ASMPT Semiconductor Assembly Equipment

ASM Die Bonder Machines and AD Series Platforms

Explore ASM and ASMPT die bonder platforms by die attach process, material flow, package requirement and installed configuration. This page connects selected AD Series machines with practical equipment-selection, configuration-review and technical-support information.

Automatic Die Attach
ASM AD Series Platforms
Used Equipment Review
Parts and Technical Support
Die Attach Process Architecture Process Ready
01 / INPUT Wafer and Die

Die presentation, wafer alignment and pickup-tool matching.

02 / PROCESS Material Application

Epoxy, silver epoxy or another configuration-specific attach process.

03 / PLACEMENT Die Bonding

Controlled pickup, transfer, orientation and placement.

04 / CONTROL Vision Inspection

Alignment, process recognition and bond-result verification.

ASM
Die Bonder
AD Series Coverage Selected ASM and ASMPT die bonder platforms
Process-Based Selection Match the machine to the actual die attach method
Configuration Review Confirm modules, tooling, optics and material handling
Global Project Support Equipment sourcing, inspection, packing and delivery
ASM Die Bonding Technology

What Is an ASM Die Bonder?

An ASM die bonder is used during semiconductor assembly to transfer a bare die from a wafer, waffle pack or another die source to a leadframe, substrate, package carrier or bonding surface. The machine coordinates die recognition, pickup tooling, motion control, bonding-material application, placement and inspection according to the production recipe.

ASM and ASMPT have developed different die bonding platforms for different package generations and manufacturing requirements. Machines carrying the same brand name may use different bond-head architectures, material-handling modules, wafer systems, dispensing assemblies, vision configurations and software options.

For this reason, a die bonder should not be selected only by model name. A suitable machine must be matched to the complete production process, including:

  • The required die attach process and bonding material
  • Die dimensions, thickness and surface condition
  • Wafer size, die presentation and wafer-map requirements
  • Leadframe, substrate or carrier format
  • Placement, force and inspection requirements
  • Production speed and product-changeover frequency
  • Installed input, output and material-handling modules
  • Available tooling, software and replacement-part support

This ASM die bonder page is designed as a model and selection hub. Individual product pages provide machine-specific details, while the sections below help compare platform direction, process compatibility and used-equipment considerations.

Selected Equipment Portfolio

ASM Die Bonder Models and AD Series Platforms

Review selected ASM die bonding machines by platform direction. Exact process capability must always be confirmed from the installed machine configuration, tooling and production test.

ASM AD Series AD830 Plus
Silver-Epoxy Die Attach

ASM AD830 Plus

A fully automatic high-speed die bonder designed for wafer-to-leadframe silver-epoxy die attach, with programmable bonding, wafer alignment and inspection functions.

ASM Legacy Platform AD800
Established Production

ASM AD800

A mature automatic die bonding platform used in established semiconductor packaging environments. Tooling, software, material flow and installed modules should be verified individually.

ASM Precision Platform AD50Pro
Precision-Oriented

ASM AD50Pro

An ASM die bonding platform evaluated for precision-oriented and specialized packaging applications. Final suitability depends on the exact process and configured machine options.

ASMPT Automatic Platform AD832i
Configurable Platform

ASMPT AD832i

A configurable automatic die bonding system whose process range, material input and inspection capability must be confirmed from the specific installed machine build.

Process Selection

Choose an ASM Die Bonder by Die Attach Process

The correct machine depends on how the die is attached, how materials enter the system and what must be inspected before and after placement.

01

Epoxy Die Attach

For packages using controlled epoxy deposits before die placement. Confirm dispensing method, material viscosity and curing requirements.

02

Silver-Epoxy Leadframe Bonding

Used for wafer-to-leadframe processes requiring silver-epoxy dispensing or stamping before automatic die placement.

03

Eutectic or Solder Attach

Requires process-specific heating, material handling and bonding control. Compatibility must be confirmed from the exact platform configuration.

04

High-Speed Die Placement

Production output depends on die size, indexing, vision inspection, material loading and the complete bonding cycle.

05

Specialized Packaging

Advanced, high-mix or unusual package formats require confirmation of tooling, optics, software and material-handling modules.

Platform Comparison

Compare Selected ASM Die Bonder Platforms

This comparison provides a practical starting point. It does not replace inspection of the exact available machine, serial number, modules and production configuration.

Model Platform Direction Material Flow Process Focus Important Selection Note
ASM AD830 Plus High-speed automatic die bonding Wafer to leadframe Silver-epoxy die attach Confirm epoxy module, input system, wafer loader and tooling.
ASM AD800 Mature automatic bonding platform Configuration-dependent Established semiconductor die attach Verify legacy software, tooling and exact material-handling build.
ASM AD50Pro Precision-oriented platform Configuration-dependent Specialized die attach applications Confirm package suitability, installed options and process capability.
ASMPT AD832i Configurable automatic platform Configuration-dependent Model-specific die bonding Review the complete machine build, software and production test.
Equipment Selection Guide

How to Select the Right ASM Die Bonder

Use the complete production requirement—not only the machine model—to select a suitable ASM die bonding platform.

01 / PROCESS

Die Attach Method

Confirm epoxy, silver epoxy, eutectic, solder or another process before comparing machine models.

02 / DIE

Die Dimensions

Provide die length, width, thickness, surface condition and pickup restrictions.

03 / INPUT

Die Presentation

Confirm wafer size, ring or frame format, wafer map and automatic-loader requirements.

04 / CARRIER

Leadframe or Substrate

Review outer dimensions, indexing pitch, bond layout, magazine and support tooling.

05 / QUALITY

Placement and Inspection

Define alignment, orientation, bond-force and pre-bond or post-bond inspection needs.

06 / OUTPUT

Production Requirement

Evaluate the complete cycle, material handling, inspection time and changeover frequency.

07 / MODULES

Installed Configuration

Confirm wafer loader, epoxy system, input elevator, output elevator, optics and software.

08 / CONDITION

Used Machine Status

Review serial number, alarms, motion, vision, tooling, maintenance and production-test results.

Used Equipment Evaluation

Used ASM Die Bonder Configuration and Condition Review

Two machines with the same model designation can have different production capabilities. Confirm the complete machine build before purchasing.

Configuration Confirmation

  • Machine model, nameplate, serial number and manufacturing year
  • Wafer size, wafer stage, loader and wafer-map capability
  • Leadframe, substrate or carrier handling arrangement
  • Epoxy, dispensing, stamping or heating modules
  • Bond head, ejector, collet and package-specific tooling
  • Cameras, optics, lighting and inspection functions
  • Software version, package files and communication options
  • Included accessories, manuals and calibration tools

Condition and Production Check

  • Machine startup, homing and motion-control condition
  • Bond-head movement, height control and vacuum response
  • Wafer-table movement, ejector operation and die pickup
  • Material transport, magazine handling and indexing
  • Vision image quality, recognition and alignment repeatability
  • Alarm history, modified wiring and bypassed sensors
  • Tool wear, contamination and previous collision signs
  • Representative sample-production testing when possible
Parts and Equipment Support

ASM Die Bonder Parts and Technical Support

Part matching should be based on the old part label, connector, installed position, machine serial number and physical dimensions.

Collets and Adapters
Ejector Pins
Ejector Assemblies
Magnetic Anvils
Dispensing Parts
Cameras and Lighting
Sensors and Switches
Motors and Encoders
Control Boards
Vacuum Components
Pneumatic Parts
Cables and Connectors
Frequently Asked Questions

ASM Die Bonder FAQ

Answers to common questions about ASM and ASMPT die bonding machines, model selection and used-equipment evaluation.

An ASM die bonder is a semiconductor assembly machine used to pick bare dies from a wafer or another die source and attach them to leadframes, substrates, package carriers or other bonding surfaces.

Depending on the platform, it may perform die recognition, pickup, alignment, bonding-material application, placement, inspection and automatic material handling within one production system.

Model availability changes regularly. Selected platforms may include AD830 Plus, AD800, AD50Pro, AD832i and other configuration-specific ASM or ASMPT die bonding systems.

ASM, ASM Pacific Technology and ASMPT may appear in different machine generations, manuals and equipment records. The exact model, serial number and installed configuration are more important than the brand-name variation.

Start with the die attach process, die dimensions, wafer or die input, leadframe or substrate format, placement requirements, target output, inspection needs and required material-handling modules.

Yes, provided the machine configuration matches the product and its motion, vision, tooling, material handling and bonding process have been properly inspected and tested.

No. Process capability varies by platform, machine generation and installed options. The exact epoxy, heating, wafer, substrate, tooling and inspection configuration must be confirmed.

Provide the required model, die dimensions, wafer size, leadframe or substrate drawing, die attach process, target output, inspection requirements, preferred equipment condition and destination country.

ASM Die Bonder Project Support

Tell Us Your Die Attach Requirement

Send the die size, wafer information, leadframe or substrate drawing, bonding process, required output and destination. We will review suitable ASM die bonder platforms and available equipment configurations.