Krishna
Founder, ShylCare
I visited a diagnostic lab in Panvel last year — decent setup, two technicians, decent equipment, good footfall from nearby clinics. They were tracking everything in a register and an Excel sheet. Sample received, test name, result, reported — all in columns.
It was working. Sort of. Until I asked what happens when a doctor calls asking for a patient's report from two months ago. The answer: "We search the register by date, then check if we saved the Excel file for that batch." Sometimes they find it. Sometimes they don't.
That lab was doing ₹3-4 lakh a month in revenue and losing maybe 15-20 minutes per report retrieval, several times a day. More importantly, they had no way to flag an abnormal result automatically, no audit trail for who entered what, and no way for patients to access reports online. In 2026, that's a competitive disadvantage.
Let me be specific about what breaks when you run a lab without proper software. These aren't theoretical concerns — I've seen each of these happen.
Lost or mismatched requisitions. A doctor sends a patient for a CBC and LFT. The requisition slip says CBC and KFT. The patient says "he told me three tests." Now someone's calling the doctor's clinic to clarify, the patient is waiting, and the sample is sitting there. Electronic orders eliminate this entirely — the test request comes through digitally with no handwriting to misread.
No sample tracking. Which tube is which? Was the fasting sugar collected before or after the patient ate? When was the sample actually processed? On paper, this chain of custody doesn't exist. A LIS gives every sample a barcode, tracks it from collection to processing to result entry. When something goes wrong — and in a lab processing 50+ samples a day, something will go wrong — you can trace exactly where.
Manual result entry without validation. A technician enters a haemoglobin value of 1.5 instead of 15.0. On Excel, nobody catches it unless someone happens to notice. A LIS with reference ranges flags this immediately: "Value outside expected range — confirm?" That single feature prevents one catastrophic error a month. One is enough.
No auto-flagging of abnormals. A fasting blood sugar of 280 mg/dL needs to be highlighted, not just typed into a cell next to a value of 95. Abnormal flagging — marking high, low, and critical values — is table stakes for any lab report. Doing it manually means it depends on whether the technician remembers the reference ranges for every single test. They won't, always.
Reports are PDFs of Excel screenshots. I've seen this more times than I'd like. A lab generates a "report" by screenshotting an Excel table and pasting it into a Word document. It looks amateurish, there's no standardised format, and it definitely doesn't include the lab's NABL number, the technician's credentials, or proper reference ranges.
A Laboratory Information System doesn't need to be complicated. For a standalone lab doing routine pathology and biochemistry, here's the core:
Electronic test orders. Whether the patient walks in with a prescription or a referring doctor sends an order digitally, the tests are entered into the system cleanly — test name, patient demographics, sample type required, any special instructions (fasting, timing).
Sample registration and tracking. Each sample gets a unique ID (ideally a barcode you can print and stick on the tube). The system tracks: collected, received in lab, processing, result entered, verified, reported. At any point, you can see exactly where every sample is.
Result entry with reference ranges. The technician enters results against a pre-configured test template that already has the normal ranges, units, and method. The system flags anything outside the range. Critical values can trigger an alert.
Verification workflow. A senior technician or pathologist reviews flagged results before they're released. This two-step process — entry and verification — is how good labs prevent errors from reaching patients.
Formatted PDF reports. Auto-generated, professional, consistent. Lab name, patient details, test results with ranges and flags, pathologist's digital signature, NABL number if applicable. The patient gets a PDF they can share with any doctor.
Patient access. This is increasingly a differentiator. If patients can access their reports online — via a portal or a link sent by SMS — you save time on "has my report come?" phone calls and you look modern. Referring doctors love it too.
Here's the thing most standalone labs don't think about until they lose a referring doctor to a competitor: integration with hospitals and clinics.
When a clinic uses an EMR system and their lab also uses a connected system, something magical happens. The doctor orders a test in their EMR. The order shows up in the lab's system. The lab processes the sample, enters results. The results flow back into the doctor's EMR, attached to the patient's record. No phone calls, no paper, no "I'll send the report on WhatsApp."
This isn't futuristic. It's how hospital-attached labs already work. The standalone lab that can offer this integration to referring clinics has a massive advantage over the one that still sends reports via WhatsApp images.
Lab software doesn't need to be expensive. The basic requirement is modest — you're not running complex clinical workflows. You need test masters, sample tracking, result entry, and report generation.
What you should avoid is building your own. I've seen labs hire a local developer to build a "custom LIS" in PHP or Access. It works for six months, then the developer moves on, and you're stuck with software nobody can maintain. Use something built for labs, maintained by a team, and updated regularly.
For a standalone lab, budget ₹1,500-5,000/month for software. If you're paying more than that and you don't have at least 10 analyser interfaces and NABL compliance modules, you're overpaying.
ShylCare's lab module covers electronic orders, sample registration, result entry with reference ranges and auto-flagging, verification workflow, and PDF report generation. It's part of the integrated platform, so labs attached to hospitals or clinics get the full order-to-result flow automatically.
For standalone labs, the same module works independently — and the real value is in being connectable to ShylCare-powered clinics in your area. When a nearby clinic is on ShylCare and sends their patients to you, the orders and results flow digitally. That integration is what turns a standalone lab into a networked one.
Curious how ShylCare fits your setup? Let's talk.
We'll walk through your actual workflows — no generic demo, no slide deck.