What Is a Custom Hematology Analyzer?

A custom hematology analyzer is a blood testing system tailored to the specific needs of a laboratory, clinic, or diagnostic brand instead of a fixed, one‑size‑fits‑all instrument. Customization can include parameters, test menus, throughput, automation level, connectivity, and even branding and enclosure design. For OEM/ODM partners, it is a way to launch differentiated analyzers faster while relying on a proven technology platform.

Ozelle focuses on AI‑driven hematology and multi‑functional analyzers that integrate cell morphology, CBC, immunoassay, and biochemistry, giving a flexible baseline for custom solutions. By building on these platforms, partners can design analyzers that match their market segment, regulatory pathway, and clinical application—from primary care to advanced diagnostic centers.

Why Demand for Custom Hematology Analyzers Is Growing

Healthcare providers increasingly want analyzers that match their workflow and patient mix instead of adapting to generic instruments. Point‑of‑care sites, chain clinics, telehealth networks, and specialty labs each have different needs for test panels, footprint, and automation. Custom hematology analyzers help reduce bottlenecks, cut operating costs, and improve decision‑making by aligning technology with real clinical scenarios.

At the same time, IVD manufacturers and distributors want differentiated products that stand out from commodity CBC analyzers. By partnering on customization, they can offer AI‑powered morphology, multi‑parameter panels, and smart connectivity under their own brand while shortening R&D cycles.

Core Technologies Behind Ozelle Custom Hematology Platforms

Ozelle’s custom hematology analyzer solutions are built on advanced cell morphology imaging, AI algorithms, and automated sample handling. High‑resolution optical systems with customized lenses capture detailed cell images at high frame rates, enabling precise classification of WBC, RBC, and PLT populations and abnormal forms. Proprietary wet‑staining technology and multispectral imaging support lab‑grade smears in a closed, standardized process that improves reproducibility compared with manual microscopy.

Deep learning models trained on tens of millions of real blood cell images power automatic recognition of diverse cell morphologies, bringing analyzer performance closer to expert pathologists. This AI engine supports extended parameters like immature granulocytes, hypersegmented neutrophils, and reticulocytes, adding diagnostic depth beyond basic 3‑part or 5‑part CBC results.

From Standard Analyzer to Custom Solution

Ozelle’s commercial analyzers, such as the EHBT and EHVT series, demonstrate the technology stack that can be customized for partners. These systems integrate CBC, cell morphology imaging, immunoassay, and dry biochemistry in compact instruments designed for near‑patient testing. Through OEM/ODM collaboration, the same architecture can be adapted in terms of test menu, sample types, interface, and branding for human or veterinary markets.

Customization options can include:

• Parameter selection and reporting format for specific clinical applications.
• User interface language, workflow screens, and report layout tailored to local practice.
• Connectivity options such as LIS/HIS integration, IoT platforms, and cloud‑based remote management.
• External design, logo, and accessories for brand consistency.

For details on Ozelle’s technology foundations and product portfolio, explore the solutions on the official website at https://ozellemed.com/en/.

OEM/ODM: Custom Hematology Analyzer Development With Ozelle

Ozelle supports full‑cycle OEM/ODM services, from concept definition and hardware design to software adaptation, regulatory documentation, and after‑sales service. With dedicated R&D centers, high‑volume manufacturing capacity, and hundreds of related patents, the team can help partners balance performance, cost, and time‑to‑market. This is particularly valuable for companies entering new segments, such as point‑of‑care hematology or integrated mini‑lab solutions.

The same platform used in Ozelle’s own analyzers can be tailored for different throughput levels and care settings, from small clinics and pharmacies to large hospital networks. By combining standardized AI engines and optics with configurable modules and consumables, partners can build differentiated custom hematology analyzers without starting from scratch.

Clinical and Operational Benefits of Custom Hematology Analyzers

Custom hematology analyzers enable more targeted clinical decision support by focusing on the parameters and panels that matter most for a given population. AI‑assisted morphology and rich reports help clinicians detect infection patterns, anemia types, bone marrow stress, and inflammatory states earlier and more consistently. At the same time, all‑in‑one testing reduces the need for multiple instruments and manual slides, which saves time and space.

Operationally, closed cartridges, individual test kits, and maintenance‑free designs help reduce downtime and service costs. Standardized workflows, one‑click operation, and built‑in guidance shorten training time for staff, especially in decentralized or high‑turnover environments. For partners, data connectivity and IoT tools make it easier to monitor installed analyzers, manage consumables, and support customers at scale.

Smart IoT Platform and Data Connectivity

A modern custom hematology analyzer is not just a device; it is a node in a connected diagnostic network. Ozelle’s smart IoT platform provides device management, consumable tracking, sample analysis control, and data analytics tools that can be integrated with customized analyzers. Distributors and service providers gain dashboards for monitoring active devices, test volumes, and quality indicators across their installed base.

Clinics and labs can access patient‑centric views, structured reports, and AI‑generated interpretive comments through web and mobile interfaces. This connectivity supports remote troubleshooting, updates, and data‑driven optimization of workflows, increasing the long‑term value of each custom analyzer deployment.