Wire Bonding Equipment

Wire Bonders for Semiconductor, RF, and Hybrid Microelectronics Assembly

Akrivis supplies semi-automatic and manual wedge bonding systems for laboratories, prototype lines, small-batch semiconductor assembly, RF/microwave modules, hybrid circuits, and high-reliability electronics manufacturing.

Equipment / Wire Bonding Equipment

Semi-Automatic Bonder PW22Semi-Automatic Bonder
Manual Wedge Bonder M60WManual Wedge Bonder
Bonding wire materialsGold / Aluminum Wire
Wire bonding materials and accessoriesBonding Materials

Microelectronic Interconnects

Wire Bonding Connects Bare Die, Packages, Modules, and Hybrid Circuits

Wire bonding is a core semiconductor backend and microelectronics assembly process. Fine gold or aluminum wire creates electrical interconnects between semiconductor die, packages, substrates, RF modules, sensors, and hybrid circuits.

For high-reliability electronics, bond quality affects electrical continuity, pull strength, thermal cycling performance, RF behavior, and long-term field reliability. Akrivis helps teams match bonder capability to package geometry, wire material, production volume, and operator workflow.

Common Process Requirements

Ball bonding
Wedge bonding
Gold wire
Aluminum wire
Gold ribbon
Low-volume production
Prototype assembly
R&D laboratories

Featured Wire Bonding Systems

Choose the Right Bonder for Prototype, Laboratory, or Specialty Production Work

These systems serve environments where full high-volume automation is unnecessary, but process control, operator visibility, material compatibility, and bond repeatability still matter.

Semi-Automatic Bonder PW22
Semi-Automatic

Semi-Automatic Bonder PW22

Flexible semi-automatic wire bonder for ball bonding, wedge bonding, gold wire, aluminum wire, and ribbon bonding applications in R&D, prototype, and small-batch production environments.

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Manual Wedge Bonder M60W
Manual Wedge

Manual Wedge Bonder M60W

Manual wedge bonding platform for specialized assemblies, process development, laboratory work, repair, hybrid circuits, and engineering teams needing direct operator control.

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Process Fit

Useful Where Precision Matters More Than Commodity Throughput

Semiconductor Prototyping

Support bare-die development, package experiments, device qualification builds, and low-volume assembly before scale-up.

RF & Microwave Modules

Bond chip devices, substrates, hybrids, and module assemblies where interconnect consistency affects RF performance.

Hybrid Microelectronics

Enable assembly of mixed die, passives, sensors, substrates, and specialized packages for high-reliability applications.

Applications

Wire Bonding Applications Akrivis Supports

Wire bonders are often purchased around a specific device, substrate, or package. Akrivis can help review wire material, bond type, die/package access, operator workflow, and expected production volume before system selection.

Bare die attach interconnects
Hybrid circuit assembly
RF / microwave modules
Prototype IC packages
Sensor packaging
Gold wire bonding
Aluminum wedge bonding
Gold ribbon bonding
Failure analysis labs
University research labs
Aerospace electronics
Defense microelectronics

Markets Served

Wire bonding remains essential wherever miniaturized, high-density, or bare-die electronics must be assembled with controlled interconnects.

Semiconductor Packaging

Backend package development, pilot builds, and specialty device assembly.

Aerospace & Defense

High-reliability microelectronics, RF assemblies, radar modules, and mission-critical systems.

Medical & Industrial Electronics

Specialized sensors, modules, and long-life electronics that require controlled assembly.

Research & Prototype Labs

Universities, failure analysis teams, device engineers, and low-volume innovation groups.

Application Review

Need Help Choosing a Wire Bonder?

Share your package, substrate, wire material, bond type, microscope/vision needs, and expected build volume. Akrivis can help determine whether a semi-automatic or manual wedge bonding system fits your process.