Ball & Wedge Bonding (F&S 56i Wire Bonder)

From ProtoFab
Jump to navigation Jump to search

Wire Bonding

F&S 56i Bonder with Heads
Tool Type Wire Bonding
Location Softwall Cleanroom
Supervisor

Arin Abed
arin_abed@ucsb.edu

Description F&S 56i Wire Bonder

Note: This tool will be available in June 2026.

About

The 56i semi-automatic wire bonding tool is used to create fine-wire electrical interconnections for microelectronic, optoelectronic, and hybrid devices in both Ball-Wedge or Wedge-Wedge configurations. The bonder has modular design with interchangeable heads for different bonding methods as well as wire pull or die shear force measurements.

Application

  • Au wire Ball-Wedge bonding.
  • Au/Al wire and ribbon deep access wedge-wedge bonding.
  • Gold stud bumping.

Bonding Modules (Heads)

Ball-Wedge Bonding and Bumping
Wedge-Wedge, Deep Access, Bonding

System Overview

  • XY motor driven table with 100x100mm travel range
  • Digital Ultrasonic Generator
  • 100x100mm heated workholder
  • "Singlewire" bond mode which is ideal for prototyping
  • "Multiwire" bond mode for complex assemblies.
  • "Step-Mode" which splits the bonding into individual steps.
  • Digital Ultrasonic Generator and Controller

Operating Procedure and User's Manual

F&S 56i Wire bonder SOP

F&S 56i User's Manual

Wire Types and Application

Available wires at Protofab. Note that this is a dynamic and expanding list.
Tanaka Brand Wires
Part Number Description Application
GSA-25A100 25um(1mil) Diameter, 7.0~14.7 gf BL 1.0~7.0% EL Au Ball Bonding
GLD-H-25A100 25um(1mil) Diameter, 16 gf Min BL 3.5% Max EL Au Wedge Bonding
TABN-25A100 25um(1mil) Diameter, 13.0~15.0 gf BL 0.5~4.5% EL Al Wedge Bonding

Refer to TANAKA CATALOG for additional wire types (supplier: TOPLINE).

Wedge and Ball Bonding Recommended Application

Recipes

Recipes: Wire Bonding

FAQ

Here you find Tool FAQ by F&S

Knowledge Base

MIL-STD-883

Wire Bonding Basics

Ball-Wedge Bonding by F&S

Wege-Wedge Bonding by F&S

Ribbon Bonding by F&S

Bumping by F&S

Wire Bondability vs Pad Material