E-ASSEMBLY-
AUTOMATION

One focus of our activity is the design and production of fully and partially automated assembly systems for the automotive and consumer goods industries.

Thanks to our comprehensive experience of many years, the wealth of ideas and consistent solution focus, we were able to prove our competence in this field on many occasions in the course of the past few years. The plants developed by us include well-known processes of joining technology such as screwing, pressing, welding, glueing etc. in a host of technological applications.

Whether a fully or a partially automatic system is to be used for assembly depends mainly on the feed, manipulation and assembly features of the individual components, on the planned production quantity and the desired flexibility, but also on the location of the production site.

YOUR ADVANTAGES

smooth integration and linking of semi- and fully automatic process flows
individual control and operating concepts
Data recording of all process features including evaluation
systematic documentation
Training

ASSEMBLY AUTOMATION

Fully and partially automatic systems

These assembly plants can be designed as rotary indexing or in-line indexing systems. Fully automatic systems require an appropriate suitability of components for an automated feed and assembly, partially automatic systems are therefore always easier to implement.

Moreover, fully automated in-line indexing systems are categorized according to workpiece holders with loose and inflexible sequencing. The latter permit shorter workpiece holder changes and consequently shorter cycle times, the drawback being that a defect causes the entire plant to come to a standstill. This is not necessarily the case with loose chaining, if a sufficient number of buffer locations has been provided.

Technische Sauberkeit

ESD

ASSEMBLY AUTOMATION

These assembly plants can be designed as rotary indexing or in-line indexing systems. Fully automatic systems require an appropriate suitability of components for an automated feed and assembly, partially automatic systems are therefore always easier to implement.

Moreover, fully automated in-line indexing systems are categorized according to workpiece holders with loose and inflexible sequencing. The latter permit shorter workpiece holder changes and consequently shorter cycle times, the drawback being that a defect causes the entire plant to come to a standstill. This is not necessarily the case with loose chaining, if a sufficient number of buffer locations has been provided.

Pressfit Technology

1K-&2K-Materialien

ASSEMBLY AUTOMATION

These assembly plants can be designed as rotary indexing or in-line indexing systems. Fully automatic systems require an appropriate suitability of components for an automated feed and assembly, partially automatic systems are therefore always easier to implement.

Moreover, fully automated in-line indexing systems are categorized according to workpiece holders with loose and inflexible sequencing. The latter permit shorter workpiece holder changes and consequently shorter cycle times, the drawback being that a defect causes the entire plant to come to a standstill. This is not necessarily the case with loose chaining, if a sufficient number of buffer locations has been provided.

Verschraubung

Optische Kontrolle (Kamera)

ASSEMBLY AUTOMATION

These assembly plants can be designed as rotary indexing or in-line indexing systems. Fully automatic systems require an appropriate suitability of components for an automated feed and assembly, partially automatic systems are therefore always easier to implement.

Moreover, fully automated in-line indexing systems are categorized according to workpiece holders with loose and inflexible sequencing. The latter permit shorter workpiece holder changes and consequently shorter cycle times, the drawback being that a defect causes the entire plant to come to a standstill. This is not necessarily the case with loose chaining, if a sufficient number of buffer locations has been provided.

Laserschweißen

Cured in Place

ASSEMBLY AUTOMATION

These assembly plants can be designed as rotary indexing or in-line indexing systems. Fully automatic systems require an appropriate suitability of components for an automated feed and assembly, partially automatic systems are therefore always easier to implement.

Moreover, fully automated in-line indexing systems are categorized according to workpiece holders with loose and inflexible sequencing. The latter permit shorter workpiece holder changes and consequently shorter cycle times, the drawback being that a defect causes the entire plant to come to a standstill. This is not necessarily the case with loose chaining, if a sufficient number of buffer locations has been provided.