One patient, one MRN, one built-in ledger, one live command centre — from the registration counter to the operating theatre.
Why EloHIMSLaboratory Information System (LIS)
The laboratory is the hospital's diagnostic engine, yet in most facilities it runs on paper request slips and disconnected result registers — exactly where samples get lost and results get transcribed wrongly. EloHIMS closes the loop from the moment a test is ordered to the moment a verified result lands back in the patient's chart — barcoded specimens, age/sex reference ranges, critical-value alerts, TAT and QC, built to the standard ISO 15189 / CAP accreditation require.
Order → collect → accession → result → validate → report. Closed.
The LIS takes orders straight from the consultation and the inpatient CPOE, so a test the doctor requests becomes a live lab order without a paper slip. Samples are accessioned and barcode-labelled, tracked through the bench, and results are entered against age/sex reference ranges with automatic abnormal and critical flags. A two-tier verification step means only authorised results are released, professional lab reports print with the universal patient header, and every result files to the patient's 360° record and posts to the bill — no re-keying, no lost slips, no untracked money.
Everything the bench needs, from order to verified report
Pre-analytical, analytical, post-analytical — one continuous rail
Studies indicate that 60–70% of laboratory errors occur in the pre-analytical phase[1] — wrong patient, wrong tube, haemolysis, mislabel. Barcoding, positive patient ID and sample-condition capture significantly reduce turnaround time and substantially reduce transcription errors.
From numeric chemistry to narrative histopathology
A hierarchical, rule-driven test catalogue
Tests group into panels and profiles — CBC, LFT, RFT, Lipid Profile, a "Fever Profile" that bundles CBC + MP + Widal + Dengue + Urine R/E. Every measured analyte carries its units and a reference range that varies by age, sex and method — and the lab maintains its own validated ranges, as CAP/CLIA require. Some parameters are calculated: eGFR from creatinine, age and sex; LDL by Friedewald; the A/G ratio.
Because ranges are versioned data, the report prints the range that was actually applied — a snapshot copied onto the result, not the current catalogue value — so a later edit never rewrites history. Critical values carry the panic flag and trigger a logged callback to the clinician before the result can be released.
Built for ISO 15189 / CAP from day one
Accreditation isn't paperwork bolted on later — it dictates product features. In EloHIMS these are built in, not optional.
A single-site hospital lab today, a collection-centre network tomorrow
EloHIMS optimises first for the in-hospital lab — orders originate from OPD/IPD/ER/OT doctors, the patient already carries an MRN, and results surface on the Patient-360 timeline. A lab location is never assumed to be one building: orders, collection, processing and reporting can happen at different sites, so the same module scales out to the network model that dominates Pakistani diagnostics.
Because it reuses the rails that already exist in EloHIMS — patient identity and MRN, billing and GL, pricing, cash shifts, receipts and print — lab revenue posts to Laboratory Revenue in the same double-entry ledger, cash collection runs inside a cashier shift, and every walk-in or B2B customer is a real patient with a lifetime record.
A closed order-to-result loop where no sample is lost, every result is verified, filed and billed, and doctors get their reports the moment they are ready.
Part of the diagnostic backbone
- Frequency and types of pre-analytical errors in a clinical laboratory. PMC. https://pmc.ncbi.nlm.nih.gov/articles/PMC10844902/
See the lab close the loop — order to verified result.
Barcoded specimens, age/sex reference ranges, critical-value alerts and TAT dashboards — every result verified, filed and billed.
Laboratory Management System FAQs
Answers to the questions hospitals ask us most.
What is a laboratory management system (LIMS)?
A laboratory management system (LIMS) manages the complete lab workflow: sample registration, accession numbering, test ordering, result entry, validation, reporting, and billing. Modern LIMS solutions track batch/expiry, enforce result sign-off workflows, generate TAT reports, and ensure ISO 15189 / CAP compliance by preventing unsigned result release.
What is the difference between LIMS and LIS?
LIMS (Laboratory Information Management System) and LIS (Laboratory Information System) are functionally identical in healthcare contexts. Both manage diagnostic lab workflows from sample accession to result reporting. LIMS is preferred in Pakistan’s diagnostic lab sector, while LIS is common in hospital-integrated labs. EloHIMS uses the term LIS to emphasize clinical integration.
Is EloHIMS LIMS compliant with ISO 15189 accreditation?
Yes, EloHIMS laboratory module is designed to meet ISO 15189 and CAP accreditation requirements. It enforces mandatory result validation (results cannot be printed or sent without authorized sign-off), maintains complete audit trails, tracks reagent batches and QC runs, and generates all required quality registers automatically, ensuring traceability for accreditation audits.
Can diagnostic labs use EloHIMS without the hospital modules?
Yes, EloHIMS laboratory module operates independently as a standalone LIMS for diagnostic labs, pathology centers, and reference labs. You can license only the lab module with billing and patient registration, without OPD/IPD modules. The system supports walk-in patients, doctor referrals, and corporate panel clients with custom pricing.
Does EloHIMS support multiple lab locations and result consolidation?
Yes, EloHIMS supports multi-branch diagnostic labs with centralized result access. Sample collection centers can register patients and send samples to a central processing lab; results are accessible at all locations instantly. The system tracks sample transit, handles cross-branch billing, and consolidates all lab data into a single command centre dashboard.