Software development - Import export

With knowledge gained in past years we can provide you with a complete solution – from the idea to the final product. We cooperate with customers from the beginning, from the idea and this is how we contribute to faster solutions in the field of implementation of forged parts into the final system.Modern software and highly skilled employees are keys for the good-quality, fast and expert construction of complete tools and compounds.To design and program machines we use Siemens NX and Visi Vero software, which enable us to read and write data in several possible formsNX files, Solid Works files, IGES, PARASOLID, STEP, SXF, DWGBy using conversion modules, we can also open and saveCATIA, Pro / E, Inventor and STLTo achieve the shortest possible time from development to final products, we use modern software for simulating forging. We have a QForm product in use, a synonym for forging simulations.

As we use the latest machines, we are also not lagging behind in software development. We constantly updated our Mastercam CAD/CAM system which is one of the leaders in the world. Mastercam offers CAD/CAM software tools for a variety of CNC programming needs, from basic to complex (3- and 5-axis CNC machining). It is designed as a comprehensive solution for manufacturing efficiency therefore, our custom milling parts are produced faster, with greater accuracy, quality, and repeatability.

The full featured Oudie 4 is clearly designed for the experienced pilot who doesn’t compromise, or those who want the functionality to enter and win competitions.Every good pilot knows the value of having the right flight plan, the right navigation instrument and the insights gained from reviewing a flight.Running the highly regarded SeeYou software, developed for the gliding and free flight community over nearly 20 years, the Oudie 4 is the complete package offering:Pre-flight planning.In-flight navigation.Post-flight analysis

Oudie 2 is a flight computer which aims to provide everything a glider pilot needs for navigation in one simple package. Connect it with on board 12V power supply and you are ready to fly.Oudie 2 is shipped with all accessories and cables required including suction cup mounting for an easy install. Lifelong software updates are free ensuring your instrument is always up to date.Every good pilot knows the value of having the right flight plan, the right navigation instrument and the insights gained from reviewing a flight.The Oudie runs software developed for the gliding ty over nearly 20 years. When combined with the SeeYou PC software, Oudie becomes the complete package offering:Pre-flight planning,In-flight navigation,Post-flight analysis

Oudie 5 brings more fun to you and your Buddies. With integrated Fanet+ & Flarm it allows you to share the sky with your friends and enjoy the safety of being seen by others. Inherits all features from competition pilot’s first choice vario – Oudie 4.The Complete Package.Every good pilot knows the value of having the right flight plan, the right navigation instrument and the insights gained from reviewing a flight.Running the highly regarded SeeYou software, developed for the gliding and free flight community over nearly 20 years, the Oudie 5 is the complete package offering:Pre-flight planning.In-flight navigation.Post-flight analysis

The Oudie IGC version is similar to the Oudie 2, but with the additional functions and features as listed belowAdditional features:More than 12 hours battery autonomy at full backlight.Highest level IGC approval for badges and records.Engine Noise level integrated for gliders with engine.Backup vario.Large internal battery.Only 11 mm thicker than Oudie 2.Weighs 350 g.Every good pilot knows the value of having the right flight plan, the right navigation instrument and the insights gained from reviewing a flight.The Oudie runs software developed for the gliding ty over nearly 20 years. When combined with the SeeYou PC software, Oudie becomes the complete package offering:Pre-flight planning,In-flight navigation,Post-flight analysis