IT Services for Anatomic Pathology Labs from a healthcare-only team
A biopsy arrives at accessioning at 9 AM, gets a barcode, moves through grossing with a hands-free dictation mic, and comes out the other side as blocks, slides, and eventually a signed-out report in PowerPath or Beaker AP. Every step leaves a data trail, and any technology stumble along the way threatens the chain of custody a pathology lab lives by. Medical IT Company manages the infrastructure beneath that workflow with the seriousness specimen integrity deserves.
Digital pathology has raised the stakes: an Aperio GT450 or Philips IntelliSite scanner produces gigapixel whole-slide images measured in gigabytes, and a validation study or remote sign-out grinds to a halt when storage fills or the network chokes. We architect tiered storage and bandwidth so slides open in seconds at any sign-out station, while HL7 and FHIR interfaces carry orders and results cleanly between your LIS, referring EHRs, and Xifin billing without dropped messages or orphaned cases.
And because CAP inspectors and CLIA audits examine systems as closely as slides, we keep the environment defensible: audit trails on every result, tested backups of the LIS database, cassette and slide printer uptime, and documented security controls ready before the inspection window opens. Turnaround time is your reputation; our job is making sure technology never adds a day to it.
why choose us for IT Services for Anatomic Pathology Labs
We manage the LIS, imaging storage, and interfaces that keep pathology cases moving.
Slide image storage
Tiered storage is architected for gigapixel WSI files from Aperio and Philips scanners, with capacity planning and fast retrieval so archived slides open in seconds at any sign-out workstation.
LIS interface support
HL7 and FHIR interfaces between PowerPath, Beaker AP, LigoLab, and referring EHRs are monitored message by message, so orders arrive complete and no signed-out case ever fails to reach the clinician.
Specimen tracking uptime
Accessioning stations, barcode and cassette printers, and grossing dictation systems are maintained and stocked with spares, so specimens keep moving and chain of custody never breaks mid-shift.
more ways we support healthcare
healthcare IT challenges anatomic pathology labs face
Whole-slide imaging changes everything about your storage plan. A single scanned slide from an Aperio, Hamamatsu, or Philips scanner can reach several gigabytes, and a busy lab produces terabytes of SVS and DICOM files every month. We design tiered storage, fast local caching, and archival tiers so pathologists can pull prior cases in seconds instead of waiting on a slow file share.
Your LIS sits at the center of the lab, and it rarely lives alone. We keep HL7 and FHIR interfaces healthy between Epic Beaker AP, Sunquest PowerPath, LigoLab, or Xifin and the referring EHRs that send orders and receive results. When an interface queue backs up or a result fails to cross, accessioned specimens stall and turnaround times slip, so we monitor those feeds around the clock.
Specimen tracking depends on hardware that has to work every shift. We support barcode printers and scanners at accessioning, cassette and slide labelers, grossing station workstations and dictation, and the stainers and scanners connected to your network. A dead label printer at grossing can halt an entire batch, so we keep spares, drivers, and configurations documented and ready.
CAP and CLIA inspectors expect proof, not promises. We help you meet HIPAA safeguards, retain reports, blocks, and slides for required periods, log access to protected health information, and produce the documentation your accreditation checklist demands. From backup validation to audit trails, we build the evidence your lab director needs before an inspector arrives.
anatomic pathology lab IT FAQs
We monitor your critical systems around the clock and respond fast when accessioning, grossing, or sign-out is affected, because downtime stalls specimens and delays diagnoses. We keep spare barcode printers, scanners, and workstation images ready so a hardware failure does not halt a batch. Escalation paths to your LIS and scanner vendors are documented so nothing waits on a missing phone number.
We implement HIPAA safeguards such as access controls, encryption, and audit logging for every system that touches protected health information. For CAP and CLIA, we help document retention of reports, blocks, and slides, validate backups, and produce the records your accreditation checklist requires. The goal is inspection-ready evidence in place well before an inspector arrives.
We support the major anatomic pathology systems, including Epic Beaker AP, Sunquest PowerPath, LigoLab, and Xifin, and we manage the HL7 and FHIR interfaces that connect them to referring EHRs. We monitor interface queues so failed results and stalled orders get caught before they affect turnaround time. We also coordinate with your LIS vendor during upgrades and validation.
Most anatomic pathology labs need managed networking, storage sized for whole-slide imaging, and support for their LIS, whether that is Epic Beaker AP, Sunquest PowerPath, LigoLab, or Xifin. They also need reliable HL7 and FHIR interfaces to referring EHRs, uptime for accessioning and grossing hardware, and security controls that satisfy HIPAA. Backup, disaster recovery, and help with CAP and CLIA documentation round out the core scope.
Most labs move to a flat monthly managed services fee based on the number of users, workstations, and scanners rather than unpredictable hourly billing. Whole-slide imaging storage is usually the largest variable, since terabytes of SVS and DICOM files add up quickly. We scope pricing after reviewing your LIS, case volume, and imaging footprint so the number reflects your actual environment.
Yes. A single scanned slide can reach several gigabytes, so we design tiered storage with fast local caching for active cases and lower-cost archival tiers for older material. This keeps prior slides available to pathologists in seconds while controlling long-term cost, and it scales as your scanner volume grows.
