Histology Grossing Table Workflow

A well-run grossing room moves a specimen from accessioning to imaging to dissection in well under three minutes. A poorly-run grossing room can spend ten minutes per case just on documentation. The difference is workflow design, and the workflow lives or dies at the histology grossing table. This article walks through a clean grossing workflow and shows where small changes save hours per week.

The Standard Histology Workflow

Whether you are running a 50-case-per-day surgical service or a 5-case-per-day specialty lab, the steps look the same.

Step 1: Accession and verify

The case enters the grossing room with an accession number, a requisition, and a container. Verify all three match before you place the specimen on the bench. Mismatches caught at this step are cheap; mismatches caught at sign-out are expensive.

Step 2: Initial macro photograph

Before the first cut, capture an "as received" image. This image becomes the legal anchor for the case. It documents the specimen as it arrived from the surgeon.

Use the foot pedal so both hands stay on the specimen. The image should be in focus, framed with a 10 percent margin around the specimen, and named with the accession number plus the suffix "-A" for "as received".

Step 3: Description and orientation

Dictate the gross description directly into the LIS while the specimen is still oriented under the camera. Do not bookmark dictation for later; you will lose context.

Step 4: Inking and sectioning

Apply margin ink before any sectioning. Photograph the inked specimen ("-B" suffix). Then section. Photograph cut surfaces as needed ("-C", "-D", and so on).

Step 5: Cassette and label

Place each section in a labeled cassette. Verify the cassette label against the accession number. Photographs should already be saved to the case folder before you move to cassettes.

Step 6: Image archive verification

Before the specimen leaves the bench, confirm all images are in the case folder. A 30-second verification step prevents a 30-minute rework if an image is missing at sign-out.

How a Good Grossing Table Speeds Each Step

Look at where time accumulates in the workflow.

• Accession verification: a clear barcode reader at the grossing station saves 10 to 15 seconds per case.
• Macro photograph: live view on the monitor saves 20 seconds per image. Foot-pedal capture saves another 10.
• Description: a tethered microphone with the LIS in front of you saves the entire "walk to the dictation station" round trip.
• Inking: a glass top makes ink cleanup three times faster than a stainless top.
• Sectioning: a sharp, replaceable cutting board prevents knife dulling.
• Image archive: direct USB-to-network capture, with case-folder routing, eliminates manual filing.

Common Workflow Failures and Fixes

Failure: Images go missing between bench and sign-out.

The root cause is usually manual filing. Fix it by configuring the grossing software to write directly into the case-folder structure your LIS uses. The pathologist should not see a "save as" dialog.

Failure: Color shifts between morning and afternoon images.

The root cause is fluorescent or mixed lighting. Fix it with sealed LED panels at 5500 K. Confirm the camera's white balance is locked, not auto.

Failure: Pathologist breaks sterile when changing camera angles.

The root cause is a manual camera column. Fix it with a motorized column controlled by foot pedal or knee bar. The whole point of surgical pathology specimen documentation is that the documentation does not interfere with the dissection.

Failure: Dictation lags behind grossing.

The root cause is usually a poorly-positioned microphone or a shared workstation. Each grossing station should have its own microphone in front of the monitor at the camera column.

What to Standardize Across Stations

If you run more than one grossing station, standardize:

• Naming convention for image suffixes (-A as received, -B inked, -C cut surfaces).
• Color temperature at 5500 K on every station.
• Camera resolution at the same megapixel setting.
• JPEG quality setting at 90 or higher.
• Folder structure in the LIS.

Standardization matters more than picking the "best" setting. Two stations with consistent settings are worth more than one perfect station and one drift-prone one.

The Photodyne Approach

Our 700 series is built around this workflow. Foot-pedal capture, motorized column, sealed LED side lights, and direct USB capture eliminate the friction points described above. To see how the system fits your specific workflow, view the products page or request a demonstration.