Advanced manufacturing - Import export

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

Some variants of the QMG 700 will be discontinued Jan 31, 2018 Exceeding Detection Limits with Superior Stability and Refined Resolution Rapid advancements in semiconductor manufacturing technology rely on swift and dependable gas analysis solutions. In the fab or in the lab, select the INFICON QMG 700 Analytical Mass Spectrometer to break through detection barriers and propel your process to the next level of innovation. The QMG 700 provides unparalleled performance and adaptability in a modular design. Enhance your competitive edge with the QMG 700, and achieve a superior level of measurement capability. Select from a wide range of ion source, mass filter, and RF power supply options, to tailor your QMG 700 to specific applications. The QMG 700 boasts more than nine decades of dynamic range and ppb detection limits, making it the ideal instrument for ultra high vacuum measurements. QMG 700 provides unit resolution across its entire mass range, and even higher resolution for...

Engineered for the smallest possible volume and weight, made with an advanced high-density manufacturing and assembly process. The xiMU cameras are the smallest cameras in our portfolio and even in the world of industrial cameras. All of the latest models come with a USB3 interface (USB-C, flex or micro coax cables) to support the full potential of sensor bandwidth and ensure simplicity of use. All this together with less than 5 grams weight and less than 1 watt power consumption, makes them also ideal for a plethora of embedded, mobile, and space-restricted applications, such as UAVs. - Miniature camera - Only 15 x 15 x 8 mm and mere 5 grams - High resolutions - From 5 Mpix models up to new 18 Mpix - Next level speed with more than 20 FPS at 18 Mpix - Low power consumption starting at under 1 watt

The INFICON SKY CDG025D Capacitance Diaphragm Gauge line of highly accurate temperature compensated manometers is designed for stable performance in harsh manufacturing tool environments. Advanced digital electronics improve gauge performance and offer easy handling features such as one pushbutton zero function and setpoint adjustment. The corrosion resistant ultra pure ceramic sensor provides excellent zero stability with a long life expectancy of several million pressure cycles, including atmospheric bursts. A unique sensor shielding (patent pending) protects the gauge from process contamination. A robust mechanical design and digital electronics improve EMC compatibility, long term stability and temperature compensation. The CDG025D sets new standards for fast stability after power on and fast recovery from atmospheric pressure exposure. (1) Non-linearity, hysteresis, repeatability at 25°C ambient operating temperature without temperature effects after 2 hours operation. (2)...

The INFICON SKY CDG025D Capacitance Diaphragm Gauge line of highly accurate temperature compensated manometers is designed for stable performance in harsh manufacturing tool environments. Advanced digital electronics improve gauge performance and offer easy handling features such as one pushbutton zero function. New Version with 2wire current Loop is now available. The corrosion resistant ultra pure ceramic sensor provides excellent zero stability with a long life expectancy of several million pressure cycles, including atmospheric bursts. A unique sensor shielding (patent pending) protects the gauge from process contamination. A robust mechanical design and digital electronics improve EMC compatibility, long term stability and temperature compensation. The CDG025D sets new standards for fast stability after power on and fast recovery from atmospheric pressure exposure. (1) Non-linearity, hysteresis, repeatability at 25°C ambient operating temperature without temperature effects...

EWOQE provides model making, prototype construction, and 3D printing services for the industry. Our team of experts is highly skilled in designing and producing high-precision plastic components using advanced additive manufacturing technologies. We strive to offer swift and cost-effective solutions for your development projects, utilizing our efficient approach. Our state-of-the-art 3D printing techniques enable accelerated product development and shortened turnaround times. At EWOQE, we are committed to providing components that meet your specific requirements with the utmost quality and reliability. We understand the importance of these factors in the industry and are dedicated to meeting your expectations in every aspect. We would be honored to serve as your trusted partner for model making, prototype construction, and 3D printing services.

Our advanced manufacturing crafts highly precise, custom-engineered components for technical applications in small series. Precision in 3D Construction and Modeling: Expertise in precise 3D construction and modeling underpins the production of technical production parts in small series. Leveraging advanced 3D printing, we create components meeting high standards of accuracy and functionality. Diverse Material Portfolio for Technical Applications: From classic materials (PLA, PET-G, ASA, ABS) to specialized polymers and fiber composites, our varied material portfolio caters to specific needs of technical production parts. Optimized Manufacturing for Small Series: Our techniques ensure efficient, precise production for small series, balancing cost-effectiveness and quality for swift market entry.

EMKA offers a comprehensive product range of ingenious locking technology from a single source. The modular program structure allows a unique variety of components: quarter turns, locking-systems, handles, hinges and gasketings. The high quality and product standards are guaranteed by an excellent manufacturing know-how and by the certified process control according to ISO 9001. This high performance Hinge from EMKA is precision engineered for single door cabinets. The advanced hinges are manufactured from stainless steel for prolonged durability and feature a 180° freedom of movement for and 20 mm door return. The hinges are an ideal partner for a cost effective increase in productivity.

Where to use deva.metal ® deva.metal ® is a self-lubricating bearing material manufactured by advanced powder metallurgy. It is fully compacted, unlike oil-impregnated porous bronze materials that are weak by comparison. deva.metal ® is provided with an evenly distributed solid lubricant throughout its metallic matrix. deva.metal ®, which is suitable for dry running at slow sliding speeds and high loads: has high resistance to temperature and corrosion. will tolerate contamination and edge pressures. can be easily machined if required. Applications Iron foundries and steel works, furnace construction, fans, foundry machinery, waste water cleaning plants, water, steam and gas turbines, pumps and compressors, food and beverage industry machinery, packing machinery, construction equipment, mechanical handling equipment and many more. Structure 1. Bronze, iron or nickel matrix 2. Solid lubricant (Graphite, WS 2 a.o.)

Where to use deva.metal ® deva.metal ® is a self-lubricating bearing material manufactured by advanced powder metallurgy. It is fully compacted, unlike oil-impregnated porous bronze materials that are weak by comparison. deva.metal ® is provided with an evenly distributed solid lubricant throughout its metallic matrix. deva.metal ®, which is suitable for dry running at slow sliding speeds and high loads: has high resistance to temperature and corrosion. will tolerate contamination and edge pressures. can be easily machined if required. Applications Iron foundries and steel works, furnace construction, fans, foundry machinery, waste water cleaning plants, water, steam and gas turbines, pumps and compressors, food and beverage industry machinery, packing machinery, construction equipment, mechanical handling equipment and many more. Structure 1. Bronze, iron or nickel matrix 2. Solid lubricant (Graphite, WS 2 a.o.)

Where to use deva.metal ® deva.metal ® is a self-lubricating bearing material manufactured by advanced powder metallurgy. It is fully compacted, unlike oil-impregnated porous bronze materials that are weak by comparison. deva.metal ® is provided with an evenly distributed solid lubricant throughout its metallic matrix. deva.metal ®, which is suitable for dry running at slow sliding speeds and high loads: has high resistance to temperature and corrosion. will tolerate contamination and edge pressures. can be easily machined if required. Applications Iron foundries and steel works, furnace construction, fans, foundry machinery, waste water cleaning plants, water, steam and gas turbines, pumps and compressors, food and beverage industry machinery, packing machinery, construction equipment, mechanical handling equipment and many more. Structure 1. Bronze, iron or nickel matrix 2. Solid lubricant (Graphite, WS 2 a.o.)

Where to use deva.metal ® deva.metal ® is a self-lubricating bearing material manufactured by advanced powder metallurgy. It is fully compacted, unlike oil-impregnated porous bronze materials that are weak by comparison. deva.metal ® is provided with an evenly distributed solid lubricant throughout its metallic matrix. deva.metal ®, which is suitable for dry running at slow sliding speeds and high loads: has high resistance to temperature and corrosion. will tolerate contamination and edge pressures. can be easily machined if required. Applications Iron foundries and steel works, furnace construction, fans, foundry machinery, waste water cleaning plants, water, steam and gas turbines, pumps and compressors, food and beverage industry machinery, packing machinery, construction equipment, mechanical handling equipment and many more. Structure 1. Bronze, iron or nickel matrix 2. Solid lubricant (Graphite, WS 2 a.o.)

Where to use deva.metal ® deva.metal ® is a self-lubricating bearing material manufactured by advanced powder metallurgy. It is fully compacted, unlike oil-impregnated porous bronze materials that are weak by comparison. deva.metal ® is provided with an evenly distributed solid lubricant throughout its metallic matrix. deva.metal ®, which is suitable for dry running at slow sliding speeds and high loads: has high resistance to temperature and corrosion. will tolerate contamination and edge pressures. can be easily machined if required. Applications Iron foundries and steel works, furnace construction, fans, foundry machinery, waste water cleaning plants, water, steam and gas turbines, pumps and compressors, food and beverage industry machinery, packing machinery, construction equipment, mechanical handling equipment and many more. Structure 1. Bronze, iron or nickel matrix 2. Solid lubricant (Graphite, WS 2 a.o.)

Where to use deva.metal ® deva.metal ® is a self-lubricating bearing material manufactured by advanced powder metallurgy. It is fully compacted, unlike oil-impregnated porous bronze materials that are weak by comparison. deva.metal ® is provided with an evenly distributed solid lubricant throughout its metallic matrix. deva.metal ®, which is suitable for dry running at slow sliding speeds and high loads: has high resistance to temperature and corrosion. will tolerate contamination and edge pressures. can be easily machined if required. Applications Iron foundries and steel works, furnace construction, fans, foundry machinery, waste water cleaning plants, water, steam and gas turbines, pumps and compressors, food and beverage industry machinery, packing machinery, construction equipment, mechanical handling equipment and many more. Structure 1. Bronze, iron or nickel matrix 2. Solid lubricant (Graphite, WS 2 a.o.)