Electronic devices - Import export

This Personal Electronic Dosimeter device can be configured to use either two or four-dose alarm levels. It can also be charged with a direct micro USB connection, providing greater flexibility. Benefits of the PED-Blue include: Robust and easy to use Direct micro USB connection for greater flexibility Large, clear, easy-to-read display Light weight – suited to more applications IP67 rated Simple one-button operation

This Personal Electronic Dosimeter device can be configured to use either two or four-dose alarm levels. It can also be charged with a direct micro USB connection, providing greater flexibility. Benefits of the PED-Blue include: Robust and easy to use Direct micro USB connection for greater flexibility Large, clear, easy-to-read display Light weight – suited to more applications IP67 rated Simple one-button operation

Load cells specially designed to measure the tension force applied to a running cable or running rope. o Custommade design according to your needs type of rope (steel, synthetic, optical fiber, umbilical) capacity rope diameter (from 6 up to 115 mm) maximum winding speed accuracy Material load pin stainless steel other nickelplated steel or stainless steel (option) o Complete range of CE certified electronics and load limitation devices available

Load cells specially designed to measure the tension force applied to a running wire rope. The removable center sheave enables easy installation without cutting the winch lines. o Wide range of cables (Ø from 6 up to 115 mm) other components stainless steel (5580) other components nickelplated steel (5585) o Complete range of CE certified electronics and load limitation devices available o Custommade manufacturing

Printing on glass is a technique offering endless decorative possibilities for many fields of applications, including home interior, automotive, electronic devices, etc... We pay close attention to colors and make sure they meet your expectations in hue and opacity. Many colors are available, and different level of opacity can be obtained. We can recreate materials like wood, marble... The printing resists to the bonding techniques that are typical in the manufacturing industry, such as optical bonding.

Actran TM A powerful acoustic CAE tool for turbomachinery noise prediction Actran TM is the reference CAE tool for analyzing the sound radiated by turbo machines and for optimizing the related acoustic treatments. Actran TM is used extensively by many leading aerospace companies that rely on the tools’ accuracy, ease-of-use and performance for reaching their strategic acoustic design goals. Actran TM contains all advanced modeling features required for turbo machinery noise analysis. To capture the important convection and refraction effects, the sound waves propagate on top of a non-uniform background mean flow which can be calculated by Actran or imported from a CFD simulation. The influence of the mean flow on the performance of acoustic liners is accounted for thanks to the Myers boundary condition. The acoustic source is defined in terms of incident duct modes of arbitrary order and their amplitude can be defined in a variety of ways (e.g. normalized amplitude, intensity, equal distribution of energy on all propagating modes) or derived from pressure fluctuations calculated on a set of planes by one of the supported CFD tools. Both 3D and axisymmetric models can be defined. One of the challenges of acoustic CAE is to handle large models associated to high wave number and to large geometrical size and complexity. Actran TM meets this challenge thanks to its efficient solver technology that includes advanced parallel processing. Actran TM is used not only for optimal aircraft engine nacelle liner design but also on inlet and outlet liners for helicopter turbines, environmental control systems (ECS) or auxiliary power unit (APU). Actran TM is also used for non aerospace applications like computer cooling system noise and more. Actran TM can be complemented by Actran DGM to solve problems involving complex shear layers and flow gradients occurring at the engine exhaust. Model courtesy of Alenia Aermacchi™ Target Applications: Aircraft engine noise, including nacelle design Ducted cooling systems (electronic devices) Blower systems (air conditioning modules) Helicopter turbine noise