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Semiconductor Die Attach Decision Framework

How to Select a BESI Die Bonding Machine: DATACON vs Esec Decision Guide

BESI die bonding machines can support different semiconductor assembly routes, from configurable multi-chip die attach to production-oriented bonding, thermal processes and selected flip chip applications. The correct starting point is the process requirement, not the machine name alone.

A useful comparison between a BESI DATACON machine and an Esec platform should consider package design, die dimensions, bonding material, substrate format, handling method, target throughput, process tooling and the actual configuration of the offered equipment.

Online Consultation Request a Selection Review

Prepare the package drawing, die size, material route, substrate format, output target and any existing tooling details before comparing machine configurations.

Selection Decision Panel

Three Questions That Narrow the Platform Search

01
What is being attached? Die type, package construction, substrate or leadframe and bonding material define the first equipment boundary.
02
How must the material move? Wafer, tray, carrier, strip, boat, Gel-Pak® and tooling requirements define the practical configuration fit.
03
What must be verified before release? Placement requirement, inspection path, changeover, target UPH, support scope and qualification method shape the final decision.

BESI Die Bonding Machine Context

Do Not Treat DATACON and Esec as Automatic Like-for-Like Alternatives

BESI DATACON and Esec platforms sit within a broader die attach equipment ecosystem. Their practical role changes with the installed process hardware, bond head design, vision package, handling modules and production workflow.

DATACON is often a relevant starting point where a project requires configurable multi-module attach, multi-chip sequencing, application-specific tools or selected flip chip routes. Esec can be a relevant starting point where the process is built around repeatable die bonding, established material flow or production automation requirements.

Selection principle

Choose the process route first. Then verify whether the proposed DATACON machine or Esec die bonder has the required bond head, material preparation, vision, handling, tooling and software configuration.

01

Platform name is not the complete specification

Two machines from the same family can differ substantially in bond force, handling configuration, optics, tooling package, controller generation and enabled process functions.
02

Published capability is only a starting point

Final suitability depends on the exact offered unit, process materials, device format, qualification criteria and available production accessories.
03

Used-equipment readiness must be reviewed separately

Machine condition, calibration status, tooling availability, software recovery, spare parts and support scope can change the value of an otherwise suitable platform.

Platform Decision Routes

DATACON vs Esec: Two Different Starting Points for Die Attach Projects

The useful comparison is not which platform is universally better. The useful question is which route is more likely to match the intended process, package architecture, material handling and production objective.

Use this as a first filter.

Exact machine configuration, installed options, process hardware, tooling and application validation remain necessary before equipment selection.

DATACON Starting Route

Configurable Multi-Module Attach and Application-Specific Workflows

DATACON platforms are commonly evaluated where the process needs broader configuration flexibility, multi-chip handling, specialized accessories or a sequence that goes beyond a simple repeated placement cycle.

Multi-chip die attach and configurable assembly routes
Application-specific bond heads, tooling and material modules
Selected flip chip and advanced packaging evaluations
Projects where wafer, carrier, tray or substrate handling must be closely matched

Confirm before shortlisting

Bond head arrangement, tool changer, dispensing or fluxing setup, camera package, handling modules, controller condition and included fixtures.

Esec Starting Route

Established Die Bonding, Production Automation and Process Repeatability

Esec platforms are commonly evaluated where the production route centres on repeatable die attach, defined material flow, line integration and stable semiconductor assembly operations.

Standard die bonding and production-oriented assembly routes
Epoxy attach, soft solder and related thermal process requirements
Leadframe, strip, substrate or carrier-based material flow
High-volume process stability and defined automation requirements

Confirm before shortlisting

Die and substrate format, bonding material, thermal requirements, handling path, vision configuration, process tooling, software and production support readiness.

Process Route Navigator

Match the Machine to the Die Attach Route

Start with the physical process. This avoids selecting a BESI die bonder based only on a familiar brand name, generic product photo or headline placement figure.

Review the full chain.

Die pickup, material preparation, placement, bonding, inspection, recovery and downstream handling all affect the practical equipment decision.

Multi-Module Attach

Use this route when die attach requires flexible process configuration, multi-chip handling, multiple tools, specialized accessories or an assembly sequence that goes beyond a simple repeated placement cycle.

Multi-Chip Tool Flexibility Process Modules

Standard Die Bonding

Use this route when the process is centred on repeatable die attach with defined material flow, stable handling requirements and a production target that depends on controlled automation.

Epoxy Attach Leadframe / Substrate Production Flow

Soft Solder Die Bonding

Use this route when package design and process requirements introduce thermal management, solder handling, controlled heating or power-semiconductor assembly considerations.

Power Devices Thermal Control Material Route

Flip Chip Assembly

Use this route when bumped die placement, flipping, fluxing or dipping, chip-to-substrate alignment, post-bond inspection and process-specific carrier handling define the application.

Flip Chip Vision Alignment Flux / Dipping

Advanced Interconnect Routes

Use this route when the package requires specialized bonding methods, carrier control, metrology, advanced interconnect structures or qualification conditions beyond conventional die attach.

Thermo Compression Hybrid Bonding Advanced Packaging

Six-Step Selection Workflow

How to Narrow a BESI Die Bonding Machine Configuration

Use the same decision sequence whether reviewing a DATACON machine, an Esec die bonder or a used replacement unit for an existing semiconductor production line.

Define the Die and Package

Confirm die dimensions, thickness, backside condition, package architecture, bump or metallization structure, substrate type and placement orientation.

Confirm the Material Route

Identify whether the process uses epoxy, solder, sinter material, flux, adhesive, thermo-compression or another material-preparation method.

Map the Handling Flow

Confirm wafer frame, tray, Gel-Pak®, carrier, strip, boat, leadframe, substrate and unloading requirements before reviewing hardware.

Match Process Hardware

Review bond heads, force range, camera system, illumination, dispensing or fluxing modules, heaters, tooling, nozzles and fixtures.

Validate Output and Yield

Define throughput, changeover frequency, inspection sequence, recovery handling, repeatability requirement and production validation method.

Confirm Ownership Readiness

Review software access, controller condition, backups, spare parts, calibration records, support scope and installation requirements.

Engineering Matching Matrix

Questions to Answer Before Approving a BESI Die Bonder

This matrix supports engineering and procurement review. It should be completed against the specific machine configuration being offered, not only against a platform family name.

Machine-level verification matters.

Serial configuration, installed modules, tooling package and condition can change suitability more than generic platform positioning.

Die and Package Requirement	Confirm die size, thickness, pickup method, fragility, bump or metallization structure, orientation, package geometry and substrate stability.
Material and Thermal Requirement	Confirm epoxy, solder, sinter material, flux, adhesive, heating, cooling, thermal tooling and process-environment requirements.
Wafer and Substrate Handling	Confirm wafer size, frame type, tray, carrier, strip, boat, leadframe, substrate dimensions, loading direction and transfer sequence.
Placement and Process Control	Define the required X/Y/theta outcome under actual process conditions, including die geometry, material response, substrate movement and target cycle profile.
Tooling and Accessory Package	Verify bond tools, nozzles, eject tools, fixtures, calibration references, feeders, plates, holders, carrier tools and process-specific accessories.
Production and Inspection Requirement	Review target UPH, product mix, changeover, inspection path, recovery handling, data traceability, recipe control and acceptance criteria.
Used Equipment Condition	Verify mechanics, motion, vision, controller, software, options, documentation, calibration records, spare-part access and refurbishment scope.

Used Equipment Review

A Suitable BESI Platform Can Still Fail Qualification If the Offered Unit Is Incomplete

For used or refurbished equipment, the machine name is only one part of the decision. Configuration gaps, worn tooling, controller issues, missing camera modules, unavailable accessories or incomplete software can delay installation and qualification.

A short equipment review should identify process-critical items before shipment and define what will be tested, calibrated, supplied or supported.

Read the DATACON 2200 evo Refurbishment & Inspection Guide

Identity

Confirm exact model, serial information, production generation and installed options.

Mechanics

Check stage movement, bond heads, cable routing, force systems and safety hardware.

Vision

Verify cameras, optics, illumination, alignment response and calibration condition.

Tooling

Confirm nozzles, fixtures, eject tools, feeders, carriers and process accessories.

Software

Review controller, PC, backups, enabled options, documentation and recovery media.

Acceptance

Define FAT scope, material samples, test conditions, shipment release and installation support.

Related BESI Equipment Paths

Move From Selection Guidance to the Relevant Platform Page

Use the links below to move from the broad selection framework into focused DATACON, flip chip, refurbishment or available-equipment pages.

Platform Overview

BESI Die Bonder Inventory

Browse BESI-related die bonding equipment and current machine availability pages.

View BESI Die Bonders

Multi Module Attach

DATACON 2200 evo

Explore DATACON 2200 evo variants, configuration areas and multi-chip process evaluation.

Explore DATACON 2200 evo

Flip Chip Route

DATACON 8800 Platforms

Review DATACON 8800 FC QUANTUM and CHAMEO directions for flip chip workflows.

Explore DATACON 8800

Technical Topic

BESI Flip Chip Bonder

Review BESI flip chip platform groups, process questions and configuration checkpoints.

Explore Flip Chip Platforms

Selection Questions

BESI Die Bonding Machine FAQ

These questions focus on process matching and machine-configuration review. They are intentionally different from product inventory, DATACON 2200 evo platform and refurbishment-specific pages.

What is a BESI die bonding machine?

A BESI die bonding machine is semiconductor assembly equipment used for die attach and related packaging workflows. Depending on the platform and configuration, it may be evaluated for multi-chip assembly, standard die bonding, soft solder bonding, flip chip or more specialized advanced packaging routes.

Is a die bonder different from a die bonding machine?

In most procurement and engineering discussions, die bonder and die bonding machine describe the same equipment category. The more important distinction is the actual process configuration, such as bond head type, material route, handling system, tooling and inspection capability.

What is the difference between BESI DATACON and Esec equipment?

DATACON and Esec platforms address different die attach and assembly routes. DATACON is commonly reviewed for configurable multi-module attach and selected advanced workflows, while Esec is commonly reviewed for established die bonding, soft solder and production-oriented assembly routes. Final suitability depends on the specific machine configuration.

Which BESI platform should be evaluated for multi-chip die attach?

A configurable Multi Module Attach route is commonly the starting point for multi-chip die attach evaluation. The proposed machine still needs to be checked for die sequence, tooling, handling modules, bond head arrangement, vision package and material process requirements.

Which BESI machine route is relevant for soft solder die bonding?

Soft solder die bonding should be evaluated against equipment designed for the required thermal and material process. Review bond force, heating capability, thermal tooling, substrate handling, material presentation, production target and the exact installed machine configuration.

Can a BESI DATACON machine be used for flip chip workflows?

Some DATACON configurations are evaluated for selected flip chip processes. The offered machine must be checked for pick-and-place tools, flipping method, fluxing or dipping route, vision alignment, wafer and substrate handling, inspection functions and package-specific tooling.

What should be checked before buying a used BESI die bonder?

Confirm the exact model, serial-number configuration, bond head, force range, vision system, handling modules, tooling package, controller condition, software options, calibration status, available spare parts, functional test information and installation support scope.

What information is needed before selecting a BESI die bonding machine?

Prepare the package drawing, die dimensions, die thickness, bonding material, wafer or tray format, substrate type, target output, placement requirement, thermal process conditions, tooling availability and any existing production-line constraints.

Need Help Narrowing a BESI Die Bonding Machine Configuration?

Share the package drawing, die and substrate format, material route, target output, available tooling and any existing machine details. A more useful review starts with the real process conditions rather than a generic platform name.

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