# How to Choose a Urine Analyzer for a Laboratory: Throughput, Strip Compatibility, QC, LIS & Cost **By Dr Pramod kumar** · 2026-10-07 ## How Do You Choose the Right Urine Analyzer for a Laboratory? Choosing a **urine chemistry analyzer** should not begin with the question, “Which machine is the fastest?” The better question is: **Which analyzer fits the laboratory's actual specimen volume, reagent-strip system, quality-control requirements, data workflow and future growth?** A high-throughput analyzer can be unnecessary for a small laboratory, while an analyzer with insufficient capacity can become a bottleneck in a busy diagnostic centre. Before purchasing, laboratories should evaluate: - Daily urine sample volume - Peak-hour workload - Required urine chemistry parameters - Reagent-strip compatibility - Routine / STAT / QC workflow - Result storage - Barcode requirements - Printer requirements - Computer or LIS connectivity - Operator-access controls - Maintenance - Total cost of ownership For a basic comparison of manual and automated urinalysis, read: [**Visual Urine Strip Reading vs Urine Analyzer: Which Method Is Better for Your Laboratory? →**](https://microsidd.com/blogs/knowledge-hub/visual-urine-strip-reading-vs-urine-analyzer) ## 1\. Start with Your Daily Urinalysis Volume The first selection factor should be the number of urine specimens your laboratory actually processes. Consider both: - **Average daily volume** - **Peak-hour volume** Peak-hour workload is particularly important because a laboratory may process 80 samples per day but receive 50 of them during a short morning period. ### Low-Volume Laboratory If only a small number of urine specimens are processed each day, visual reagent-strip reading may remain practical. An analyzer may not provide sufficient workflow benefit to justify its acquisition and maintenance cost. ### Moderate-Volume Laboratory When urine testing becomes a regular part of daily workflow, an analyzer can improve standardization and reduce repeated manual colour-chart interpretation. A system such as the [**Mission U120 Urine Analyzer**](https://microsidd.com/products/urine-analyzer-u120) may suit this type of laboratory. ### High-Volume Laboratory Busy diagnostic centres and hospital laboratories may need substantially greater processing capacity. A higher-throughput analyzer such as the [**Mission U500 Urine Analyzer**](https://microsidd.com/products/mission%C2%AE-u500-urine-analyzer) may be more appropriate when specimen volume, barcode workflow and automation requirements are significantly higher. ## 2\. Do Not Choose by Tests per Hour Alone Analyzer throughput is important, but the headline number does not equal real-world laboratory productivity. Actual throughput can also depend on: - Specimen identification - Strip preparation - Sample mixing where applicable - Operator availability - STAT interruptions - QC procedures - Result verification - Data entry - Printer or LIS workflow A laboratory should therefore choose an analyzer with sufficient **practical capacity**, not simply the highest advertised capacity. ## 3\. Check Reagent-Strip Compatibility Before Buying **Reagent-strip compatibility is one of the most important analyzer-selection criteria.** Urine analyzers are not universal strip readers. Compatibility may depend on: - Manufacturer - Strip model - Number of parameters - Parameter order - Strip dimensions - Analyzer firmware - Software configuration - Regional analyzer version Never assume that a strip will work simply because it is made by the same brand as the analyzer. ### Questions to Ask About Strip Compatibility 1. Which exact reagent-strip models are supported? 2. Which parameter configurations are supported? 3. Does the analyzer automatically identify the strip type? 4. Does compatibility depend on firmware or software version? 5. Are the required strips consistently available? 6. What is the strip pack size? 7. What is the opened-container stability? ## Can Microsidd URS10T Be Used with Any Urine Analyzer? No such assumption should be made. [**Microsidd URS10T**](https://microsidd.com/products/microsidd-urs10t-complete-urinalysis-10-parameter-urine-test-strips) is suitable for visual urine chemistry interpretation unless compatibility with a particular analyzer has been specifically established. For analyzer-based testing, laboratories should use only reagent strips supported for the exact analyzer configuration. ## 4\. Decide Which Urine Parameters You Actually Need Different laboratories require different urine chemistry profiles. A routine 10-parameter configuration may include: - Leukocytes - Nitrite - Urobilinogen - Protein - pH - Blood - Specific Gravity - Ketones - Bilirubin - Glucose Some analyzer systems may support additional or alternative parameter configurations. Before buying an analyzer, determine whether the laboratory actually needs: - Basic routine urinalysis - Broader multi-parameter screening - Specific professional strip configurations For a detailed explanation of common urine chemistry parameters, read: [**10 Urine Test Strip Parameters Explained →**](https://microsidd.com/blogs/knowledge-hub/10-urine-test-strip-parameters-explained) ## 5\. Evaluate Routine, STAT and QC Workflows A professional laboratory analyzer should support the way specimens actually move through the laboratory. ### Routine Testing Routine mode handles standard daily specimens. ### STAT Testing STAT mode allows urgent samples to be prioritized without unnecessarily disrupting the entire testing workflow. ### QC Testing Quality-control mode helps laboratories perform and document control procedures according to their SOPs. For laboratories processing clinically important urine chemistry results, QC capability should be considered essential rather than optional. ## 6\. Consider Quality-Control Requirements Automation does not eliminate quality control. A urine analyzer should fit into the laboratory's existing quality-management process. Consider whether the system supports: - Dedicated QC mode - QC result storage - Lot tracking where applicable - QC lockout - User authorization - QC result printing - QC result transfer ### What Is QC Lockout? QC lockout can prevent routine patient testing when required QC conditions have not been satisfied. This can be useful in laboratories with multiple users or more structured quality-management requirements. ## 7\. Barcode Workflow Can Matter More Than Analyzer Speed As sample volume increases, patient-identification errors can become as important as analytical throughput. A barcode-supported workflow can help reduce manual entry. Before selecting an analyzer, determine whether you need: - Patient barcode scanning - Operator barcode scanning - Sample-ID tracking - Worklist integration A laboratory that processes many specimens but still manually enters every patient ID may not achieve the workflow improvement expected from a faster analyzer. ## 8\. Result Memory and Search Functions Result storage becomes increasingly important when many specimens are processed. An analyzer with internal memory can help with: - Reviewing previous results - Reprinting results - QC record retrieval - Resolving documentation questions - Reducing dependence on handwritten records Both Mission U120 and U500 are positioned with storage of approximately **2,000 results**. ## 9\. Does Your Laboratory Need a Printer? Some laboratories require printed results for: - Patient records - Bench documentation - QC files - Manual report attachment - Backup records If printing is important, confirm: - Internal vs external printer configuration - Thermal-paper dimensions - Availability of replacement rolls - Whether QC reports can also be printed [**View Urine Chemistry Analyzer Printer Rolls →**](https://microsidd.com/products/urine-chemistry-analyser-printer-roll-pack-of-6) ## 10\. LIS and Computer Connectivity For larger laboratories, analyzer connectivity may be as important as throughput. **LIS** stands for Laboratory Information System. An analyzer that transfers results electronically can reduce: - Manual transcription - Duplicate data entry - Reporting delays - Administrative workload ### Before Buying for LIS Integration Confirm: 1. Which physical interfaces are available? 2. Is RS232C supported? 3. Is USB supported? 4. What communication protocol is used? 5. Does the LIS vendor support the analyzer? 6. Is additional middleware required? 7. Who will configure the interface? **Do not assume that the presence of a USB or RS232C port automatically means plug-and-play LIS integration.** ## 11\. User and Access Controls In a small laboratory with one or two operators, advanced access control may not be essential. In a larger facility, functions such as: - User login - Operator identification - User lockout - QC lockout - Strip lockout can support stronger workflow governance. This is one area where a higher-level analyzer such as U500 can provide additional value. ## 12\. Consider the Total Cost of Ownership The analyzer purchase price is only the first cost. A realistic budget should include: - Analyzer - Reagent strips - QC material - Printer paper - Barcode scanner where required - Cables or computer interface accessories - Maintenance - Service - Staff training - Downtime risk ## Cost per Test Matters More Than Machine Price Alone A lower-cost analyzer may become expensive if its compatible reagent strips have a high recurring cost. Conversely, a higher-cost analyzer may be justified if it: - Reduces operator time - Improves throughput - Reduces transcription workload - Supports existing reagent-strip procurement - Fits expected future volume Laboratories should therefore evaluate **total operating cost per reportable test**, not only purchase price. ## 13\. Check Reagent Availability Before Analyzer Purchase An analyzer is only useful when compatible strips are consistently available. Before purchasing, verify: - Local reagent-strip availability - Distributor support - Pack size - Typical expiry - Ordering lead time - Minimum order quantity - Storage requirements This can be especially important for laboratories outside major metropolitan areas. ## 14\. Think About Future Workload Growth Buying an analyzer only for today's workload can lead to premature replacement. Estimate: - Current monthly volume - Expected 12-month volume - Expected 3-year volume - New hospital or clinic contracts - Additional collection centres - Potential expansion into health screening A growing laboratory may reasonably choose a higher-capacity analyzer before its current volume fully requires it. ## 15\. Consider Space and Bench Workflow Laboratory space is another practical consideration. Check: - Analyzer footprint - Required working space around the analyzer - Power supply - Printer placement - Barcode-reader placement - Computer connection - Waste handling A compact analyzer may be preferable when bench space is limited. ## 16\. Maintenance and Cleaning A urine analyzer should be easy to maintain consistently. Ask: - What needs to be cleaned daily? - What maintenance is required weekly or monthly? - Are any parts user-replaceable? - How is waste handled? - Who provides technical service? - What is the expected service turnaround time? A faster analyzer is not useful if maintenance complexity creates excessive downtime. ## 17\. Operator Training Analyzer training should cover more than turning the machine on. Operators should understand: - Specimen requirements - Strip dipping procedure - Timing - Analyzer loading - QC - Error messages - Result review - Cleaning - Waste handling An analyzer standardizes part of the testing process but does not replace trained laboratory staff. ## 18\. Visual Reading May Still Be the Better Choice Not every laboratory needs an analyzer. Visual urine-strip reading may remain appropriate when: - Testing volume is low - Only occasional urinalysis is performed - Focused GLU + PRO or GLU + KET testing is common - Results are easily documented manually - LIS connectivity is unnecessary - Capital cost must remain minimal For more guidance: [**Visual Urine Strip Reading vs Urine Analyzer →**](https://microsidd.com/blogs/knowledge-hub/visual-urine-strip-reading-vs-urine-analyzer) ## 19\. Mission U120 – Who Is It Best For? The [**Mission U120**](https://microsidd.com/products/urine-analyzer-u120) is a logical option for laboratories needing an analyzer but not requiring very high throughput. It may suit: - Smaller diagnostic laboratories - Clinics - Moderate hospital departments - Laboratories upgrading from visual reading - Facilities where approximately 120 tests/hour provides adequate capacity [**View Mission U120 Urine Analyzer →**](https://microsidd.com/products/urine-analyzer-u120) ## 20\. Mission U500 – Who Is It Best For? The [**Mission U500**](https://microsidd.com/products/mission%C2%AE-u500-urine-analyzer) is more appropriate when higher throughput and stronger workflow controls are required. It may suit: - Large diagnostic laboratories - Hospital laboratories - Central processing laboratories - High-volume screening centres - Facilities requiring stronger barcode workflows - Laboratories requiring User / QC / Strip lockout functions [**View Mission U500 Urine Analyzer →**](https://microsidd.com/products/mission%C2%AE-u500-urine-analyzer) ## Mission U120 vs U500 Requirement U120 U500 Lower / moderate workload **Strong fit** May be more capacity than required High workload May become limiting **Strong fit** Up to ~120 tests/hour **Yes** Yes Up to ~500 tests/hour No **Yes** 2,000-result memory Yes Yes Routine / STAT / QC Yes Yes Advanced lockout functions More limited **Stronger** High-volume automation Moderate **Stronger** For a full product-to-product comparison, read: [**Mission U120 vs U500 Urine Analyzer: Complete Comparison for Laboratories →**](https://microsidd.com/blogs/knowledge-hub/mission-u120-vs-u500-urine-analyzer-comparison) ## Urine Analyzer Purchasing Checklist Before requesting a quotation, confirm all of the following: Selection Question Confirmed? Average daily sample volume □ Peak-hour sample volume □ Required urine parameters □ Exact compatible strip model □ Routine / STAT requirement □ QC requirement □ Barcode requirement □ Printer requirement □ LIS / computer requirement □ User / QC lockout requirement □ Bench space □ Service support □ Future workload growth □ ## Complete the Urinalysis Workflow A urine analyzer forms only one part of the laboratory workflow. A complete setup may include: 1. **Specimen collection** 2. **Compatible urine reagent strips** 3. **Urine analyzer** 4. **Quality-control materials** 5. **Printer / data connection** 6. **Result documentation** [**View Urine Specimen Container →**](https://microsidd.com/products/urine-container-sterile-50ml) [**View Urine Analyzer Printer Rolls →**](https://microsidd.com/products/urine-chemistry-analyser-printer-roll-pack-of-6) ## Explore Urine Chemistry at Microsidd Microsidd's Urine Chemistry range includes urine reagent strips, visual urinalysis products, professional urine analyzers, sample-collection products and analyzer accessories. [**Explore the Complete Urine Chemistry Collection →**](https://microsidd.com/collections/urine-chemistry) ## Continue Learning - [**Visual Urine Strip Reading vs Urine Analyzer**](https://microsidd.com/blogs/knowledge-hub/visual-urine-strip-reading-vs-urine-analyzer) - [**Mission U120 vs U500 Complete Comparison**](https://microsidd.com/blogs/knowledge-hub/mission-u120-vs-u500-urine-analyzer-comparison) - [**Urinalysis & Urine Test Strips Complete Guide**](https://microsidd.com/blogs/knowledge-hub/urinalysis-urine-test-strips-complete-guide) - [**10 Urine Test Strip Parameters Explained**](https://microsidd.com/blogs/knowledge-hub/10-urine-test-strip-parameters-explained) ## Frequently Asked Questions ### What should I look for when buying a urine analyzer? Evaluate testing volume, throughput, reagent-strip compatibility, QC, result storage, barcode workflow, LIS connectivity, maintenance and total cost of ownership. ### How many tests per hour should my urine analyzer handle? Choose capacity according to peak workload rather than average daily volume alone. The analyzer should have enough headroom to prevent delays during busy periods. ### Is a higher-throughput analyzer always better? No. Extra capacity has little value if the laboratory cannot use it. Higher-throughput systems may also have greater purchase and maintenance costs. ### Can any urine test strip be used in an analyzer? No. Reagent-strip compatibility is analyzer-specific. ### Why is strip compatibility important? The analyzer's optical system and software are configured for specific strip layouts, reagent pads and parameter sequences. ### Do I need barcode support? Barcode support becomes increasingly useful as patient volume rises and can reduce manual identification and data-entry work. ### What is LIS connectivity? LIS connectivity allows analyzer results to be transferred into a Laboratory Information System, depending on analyzer and LIS compatibility. ### Does USB automatically mean LIS connectivity? No. Physical connectivity and software/protocol compatibility are separate issues. ### Does a urine analyzer require QC? Yes. Analyzer-based testing still requires quality-control procedures according to the laboratory SOP and manufacturer instructions. ### What is QC lockout? QC lockout can restrict patient testing when required QC criteria have not been met. ### Which analyzer is suitable for a small laboratory? A smaller or moderate-volume laboratory may find Mission U120 suitable if analyzer-based reading is needed. ### Which analyzer is suitable for a high-volume laboratory? Mission U500 is more suitable when higher throughput and advanced workflow controls are required. ### What is the difference between U120 and U500? U120 provides up to approximately 120 tests/hour, while U500 provides up to approximately 500 tests/hour and offers a stronger high-volume workflow. ### Can Microsidd URS10T be used in U120 or U500? Do not assume compatibility. Use only reagent strips specifically supported by the analyzer configuration. ### Should I choose visual urine strips instead of an analyzer? Visual reading may remain the most economical option for laboratories with a low testing volume or focused urine chemistry requirements. ### What accessories should I budget for? Depending on the system, consider reagent strips, QC materials, printer paper, barcode readers, cables and data-interface accessories. ## Medical & Laboratory Information Notice This article is intended for general educational, laboratory workflow and product-selection information. Urine chemistry analyzers and reagent strips provide laboratory screening information and should not be interpreted as standalone medical diagnoses. Reliable performance depends on correct specimen collection, appropriate reagent-strip compatibility, strip storage, operator training, quality control, analyzer maintenance and adherence to the manufacturer's current Instructions for Use. Analyzer capabilities, accessories, connectivity, supported reagent-strip configurations and software functions can vary according to market, firmware and supplied configuration. Always confirm the exact analyzer specifications and compatible reagent strips before purchasing, installing or validating a urine chemistry analyzer. --- > Source: [Microsidd India](https://microsidd.com/blogs/knowledge-hub/how-to-choose-urine-analyzer-for-laboratory)