IDC develops and builds its own internal profile grinding machine, which is unique in the world. Internal helical gears can be produced with complicated corrections and highest accuracy. The heart of the machine is the directly driven hollow shaft with a continuous inner diameter of 400mm.
IDC implements a fully automated turnkey machinery for cast part machining in the automotive supplier industry. The concept is based on a double-portal automation system which moves the workpieces to the machining tools on two stations. The milling movement is carried out by the portal, the drilling movement by the tool heads.
IDC implements a turnkey solution for the automatic testing (optical and tactile) of casted parts as well as marking defective parts. In addition to the tactile test, a visual system for optical quality control is used. The system inspects and measures up to two million parts per year.
In the cross to cross stacking of car tires, the space conditions for a gripper system are always very limited. IDC develops a special solution with a super flat gripper for robot systems. The gripper is fixed to the grey flange on a robot. Small retractable clamping jaws grip the tire from the inside outwards.
This men’s jewellery presents itself as an adjustable buckle in combination with an Italian designer shoe. Small parts with sophisticated mechanics coupled with the Swiss designer’s demands make this project sophisticated and unique. IDC transforms the ideas outlined above into a fully-featured CAD model.
IDC develops together with the customer an automation system for highly dynamic processes. Low manufacturing costs for large quantities are key criteria for the conceptual design. With innovative approaches, a system with very few components has been developed.
IDC develops together with the customer a test stand for measuring turbine blades of radial compressors during operation. This system transfers the highest speeds and power to the test item with two opposing flat belts. A robust steel box (shown in gray in the picture) protects against dangerous damage to the test specimens during operation.
System for scanning the environment from a moving train. The main component consists of two high speed spindles that deflect a measuring laser beam radially. During the ride of the train, a virtual tunnel is scanned in 3D. IDC, together with the customer, takes over the development, builds the prototypes and the special spindles required for the rough operating conditions.
IDC implements a mobile turnkey transfer unit for patients. Individuals can be comfortably moved between different imaging systems by one nurse, while always remaining on the same couch. The fiber composite material is lightweight, rigid, non-magnetic and can therefore be used directly in the devices.
Surgical interventions through the skull calotte are often performed with long and thin instruments through a thumb hole. In order to define the path beforehand and to be able to guide the instrument during surgery, the inner guide sleeve is pre-positioned and fixed accordingly. This aid is made entirely of plastic. IDC has developed this concept together with the University Hospital of Zurich.
Free-form model for the calculation and simulation of the optimal flow geometry. The whole setup is fully parameterized and can be adapted very quickly and easily. IDC develops, calculates, builds and tests the first prototype on its own test bench.
Portal system for measuring and positioning of laser lenses. The pick & place head is equipped with a quick-release gripping system with high repetitive accuracy. IDC assumes the conceptual design together with the customer, designs and builds the prototypes.