SMT Bolg

Understand die bonding machine price factors including process, accuracy, automation, condition, tooling, software, testing and delivery scope.

Select a die bonding machine by comparing epoxy, eutectic, soft solder and silver sintering processes, material flow, heating, force and production needs.

Evaluate a used wire bonder by its exact configuration, bonding process, inspection evidence, application-based FAT, bond test results and delivery scope.

Compare ball, fine-wire wedge and heavy-wire bonders by wire material, package geometry, current, loop profile, thermal limits and production needs.

Evaluate a used ASM SIPLACE CA2 by its installed configuration, machine records, application-based FAT evidence and final delivery scope.

Evaluate a used ASM SIPLACE CA4 or CA4 V2 by its head configuration, SWS and feeder positions, conveyor, software, tooling and line replacement fit.

Learn what the MRSI-705 5-micron die bonder is, how its motion, force control and vision systems work, and why process capability depends on configuration.

Learn how the MRSI-605 AP combined stable mechanics, multi-tool handling, force control and vision for legacy advanced-packaging assembly.

Review verified ASMPT FT2026 platform information, including its 26-nozzle turret, package direction, test sites, media handling and used-machine checks.

Learn how to evaluate a used ASM AMICRA AFC Plus by reviewing its machine identity, installed configuration, tooling, software, condition, FAT evidence and delivery scope.

Learn how the ASM AMICRA AFC Plus supports precision die and flip-chip bonding, how its process functions relate and why project capability depends on the installed configuration.

Learn how die format, substrate flow, bonding method, tooling, alignment, software and production volume affect MRSI-705 configuration decisions.

Review verified ASMPT FT2018 specifications, package range, test sites, vision and tape-and-reel functions, plus key checks for a used machine.

Evaluate a used ASMPT MS100 Plus by checking wafer handling, pickup tooling, vision, software, output routing, FAT evidence and delivery scope.

Compare ASMPT MS100, MS100 Plus and MS100 Plus II machines by configuration, tooling, software, condition and operating evidence—not model name alone.

Learn what the ASMPT MS100 wafer mapping die sorter does, how die sorting differs from electrical testing and what to verify before buying a used machine.

Learn how ASM SMT Feeder works within ASM placement systems, including its role in component supply, feeding workflow, feeder categories, and automated PCB assembly.

Learn how ASM SMT Feeder management supports SMT production stability, component supply consistency, placement workflow reliability, and automated PCB assembly performance.

Learn what ASMPT Feeder is, how SMT feeders work, feeder types, placement machine compatibility, production applications, and maintenance practices.

Learn how to select ASM Feeder solutions, verify SMT feeder compatibility, manage replacements, and maintain feeders for stable PCB assembly production.