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Wafer probe stations

Wafer probe stations for research labs

Compare brochure-confirmed manual, semi-automatic, automatic, and fully automatic systems, then follow the application path that matches your measurement.

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V Series — Automatic Probe Stations — product photo

US & Canada procurement

NineScrolls provides US & Canada procurement, import, and support for SEMISHARE wafer probe stations.

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What a probe station is made of

Every probe station combines four things: a chuck that holds (and often heats or cools) the sample, micropositioners that move probe tips with micron-level precision, a microscope or camera, and shielded connections that carry the signal to your instruments. Everything else — automation, vacuum enclosures, RF calibration, fiber alignment — is a layer on top of that core.

Probe station core subsystems: chuck, micropositioners, optics, signal path
Core subsystems of a wafer probe station — Schematic illustration, not actual product appearance.

Manual, semi-automatic, or fully automatic

This single choice moves the price the most, and the right answer is set by how many measurements you run — not by how advanced the lab wants to feel.

Manual vs semi-automatic vs fully automatic probe stations
AspectManualSemi-automaticFully automatic
PositioningHand-driven micropositionersMotorized stage with manual probe setupProgrammed wafer mapping and alignment
WorkflowDevice-by-device measurementRecipe-assisted multi-site steppingAutomated wafer-map execution
Best fitExploratory research, teaching, flexible setupsR&D characterization and repeated measurementsHigh-volume mapping and production-style test
Operator involvementContinuous hands-on controlSetup plus supervisionException handling and run oversight

Frequently asked questions

What does a wafer probe station do?

A probe station holds a wafer or die flat and stable while fine-tipped probes land on bond pads or on-wafer device terminals, carrying electrical or optical signals out to your measurement instruments. It combines a chuck, micropositioners, optics, and shielded signal paths.

Manual or semi-automatic probe station — which should a university lab buy?

If your group characterizes a handful of devices per sample, a manual analytical station is usually the correct tool, not a compromise. Semi-automatic stations earn their cost for repeated multi-site measurements, where recipe-assisted stepping improves consistency and operator efficiency.

Can I buy a probe station in the US through NineScrolls?

Yes. NineScrolls is a US-based (San Diego, California) research equipment supplier for probe stations. NineScrolls provides US & Canada procurement, import, and support for SEMISHARE wafer probe stations. Request a quote with your sample size, signal type, temperature range, and expected measurement volume.

What information do you need for a probe station quote?

Largest sample size, measurement type (DC, RF, or optical), temperature requirements, and expected measurement volume. Send those through our request-a-quote form and we confirm the exact configuration with the manufacturer before quoting.

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Ready to spec a probe station?

Tell us your sample size, signal type, and temperature needs — we confirm the configuration with the manufacturer and quote with US delivery and support included.