Laboratories usually ask about automation when the analyzers have stopped being the problem. A modern chemistry analyzer already runs faster than most Philippine laboratories need. What automation buys is not speed — it is hands.
The number that decides it
Count how many times a tube is touched, not how many tests per hour you run. Receive, sort, centrifuge, decap, carry to hematology, carry to chemistry, re-cap, file. Every one of those is a person, a queue, and a chance to mislabel. Automation removes touches. If your analyzers sit idle while your staff are overloaded, a faster analyzer will not help you.Step 1 — standalone analyzers, done properly
Most laboratories never need to leave this step. A BS-600M runs 600 photometric tests per hour, up to 800 with ISE. A C3510 runs up to 350 PT per hour on the clotting channels. A BC-6200 runs up to 110 CBC+DIFF per hour. For the great majority of Philippine hospital laboratories, that is enough machine.
The honest test: if your instruments finish the morning run and then stand idle, your constraint is the workflow around them, not the instruments — and a faster analyzer will not shorten your turnaround.
Not sure which step you are on? Tell us your daily tube count and how many people touch each tube. That answers it faster than any spec sheet.
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Step 2 — the workcell: automate one discipline
Between standalone instruments and a full line there is a middle step that is often the right answer, and it costs a fraction as much: automate the single busiest bench instead of the whole laboratory.
The CAL6000 is that step for hematology. It links analyzers to an SC-120 slide maker and stainer, so abnormal samples are smeared and stained without anyone carrying a tube anywhere. Throughput is configuration-dependent: a single-analyzer build runs up to 110 CBC+DIFF per hour, while the dual-analyzer flagship runs up to 220 per hour with the SC-120 processing up to 120 stained slides per hour. Compared against the standalone range in the hematology guide.
A workcell earns its place when one discipline dominates. If hematology is 60% of your tubes, automating hematology alone removes most of the manual handling without committing to a line.
Step 3 — total laboratory automation
Full TLA connects the pre-analytical stage — the part that is still almost entirely manual in most laboratories — to the analyzers themselves.
The MT-8000 is the flagship: a 4-lane sample transport, a sample input/output module holding 1,050 tubes (7 × 150) and running 850 tubes per hour, an integrated centrifuge and decapper, and real-time RFID tracking that follows every tube from load to result. It holds more than a thousand tubes at once in roughly a square meter of floor.
That RFID line matters more than the throughput figure. Large laboratories rarely automate for capacity — they automate for traceability. When every tube is tracked from the moment it lands, a missing or mislabelled sample becomes a lookup rather than an investigation.
Which step are you on?
| What you are seeing | What it means | Where to look |
|---|---|---|
| Analyzers idle, staff overloaded | Workflow constraint, not capacity | Fix the bench — not a faster analyzer |
| One discipline is most of your volume | A single bottleneck | CAL6000 workcell |
| Mornings are spent centrifuging and decapping | Pre-analytical is the real cost | MT-8000 full TLA |
| Tracing one sample takes minutes | Traceability gap | RFID-tracked line |
| Turnaround fine, volume steady | Nothing is broken | Stay on standalone |
Figures above are the manufacturer's published specifications for each configuration. Automation is quoted per laboratory — throughput, module selection and footprint all change with the build, and the exact configuration is confirmed in writing before order.
What is included
Osyali Construction and Trading, Inc. is an authorized Mindray distributor in the Philippines. Automation systems are supplied with site planning, delivery, installation and commissioning, operator training, and after-sales service, calibration and genuine parts. Because a line is built around your room, the first step is a site survey rather than a price.
Next step
Tell us your daily tube volume, your busiest discipline and your room dimensions. We will tell you which of the three steps you are on — including if the honest answer is that you do not need automation yet.
Book a site surveyRelated: hematology comparison · chemistry comparison · CLIA immunoassay comparison · all buying guides
Get a quotation for your laboratory
Tell us the facility and what you are sizing for. Our engineers quote the configuration that fits your workload — not the largest unit. Delivery, installation and after-sales service are included nationwide in the Philippines.