汽车 Automotive

Making improvements together and knowing what's important

The optimization of processes in automotive production and at part suppliers is a continuous task - because global competition and price pressures never cease. Which is why every detail is always of decisive importance. SICK sensors help exploit even the slightest efficiency potentials.
SICK sensor solutions make production safer, more rapid and more transparent. Hazards and sources of errors are systematically eliminated and individual production steps accelerated. All helping to make you, and your production, a leader in global competition.

Press room

Assuring quality and meeting throughput targets whilst maximizing protection for man and machine

In the production of body parts, quality and throughput targets must be right. Therefore, SICK sensors are used in nearly all areas of the press room - with its many automated press lines and robot assembly areas. They ensure maximum readiness to deliver and direct the components and ready-to-fit systems to the production lines - at the correct point in time.

Body in white

SICK combines precision, speed and safety

The construction of body in white is one of the vital production steps in automotive construction. This is where the various components are put together for a strong and homogeneous vehicle base. The foundation of the vehicle - the body - evolves.
SICK sensor solutions contribute to matching precision with speed and safety.

Final assembly

The right components and modules,at the right time, in the right place.

This is the basic principle of final assembly. It centres on logistics and quality. Only thus can the car, as a product, be produced perfectly and in accordance with the customer's wishes. Whether identifying bodies, inserting screens, collision protection on suspended conveyors, supplying the wheels and many other applications: SICK sensors are everywhere, to ensure fluid processes.

Engine and gearbox production

SICK sensor solutions ensure precision and safety.

To ensure that engine components form a perfect whole, SICK sensors perform vital monitoring, control and safety tasks in all areas of the "power train". For example, in checking for the presence of workpieces, control of gantry robots, lubricants control in the engine or control of the workpiece carriers on transfer lines - and, last but not least, in protecting hazardous points and areas.