What applications can Prior Scientific microscope automation support?

Prior Scientific's microscope automation components and imaging systems are used across three broad application areas: life science imaging (atomic force microscopy, super-resolution and confocal microscopy, automated fluorescence microscopy), high-throughput screening (high content screening and automated high throughput screening), and industrial inspection (metrology automation and automated slide scanning pathology). These applications all depend on the same underlying capability — precise, repeatable positioning of samples, objectives, or filters — which is what Prior's motorized stages, focus drives, nanopositioning devices, and filter/objective changers provide.

Life science imaging applications

These applications typically need fine control over focus, sample position, and light path, often at the limits of optical resolution.

• Atomic force microscopy (AFM) — requires stable, precise sample or probe positioning, which is where nanopositioning devices (travel up to 1 mm) come in.
• Super-resolution and confocal microscopy — depend on accurate Z-axis focus control and repeatable XY positioning to build images slice by slice.
• Automated fluorescence microscopy — combines motorized stages, filter wheels or turrets, and objective changers so that wavelength switching and sample movement happen without manual intervention.

For these workflows, the relevant Prior product categories are imaging components (motorized stages, focus drives, laser autofocus, filter wheels, objective changers, filter turrets, single-axis Z stages) and nanopositioning devices.

High-throughput screening applications

Screening workflows shift the requirement from single-image precision to speed and consistency across many samples.

• High content screening — needs automated plate or slide positioning plus repeatable focus across many fields of view.
• Automated high throughput screening — adds throughput demands, so stage speed and reliability matter as much as accuracy.

Prior's OpenStand platform is positioned for this kind of work: it is described as flexible, automated, and fully customizable, with basic configurations in upright, inverted, and large-format versions suitable for life science and industrial development projects.

Industrial and inspection applications

• Metrology automation — uses the same precision positioning components, but the measurement target is a manufactured part rather than a biological sample.
• Automated slide scanning pathology — depends on motorized XY stages and focus control to capture and stitch large areas reliably.

Can Prior automation be added to an existing microscope?

Yes — this is a distinct use case from buying a full system. Prior offers components to automate existing microscopes from Olympus, Nikon, Leica, and Zeiss, as well as its own OpenStand platform. If your application fits one of the categories above but you already own a compatible microscope, retrofitting motorized stages and focus drives may be the more direct route than replacing the whole imaging setup.

How to decide whether Prior fits your application

If your work falls into AFM, confocal or super-resolution imaging, fluorescence microscopy, high content or high throughput screening, metrology, or slide scanning pathology, Prior's product categories map directly onto those needs. If your application is outside these areas, the deciding factor is still whether it depends on precise, automated positioning — that is the common thread across everything listed here.