Hesse & Knipps to Introduce Wire Bonder for Solar Market

From: Hesse & Knipps
Published: Sat Jul 26 2008

The new BondJet 820 CPV will offer all of the advanced features of the company’s Bondjet BJ 820 wedge bonder, in addition to an extended table travel of 900mm x 350mm and expanded X axis travel via the use of intelligent automation.
The BONDJET BJ820 platform is an industry benchmark for wire bonding, offering the fastest wiring speed, largest work area and greatest axis accuracy available.

Other significant machine capabilities include:
• 12.5ėm to 85ėm diameter wire bonding
• Ribbon bonding from 6ėm x 35ėm to 25ėm x 250ėm
• Constant loop height and wire length
• Maintains parallel loops within mixed reference system
• Auto teach for linear applications, reducing programming time

“The bonding speed and flexibility of the 820 platform, coupled with the extended bonding area, will lend itself very well to the CPV marketplace as well as other markets requiring such extended travels,” states Joseph S. Bubel, president of Hesse & Knipps, Inc.
For more information, call +1 (408) 436-9300 or email info@hesse-knipps.us.

About Hesse & Knipps
Hesse & Knipps GmbH Semiconductor Equipment, a privately held worldwide company based in Paderborn, Germany, is a leading designer and manufacturer of high speed fine pitch wedge bonders, heavy wire bonders and complementary equipment for semiconductor backend assembly. The company’s automatic wedge bonders handle aluminum and gold wire in round and ribbon wire configurations with solutions for both light and heavy wire applications ranging from 12.5 micron (.0005) to 500 microns (.020) wire diameters. The company’s product line also includes dispensers and ultrasonic flip chip bonders, standard or customized indexers and handling systems, and process and manufacturing monitoring systems for interfacing with the company’s equipment and commercial software packages.
Company: Hesse & Knipps
Contact Name: Joseph Bubel
Contact Email: bubel@hesse-knipps.us
Contact Phone: 484-665-0219

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