Navigation systems - Import export

Lubrication of rolling and friction bearings, as well as other machine elements at medium rotating speeds or sliding speeds in a broad temperature range For example, electric motors, drives, control systems and telecommunication and navigation systems under arctic conditions, Bowden cables and brake mechanisms in aircraft, sliding parts in shock-freezing systems etc. Lubricating grease for plastic/plastic and plastic/metal pairs and elastomers For plastic sliding coatings in bridge supports and as a parting agent in plastics processing Advantages and benefits Highly effective due to optimum formula Broad temperature range with a wide range of possible uses Excellently suited for lubricating plastics and elastomers Lubricating grease resistant to ageing, especially at low temperatures

The following list is only a sample of our capabilities. We are happy to give you information and advice on other product options - please contact us! Screen cleaning wipes without alcohol (also for laptops, smart phones, navigation systems, etc.) Lens cleaning wipes (suitable for all glasses, also those made ​​of plastic and sunglasses) Disinfectant wipes for surfaces (as well as skin and hands) Stainless steel care wipes (with anti-finger print) Descaler sachets (powder or liquid) Colour removal wipes (for removing colours, including paints from skin and hands) Stain removal wipes (to remove food stains from textiles) Rubber and plastic wipes Polishing cloths Glass cleaning wipes Jewellery cleaning cloths (for gold and silver jewellery) Shoe cleaning wipes

With the software Z+F SynCaT®, Zoller+Fröhlich creates a connection between the Z+F PROFILER® 9012 and external positioning and navigation systems. SynCaT stands for synchronization, calibration and transformation - also representing the main tasks of the software. Z+F SynCat® includes all the features below: Calibration: Processing of calibration parameters due to different system integrations (translation, rotation offsets between the coordinate systems of the navigation-unit (trajectory) and the Z+F PROFILER® 9012 laser scanner) Synchronization: Synchronize Z+F PROFILER® 9012 laser scanner data with trajectory data and generate 3D point cloud files Transformation: Transform 3D point cloud data to different local coordinate systems and apply different local/global height correction models (geoid correction files) Correction: Individual offset estimation referring to predefined ground control points (GCP’s) Z+F SynCaT® is a modular structured mobile mapping software.

Axon' has designed a complete range of low loss microwave coaxial assemblies : Axowave, axolab, axospec. They are mainly used as measurement and equipment assemblies as well as for antennas. Our microwave assemblies can be integrated into hybrid harnesses Microwave coaxial assemblies offered by Axon' are FEP or PU insulated coaxial cables terminated with SMA, N or TNC connectors The main applications are as follows: measurement, base transceiver stations test equipment, antenna systems, dynamic applications such as radar Surveillance or navigation systems

Interact with your digital instrument clusters for a full ergonomic simulation TechViz I3 option is easy to use and enables to visualize human-machine interaction scenarios, combining non-3D elements within a 3D model. Interact Instantly with your Digital Instrument Clusters, Digital Infotainment, Navigation Systems, Digital Speedometer, Digital Electronic Control Unit, Digital climate control or any kind of HMI in your product design. The aim is to emulate a touch-sensitive interaction with HMI in an immersive environment. These HMI are independent 2D applications integrated in the mock-up. For exemple in a virtual car, user’s fingers can be tracked thanks to a thimble for interaction with the virtual GPS interface. The collision between the interaction tool and the user interface emulates a computer mouse click. It enables to create various scenarios such as testing hand accessibility to the main commands from the driver seat of a car.

The RB-THERON mobile robot is designed for the autonomous transport of indoor environments such as factories or warehouses, where the transport of loads is one of the most demanded operations. Payload capacity of 200Kg, an improved traction system and lasers and a safety PLC that allow it to work safely in industrial environments where people are around. It also can have customized applications such as people tracking or intelligent functions such as voice control. The robot is able to detect obstacles in two different ways: RGBD sensor and a laser that is used for navigation and localization. In both cases, the robot can stop or look for an alternative route to avoid the obstacle and reach the next waypoint. The embedded software consists of a control system, a localization system (laser-based) and a navigation system, as well as an HMI user interface. All Robotnik robots are fully customizable and based on ROS.

The RB-1 BASE mobile robot is a robotic platform designed for indoor applications. It can transport different loads or materials up to 50 kg of payload and can integrate other components or platforms, such as a robotic arm or a torso. The robot is able to detect obstacles in two different ways, by the installed RGBD sensor and by the laser sensor used for navigation and positioning. In both cases, the robot can stop or find an alternative route to avoid the obstacle and reach the next waypoint. The software includes a control system, a laser-based tracking system, a navigation system and a (basic) HMI user interface. The tracking and navigation components are standard packages that are configured to suit the application. The low-level control system software is supplied with the platform. As all Robotnik robots, the RB-1 BASE is fully customisable and based on native ROS.

The Round Solutions PingPong is an embedded IoT/M2M hardware platform made for Software Developers. The platform supports extension boards that add unlimited capabilities. It can be used to easily make physical devices that connect to the web. It's literally plug, push and play. PingPong comes with both wired and wireless connectivity. The device is available in two open-source SW versions. While the RTOS version comes with the world's fastest 32-bit microcontroller running in C/C++, the Linux version uses the powerful ARM Cortex processor for even more functionality and applications. PingPong base circuit boards also have a high speed Telit cellular module, a high accuracy positioning component for the Global Navigation Satellite System (GNSS), Ethernet, USB, CANBUS among other items. The Evaluation Kit comes with a dedicated M2M/IoT SIM card and connectivity to a cloud platform.

Mobile and Internet of Things hardware device for software developers The Round Solutions PingPong is a modular IoT Hardware Platform for Firmware Developers. The platform supports extension boards that add unlimited capabilities. Almost all application areas and use cases can be covered by the combination possibilities of the base circuit board and its extension boards. With PingPong you create a physical device that is internet capable in a very short time. It's literally plug, push and play. PingPong comes with both wired and wireless connectivity. The firmware of the RTOS version is available as Open Source Software (MBPLAB Harmony compatible) so that software developers can adapt their applications individually and bring them to market more quickly. The RTOS version runs with the world's fastest 32-bit microcontrollers in C / C ++. The base board of PingPong has a high speed cellular module, a component for high-precision Global Navigation Satellite System (GNSS),...

Mobile and Internet of Things hardware device for software developers The Round Solutions PingPong is a modular IoT Hardware Platform for Firmware Developers. The platform supports extension boards that add unlimited capabilities. Almost all application areas and use cases can be covered by the combination possibilities of the base circuit board and its extension boards. With PingPong you create a physical device that is internet capable in a very short time. It's literally plug, push and play. PingPong comes with both wired and wireless connectivity. The firmware of the RTOS version is available as Open Source Software (MBPLAB Harmony compatible) so that software developers can adapt their applications individually and bring them to market more quickly. The RTOS version runs with the world's fastest 32-bit microcontrollers in C / C ++. The base board of PingPong has a high speed cellular module, a component for high-precision Global Navigation Satellite System (GNSS),...

The MNP-M7 navigation receiver is designed to determine current coordinates, altitude, speed and time by signals of satellite navigation systems GLONASS, GPS and SBAS (WAAS, EGNOS). The receiver module is a single-sided PCB with contact pads for SMT; it can be easily integrated with navigation systems. The product can be applied in high-precision navigation systems including systems with fast-moving objects, vehicles movement control systems for railway / automobile / air / marine / river, and other types of transport.

With this high-end spectrometer the advantages of a fast and precise 50mm2 SDD, a flexible and robust X-Ray excitation and a motorized XYZ-stage can be used to analyse a wide range of samples in fast, reliable and precise measurements. This includes for example (but not restricted to): - solids (like metal alloys, minerals, jewellery, electronic parts [PCB],…) - powders (minerals, ceramics, paint, soil,… ) in a corresponding holder - liquids (oils, solutions, paint, …) in a corresponding holder A Dual CCD camera system with wide view and high-magnification view enables a precise positioning of the sample easily from a big area to investigate exactly to region of interest you want to analyse. With the help of the optical system an easy navigation over the sample is possible and a laser-based auto-focus system ensures correct measurement position. Furthermore a second laser-system prevents collisions. The easy identification of areas containing targeted elements is possible by combi