Source used semiconductor ion implanters for replacement, capacity expansion and mature front-end wafer processes. We stock and help buyers review high-current, medium-current, high-energy and specialty implant platforms.
Whether you are replacing an aging tool, expanding production capacity or searching for a specific OEM platform, we can help review the equipment direction, ion-source and beamline configuration, wafer handling and delivery scope.
Send the manufacturer, model, wafer size or target implant requirement to begin reviewing suitable equipment, process compatibility and fab utility requirements.
Browse our current selection of used ion implantation systems for semiconductor wafer manufacturing. Available platforms and configurations change regularly, so the ion source, beamline, end station, wafer handling, control system and supporting equipment must be confirmed against the specific machine before purchase.
If the required platform is not shown in the current list, send the manufacturer, model, wafer size, current production platform or target implant requirement. We can review incoming equipment and request-based sourcing options.
Selecting an ion implanter starts with the required process window, not the equipment name alone. The target ion, energy, dose, wafer conditions and process goals should guide the search.
The system generates ions, accelerates and separates them by mass, controls the beam, and directs or scans it across the wafer. Different platforms handle this sequence in different ways.
| Actual Process Need | Relevant Equipment Direction | What Still Needs Review |
|---|---|---|
| High-dose or high-beam-current production | High Current | Ion species, energy window, dose range, beam current, wafer temperature and throughput target |
| Broader process range and operating flexibility | Medium Current / Flexible Implant | Energy window, dose control, implant angle, beam setup and wafer platform |
| Deeper implant profiles | High Energy | Usable energy range, beamline configuration, ion species and target process |
| SiC, high-temperature or dedicated implantation processes | Specialty / High-Temperature Implant | Wafer material, temperature control, ion source, end station and actual machine configuration |
An ion implanter combines high-voltage, high-vacuum, beamline, gas and wafer-handling systems. These five checks help determine whether a used platform is worth further evaluation.
Required ion species, energy range, dose range, beam-current requirements, ion-source type and compatible beamline configuration.
Avoid receiving a machine that cannot cover the required ion, energy or dose window.
Dose uniformity, implant-angle control, beam stability, wafer-temperature management, and available particle, contamination and maintenance records.
Avoid a system that runs but cannot meet the required uniformity, angle-control or contamination limits.
150 mm, 200 mm or 300 mm capability, wafer material and thickness, cassette or FOUP format, EFEM, end station, and single-wafer or batch handling.
Avoid buying a suitable implant platform whose wafer size or handling system cannot connect with the existing line.
Facility electrical load, cooling, vacuum, dopant-gas delivery, exhaust and abatement, interlocks, footprint, weight and high-voltage system information.
Avoid bringing the machine onsite only to find that the available power, cooling, exhaust or gas-handling conditions cannot support it.
Expected throughput, beam setup, ion-source condition and maintenance history, vacuum components, high-voltage assemblies, controls and known parts requirements.
Avoid a tool that fits the process but creates excessive downtime, maintenance burden or production cost.
Send the model, current platform, ion species, wafer size, target energy or dose window, and available equipment information.
Maintaining an established process direction on a familiar platform may reduce the scope of recipe transfer and requalification.
When an installed system ages or the original platform is no longer readily available as new equipment, a compatible used system may help keep a mature production line operating while reducing the initial capital commitment.
A similar platform does not automatically reproduce the existing process. Final compatibility still depends on the actual ion source, beamline, end station, controls, wafer handling and supporting equipment included with the machine.
Source the same platform family or another suitable system when new equipment is no longer practical for an established process.
Add a compatible system to support production growth while retaining the implant technology already used by the line.
Beamline assemblies, end stations, wafer-handling modules or supporting components can be reviewed together with the main equipment request when sufficient model and configuration information is available.
Ion implanters contain high-voltage, vacuum, beamline and wafer-handling systems that require careful handling before shipment, during transport and after arrival. We help clarify the delivery scope and support direction according to the actual platform and project conditions.
On-site installation, process development and long-term maintenance are not included by default. Any such work must be defined in the final quotation or service scope.
Request Ion Implanter System SupportThese questions cover the main issues buyers face when reviewing used semiconductor ion implantation equipment.
High-current implanters are generally used where high beam current and higher-dose production are important, often within lower-to-medium energy ranges. Medium-current systems typically provide greater flexibility across energy, dose and implant-angle conditions. High-energy implanters are intended for processes that require a higher energy range and deeper implant profiles. Final capability still depends on the ion source, beamline, end station and actual machine configuration.
Useful starting information includes the manufacturer and model, current production platform, wafer size and material, target ion species, required energy and dose range, implant-temperature requirements, wafer-handling format, beam-angle or uniformity requirements, and the replacement or capacity-expansion goal.
Yes. Systems from the same platform family may differ in ion source, beamline, energy range, end station, wafer handling, controls, software and supporting equipment. Two machines with similar model names should therefore be reviewed individually.
The review should compare the ion species, energy and dose window, beam and angle-control requirements, wafer size and handling format, end-station configuration, facility electrical load, cooling, gas and exhaust requirements, control-system environment, supporting equipment, expected throughput and maintenance conditions.
Yes. Send the manufacturer, model, wafer size, current production platform or target implant requirements. We can review incoming equipment, available market information and potential alternatives for further evaluation. Availability and final scope depend on the specific system identified.
Start with a model, nameplate, machine photo or target implant requirement. We can review the equipment direction, check current availability and help assess the qualification gates before purchase.