also available with a USB interface.

The N480D-RRR is an efficient PID-temperature controller with an excellent price-performance ratio.

The N480D-RRR is an efficient PID-temperature controller with an excellent price-performance ratio.

The N480D-RRR is an efficient PID-temperature controller with an excellent price-performance ratio.

The N480D-RRR is an efficient PID-temperature controller with an excellent price-performance ratio.

Excellent performance with porous vacuum componets Manufacturers around the world trust our porous materials to deliver excellent performance when used as vacuum components. Anti-static additives can also be introduced for applications that require conductivity. Ensure purity–Material is backed by the Certified Pure POREX™ program of independent laboratory testing of leachables, extractables and interfering substances. Deliver precise flow rates and tolerances–Engineered for tight pore size and volume control. Improve device effectiveness–Design is customizable per application and can incorporate anti-static properties. request sample ask an engineer

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Extremely durable materials place extreme demands on the knives with which they are processed. Our knives are customized for a wide variety of material mixtures and therefore perform excellently in cold and hot cutting processes.

Extremely durable materials place extreme demands on the knives with which they are processed. Our knives are customized for a wide variety of material mixtures and therefore perform excellently in cold and hot cutting processes.

Extremely durable materials place extreme demands on the knives with which they are processed. Our knives are customized for a wide variety of material mixtures and therefore perform excellently in cold and hot cutting processes.

Extremely durable materials place extreme demands on the knives with which they are processed. Our knives are customized for a wide variety of material mixtures and therefore perform excellently in cold and hot cutting processes.

Extremely durable materials place extreme demands on the knives with which they are processed. Our knives are customized for a wide variety of material mixtures and therefore perform excellently in cold and hot cutting processes.

Extremely durable materials place extreme demands on the knives with which they are processed. Our knives are customized for a wide variety of material mixtures and therefore perform excellently in cold and hot cutting processes.

thermoIMAGER TIM 160S infrared cameras are designed for stationary thermography providing an excellent price/performance ratio. These thermal imaging cameras are connected via USB 2.0 to a computer and are promptly ready for use. Various interfaces enable their integration into networks and automated systems.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

Cutting, punching, perforating, folding and register cutting are among the most important work steps in the production process. These are the main tasks of our knives – used in a wide variety of ways, for applications on various types of machines. With excellent repeat performance and optimally protected against wear and tear, for highly profitable knife inserts and tool life.

THE STANDARD IN GAS ANALYSIS Excellent Performance and Great Value for General Vacuum Applications As manufacturing technologies advance and quality standards change, the need to understand your process and maintain product quality is more important than ever. Transpector MPS can help you optimize your process by monitoring process conditions, detecting contaminants, and checking for leaks. Transpector MPS offers the robust performance of the Transpector brand of RGA at an excellent value for our customers. Transpector MPS is available in both 100 amu and 200 amu versions, which gives you the flexibility of performing a wide variety of functions including general leak detection, vacuum diagnostics, and hydrocarbon analysis. This versatility makes Transpector MPS the sensor of choice for vacuum furnace, heat treating, and vacuum coating applications. (1) at 10% of peak height (2) during an eight hour period, after a half hour warm up; in FC mode only (3) 256 millisecond dwell time