BESI Die Attach & Flip Chip Platforms

BESI DATACON 8800 Die Bonder Platform Guide

BESI DATACON 8800 is a platform family used for automated flip-chip and die bonding workflows. Its practical role depends on the exact FC QUANTUM or CHAMEO configuration, installed handling modules, vision hardware, process tooling, and the package route being qualified.

For used or refurbished equipment, the platform name is only the starting point. The offered machine must be assessed against its actual configuration, condition, available accessories, software status, and suitability for the intended production flow.

Flip-Chip & Multi-Chip Workflows Configuration-Specific Evaluation Used Equipment Due Diligence

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Provide the package drawing, die dimensions, material flow, target output and available tooling for a more useful machine assessment.

BESI DATACON 8800 die bonder platform in a semiconductor manufacturing environment

Platform Assessment Evaluate the exact configuration before selecting a DATACON 8800 machine.

Die Attach Platform Overview Automated semiconductor die bonding equipment for DATACON platform evaluation

What Is BESI DATACON 8800?

A DATACON 8800 Name Does Not Describe One Fixed Machine

BESI DATACON 8800 refers to a group of semiconductor assembly platforms rather than one universal die bonding machine specification. Within the family, FC QUANTUM and CHAMEO configurations are evaluated for different flip-chip, multi-chip, fan-out, and advanced packaging requirements.

That distinction matters when reviewing a used DATACON machine. Two units carrying the same DATACON 8800 name can differ materially in bond head arrangement, wafer or tray handling, vision system, carrier capability, process tooling, software generation, and line-integration options.

Practical selection principle

Confirm the exact model, installed options, device range, process route and test capability before treating a DATACON 8800 unit as a suitable replacement or production upgrade.

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Platform Variants

DATACON 8800 Configurations and Their Typical Evaluation Direction

Different DATACON 8800 versions are designed around different process priorities. The matrix below is a selection framework, not a claim that every listed capability is installed on every used machine.

Confirm the offered unit first.

Production generation, hardware options, process modules and available tooling can change the practical capability of a DATACON 8800 system.

DATACON 8800 Variant	Typical Process Direction	Configuration Areas to Confirm	Used Equipment Review Focus
FC QUANTUM hSHigh-throughput mass-reflow flip-chip platform.	High-volume Flip-Chip AssemblyEvaluate die size, wafer format, substrate flow, placement requirement and post-bond inspection needs.	Pick-and-Place SystemConfirm camera configuration, nozzle setup, wafer handling, substrate carriers, fluxing arrangement and installed options.	Cycle and Yield ValidationReview motion condition, vision performance, available tooling, controller status and test results using representative materials.
FC QUANTUM advancedMass-reflow flip-chip platform with process and yield-control features.	Flip-Chip Process QualificationEvaluate the intended package architecture, flux handling, inspection expectations and target production profile.	Process ModulesConfirm bond force range, camera package, post-bond inspection, material handling and installed process hardware.	Software and CalibrationConfirm controller condition, option status, calibration records, production recipes and the scope of available refurbishment work.
FC QUANTUM advXFlip-chip platform positioned for a broad application range and high-volume production.	Production FlexibilityEvaluate whether the offered setup matches the actual die, substrate, carrier and handling route required by the line.	Automation PackageConfirm material flow, wafer presentation, feeder arrangement, line interface, inspection functions and device changeover requirements.	Configuration CompletenessConfirm which modules, nozzles, fixtures and accessories are physically included with the offered machine.
CHAMEO advancedMulti-chip flip-chip platform associated with FO-WLP and face-up or face-down package workflows.	Multi-Chip and Fan-Out ReviewEvaluate carrier handling, die orientation, substrate or wafer-level process needs, warpage sensitivity and inspection requirements.	Package-Specific ToolingConfirm carrier format, tooling package, handling path, vision capability and compatibility with the intended package design.	Application MatchVerify that the offered configuration was designed for the same process route rather than assuming all CHAMEO units are interchangeable.
CHAMEO ultra plus ACAdvanced configuration associated with hybrid-bonding and high-density integration workflows.	Advanced Packaging DevelopmentEvaluate cleanliness, alignment, metrology, material preparation and process-development requirements as a complete workflow.	Specialised Process HardwareConfirm the exact bonding architecture, optical alignment system, tooling, software and process-support package.	Not a Standard ReplacementDo not compare this configuration directly with a conventional die bonder without a full engineering review of the process route.

DATACON Die Bonder Process Fit

Where a BESI DATACON Die Bonding Machine May Be Evaluated

The right application fit depends on the installed configuration. Use the package construction and attachment route to narrow the candidate platform before comparing published speed or accuracy figures.

Process fit comes before brand fit.

Placement performance, throughput and ownership value only matter when the machine can complete the intended process with the required materials and tooling.

Mass-Reflow Flip-Chip Assembly

Evaluate the die presentation method, wafer size, substrate or strip format, fluxing approach, camera field of view, post-bond inspection requirement and target cycle profile.

Multi-Chip Packaging

Confirm whether the proposed DATACON machine supports the required die sequence, placement order, carrier format, package geometry, handling orientation and inspection path.

Fan-Out and Wafer-Level Workflows

Review face-up or face-down handling, carrier stability, warpage behaviour, package design, process material, vision requirements and qualification method for the exact configuration.

Legacy or Existing Line Replacement

Compare the offered unit with the installed production route: tooling compatibility, device data, utilities, line interface, spare parts, operator workflow and available support resources.

Semiconductor die bonder configuration review with precision handling and vision modules

BESI DATACON Machine Review

Six Configuration Areas That Control Practical Capability

A DATACON 8800 machine should be reviewed as a complete production configuration. The nominal platform series does not answer whether a specific unit has the modules, tooling, software options and condition needed for your package route.

Bond head design, force range and placement architecture
Vision cameras, illumination and alignment functions
Wafer, tray, strip, leadframe or carrier handling modules
Fluxing, dispensing, material preparation and inspection hardware
Controller, motion system, software version and option status
Nozzles, fixtures, process tooling and line-integration interfaces

Used & Refurbished Evaluation

What Should Be Checked Before Buying a Used DATACON 8800?

A used DATACON die bonder can be a practical production asset when the machine configuration, unit condition, accessories and qualification path are assessed before shipment—not after installation.

Ask for evidence, not assumptions.

Request current photos, a configuration list, available tooling details, functional test information, electrical data and the defined scope of refurbishment.

Exact Machine Identity

Confirm the full model name, production generation, serial-number configuration and the major installed process modules.

Mechanical and Motion Condition

Review bond head condition, linear motion, stage travel, bearings, cable routing, safety systems and maintenance history.

Vision and Inspection System

Verify cameras, optics, illumination, calibration condition, inspection modules and the availability of replacement components.

Handling and Tooling Package

Confirm wafer frames, trays, carriers, feeders, nozzles, fixtures, substrate tooling and any package-specific accessories.

Controller and Software Status

Confirm controller condition, PC hardware, software environment, recovery media, installed options and the availability of technical documentation.

Qualification and Support Plan

Define sample test requirements, acceptance criteria, packing method, installation conditions, utility needs and post-installation support scope.

Configuration-Specific Reference

DATACON 8800 FC QUANTUM hS Published Reference Specifications

The values below are a public reference for the FC QUANTUM hS configuration only. They should not be treated as generic DATACON 8800 specifications or as confirmation of an individual used unit.

Verify the offered machine.

Production generation, installed options, tooling and machine condition can change the usable range and performance of a specific unit.

Placement Accuracy	±4 µm at 3 sigma
Bond Force	0.5 N to 5 N
Die Size	1 mm to 14 mm
Die Thickness	70 µm to 2 mm
Wafer Size	8-inch to 12-inch wafers on 8-inch or 12-inch wafer frames
Substrate Types	Singulated substrates in boats, strips, leadframes and wafers in carriers
Working Range	13-inch × 8-inch
Throughput Reference	Up to 16,000 UPH, application dependent

When a DATACON 8800 Is Worth Evaluating

DATACON 8800 equipment is worth shortlisting when the process route, device format and required handling method align with the configuration being offered.

The machine has a documented configuration that matches the target package route.
Required wafer, tray, carrier or substrate handling modules are included.
Available tooling can support the intended die and package dimensions.
The unit can be tested or otherwise validated against defined acceptance criteria.
Controller, vision, process hardware and support readiness are commercially practical.

When to Pause and Verify Before Purchase

Do not treat a DATACON 8800 nameplate as proof that the equipment is suitable for every die attach or flip-chip application.

The offered machine lacks a confirmed configuration list or current condition report.
Required process tooling, handling modules or software options are missing.
The target package needs a specialised route that has not been qualified on the offered configuration.
No evidence is available for camera, motion, inspection or controller functionality.
Installation requirements, utilities, spare parts or support scope remain undefined.

Technical & Procurement Questions

BESI DATACON 8800 Die Bonder FAQ

These questions cover the practical checks that normally matter before comparing, purchasing or refurbishing a DATACON 8800 die bonding machine.

What is a BESI DATACON 8800 machine?

BESI DATACON 8800 is a family of semiconductor assembly platforms used across flip-chip, multi-chip and selected advanced packaging workflows. The exact process capability depends on the specific FC QUANTUM or CHAMEO configuration and installed options.

Is DATACON 8800 a die bonder or a flip-chip machine?

It can be evaluated as part of both die attach and flip-chip assembly workflows. The correct description depends on the machine configuration, process route, package structure, material handling method and installed tooling.

What is the difference between FC QUANTUM and CHAMEO?

FC QUANTUM configurations are associated with mass-reflow flip-chip production platforms, while CHAMEO configurations are evaluated for multi-chip, fan-out and selected advanced packaging workflows. The actual comparison must be made at model and configuration level.

Can a used DATACON 8800 be refurbished?

Yes, but the refurbishment scope should be defined around the condition of the mechanics, motion system, bond head, vision modules, controller, software environment, safety systems, handling modules and available tooling.

What should be checked before purchasing a used DATACON 8800?

Confirm the exact platform version, installed options, handling configuration, bond head, vision system, controller condition, software status, available tooling, calibration history, functional test information and support scope.

Does every DATACON 8800 support fan-out or hybrid bonding?

No. Fan-out, multi-chip and hybrid-bonding suitability depends on the exact CHAMEO or other specialised configuration, along with the process hardware, optical alignment, tooling and qualification requirements.

Are published DATACON 8800 specifications valid for every machine?

No. Published values are configuration-specific. Before using a specification for production planning, confirm the model, installed options, process hardware, tooling, software generation and condition of the offered unit.

What information is needed for a DATACON 8800 recommendation?

Provide the package drawing, die dimensions, die thickness, material flow, wafer or tray format, substrate type, process route, target output, placement requirement, available tooling and any existing line constraints.

Need a DATACON 8800 Configuration Review?

Share the package drawing, die and substrate format, required process route, target output and any available machine details. This makes it possible to assess whether an offered DATACON 8800 configuration is worth qualifying for your production line.

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