Webinars and Sponsored Roundtables — Register Now
Tuesday, July 21, 2026, 11:00-11:30 AM CT
- Explain how transparency and manufacturer partnerships improve quality, consistency, and decision-making confidence in specimen management.
- Evaluate blood collection tubes beyond cost and commodity assumptions, incorporating clinical impact and risk into decision-making.
- Assess the potential risk points when using a blood collection device that has not been cleared for a specific purpose.
Roundtable presenters Nick Fingland, PhD, PMP, Senior Director, R&D Operations and Science, BD, and Chris Farnsworth, PhD, D(ABCC), Section Head of Clinical Chemistry, Professor of Pathology and Immunology, Washington University School of Medicine.
Moderated by: Bob McGonnagle, Publisher, CAP TODAY
Wednesday, July 29, 2026, 1:00-2:00 PM ET
Learn about digital pathology technology that is future-ready, yet practical for today’s
laboratory needs.
Webinar presenters Scott Hammond, Senior Systems Consultant, Digital Pathology Division, Wexner Medical Center, Department of Pathology, and Ursula Hofer, Imaging Technologist, Pathology Digital Imaging Lab, Wexner Medical Center, Department of Pathology, and Sandra Banky, PA(ASCP), Director of Operations, Wexner Medical Center, Department of Pathology.
Moderated by: Bob McGonnagle, Publisher, CAP TODAY
Subspecialties
Interactive Product Guides
Product Spotlight
Roche Diagnostics
| Company | Roche Diagnostics |
|---|---|
| Name of instrument | cobas pure integrated solutions |
| Contact | Brianna Frederick |
| City, State | Indianapolis, IN |
| Phone | 800-428-5074 |
| Website | |
| Type of instrument | combination chemistry/immunoassay |
| Operational type/Model type | random access, continuous random access/floor standing |
| List price/First year sold in U.S. | —/2022 |
| Targeted hospital bed size/Targeted test volume | < 200/daily: 410–2,054; monthly: 12,500–62,500; annual: 150,000–750,000 |
| Company manufactures instrument | no (manufactured by Hitachi High-Technologies) |
| Other models in this family of analyzers | chem: cobas c 303; immuno: cobas c 402 |
| No. of units in clinical use in U.S./Outside U.S. (countries) | < 1,000/> 1,000 (> 50 countries) |
| Dimensions (H × W × D)/Instrument footprint | 5.8 × 8 × 2.6 ft./21 sq. ft. |
| Weight empty/Weight fully loaded | 2,205 lbs./2,205 lbs. |
| No. of different measured assays onboard simultaneously | up to 73 (up to 73 can be run and calibrated at one time [chem: 42, immuno: 28, ISE: 3]) |
| No. of user-definable (open chemistry) channels | 10 (10 can be active simultaneously) |
| Test throughput per hour/Assay run time | 870 (up to 300 photometric, 450 ISE tests in throughput)/chem: 4–10 min. (avg. 10 min.); immuno: 9–27 min. (avg. 18 min.) |
| No. of direct ion-selective electrode channels | 3 |
| Detection methods | photometry, potentiometry |
| Stat time until completion/specimen throughput for ion-selective electrode | 4.5 min. for ISE, 10 min. with CO2/ISE: 150 specimens per hr. |
| Stat time until completion/specimen throughput for basic metabolic panel | 10 min./— |
| Stat time until completion/specimen throughput for complete metabolic panel | 10 min./— |
| Typical time delay from ordering stat test until aspiration of sample | < 1 min. |
| Fully automated microplate immunoassay system | no |
| Methodologies supported | electrochemiluminescence |
| Separation methodologies | magnetic particle |
| Stat time until completion of a ß-hCG test | ~10 min. |
| Stat time until completion of a cTn test | ~10 min. |
| • Typical time delay from test order to aspiration of sample | < 1 min. |
| Approximate No. of tests per reagent set/Reagent type | up to 3,300 (chem), 300 (immuno)/self-contained multiuse |
| Reagents refrigerated onboard/Reagents ready to use | yes (5°–15°C [chemistry], 6°–10°C [immunoassay])/yes |
| Reagent lot tracking/Reagent inventory | yes/yes |
| Reagent form/Reagents barcoded | liquid chemistry (open reagent system)/yes |
| Separate reagent pack for each specimen/for each test run | no/yes |
| Walkaway capability/Walkaway duration | yes/30–45 min. |
| Design of sample-handling system | 5-position rack |
| Uses washable cuvettes/Uses disposable cuvettes | yes/yes (can store up to 210 cuvettes) |
| Min.–max. sample volume that can be aspirated at one time | 1–60 µL |
| Min. reaction volume/Min. specimen volume/Min. dead volume | 75 µL/1.5 µL (chemistry), 4 µL (immunoassay)/50 µL |
| Dedicated pediatric sample cup | yes (dead volume: 50 µL) |
| Primary tube sampling | yes |
| Accommodates most standard tube sizes/Accepts nonstandard tube sizes | yes/yes (11 × 102 mm [chem], 13 × 102 mm [immuno]) |
| Pierces caps on primary tubes | no |
| Protects against probe collision | yes |
| Detects clots/liquid level/short sample | yes/yes/yes |
| Detection or quantitation for hemolysis, icterus, lipemia, clots | quantitation for hemolysis, icterus, lipemia; detection for clots |
| Dilutes patient samples onboard/Susceptibility to carryover | yes (can be programmed to perform dilutions prior to analysis)/< 1 part per million (chemistry), no carryover (immunoassay) |
| Automatic rerun capability | yes |
| Sample volume can be diluted to rerun out-of-linear-range high results | yes |
| Sample volume can be concentrated to rerun out-of-linear-range low results | yes |
| Autocalibration/Multipoint calibration supported | yes (calibrants are not stored onboard)/yes (recommended avg. frequency: once per lot [chem], up to 84 days per lot [immuno]) |
| Typical calibration frequency for ISE/therapeutic drugs/drugs of abuse/general chemistries/immunoassays | once per lot/once per lot/once per lot/once per lot/up to 84 days per lot |
| Automatic programmable start/Automatic programmable shutdown | yes (6.5 min. avg. start-up time)/yes |
| Onboard real-time QC/Onboard software capability to review QC | yes/yes |
| Supports multiple QC lot numbers per analyte | yes |
| Waste management | direct to drain |
| Sample barcode-reading capability/Autodiscrimination | yes (Interleaved 2 of 5, Codabar, Code 39, Code 128)/yes |
| Lab can control analyzer from remote computer | yes |
| Instrument can diagnose its own malfunctions | yes (operator intervention required to order parts) |
| System malfunctions can be diagnosed via remote monitoring | yes |
| UPS backup power supply | yes |
| Data-management capability/LIS or EHR systems interfaced | onboard, optional add-on (Bio-Rad MAS)/SCC Soft Computer, Meditech, Oracle Health, Epic, Clinisys, more |
| LIS interface provided/Bidirectional interface capability | yes (included in instrument price)/yes (broadcast download and host query) |
| Modem servicing provided/Service engineer on-site response time | yes/— |
| Mean time between failures | — (displays error codes for troubleshooting) |
| Average scheduled maintenance time by lab personnel | daily: < 5 min.; weekly: 30 min.; monthly: 59 min. |
| Maintenance records kept onboard for user/vendor | yes/yes (both include audit trail of who replaced parts) |
| Maintenance training demonstration module onboard | yes |
| Training included with purchase/Avg. time for basic user training | yes (~2 training slots per module)/4–5 days (at both vendor and customer sites) |
| Advanced operator training/Extra charge for follow-up or advanced training | yes (at vendor site)/yes |
| Warranty provided/Cost of annual service contract (24 h/7 d) | yes (1 year)/contract dependent |
| Distinguishing features (supplied by company) | minimal operator intervention with automated maintenance, automated calibration, and continuous loading of reagents; maximizes reagent use; long onboard reagent (up to 6 months) and calibration stabilities; increases revenue through expanded testing services |