Fully Automatic Wire Bonder
Hesse Mechatronics GmbH, formerly 'Hesse & Knipps' is a world leader in the field of ultrasonic welding technology for the microelectronics and semiconductor industries.
Hesse’s latest generation of fully automatic wire bonders offer advanced ultrasonic bonding technologies for fine wire and heavy wire bonding applications. High speed, large area ultrasonic bonding solutions for wedge bonding, ball bonding and ribbon bonding processes. Innovative technical advancements, such as Process Integrated Quality Control or wear-free piezo bondheads, position Hesse at the leading edge of ultrasonic wire bonding technology. Advanced, user friendly software provides a range of powerful features whilst retaining a helpful and intuitive interface. Exchangeable bondheads provide flexibility to accommodate a broad range of wire bonding applications on a single platform.
Hesse’s headquarters along with their manufacturing facilities are located in Paderborn, Germany.

The Bondjet BJ653, with its changeable bond heads, is capable of wedge-wedge wire bonding as well as ball-wedge wire bonding and can handle fine wire, heavy wire and ribbon.

The Bondjets BJ955 and BJ959 of the new bonder generation are ultrasonic wedge-wedge bonders developed for the fully automated processing of a wide range of large-sized substrates, chips and other materials.

The Bondjet BJ931, Fully Automatic Dual-Head Leadframe Wedge Bonder is an ultrasonic wedge bonder developed especially for maxtrix leadframe applications.

The ultrasonic wedge-wedge bonder Bondjet BJ980 is a heavy wire wedge bonder ideal for solar and battery applications.

High Speed Fully Automatic Fine Wire Bonder (Wedge-Wedge and Ball-Wedge). The Bondjet BJ855 is the latest generation of fully automated fine wire bonders and expands the existing product portfolio of fine wire bonders.

Bondjet BJ985 belongs to the new generation of ultrasonic wedge-wedge bonders developed for the fully automated processing of a wide range of large-sized substrates, chips, automotive applications (e.g. batteries) and other materials.