Olympus 100X/0.95 DT322663 RG-217/U Microscope Objective Lens | U Series

Olympus 100X/0.95 DT322663 RG-217/U: Precision Optical Data Link for Advanced Imaging Systems

The Olympus 100X/0.95 DT322663 RG-217/U 79FT N(M)/QDS-U 0620-02431 is a high-performance dry microscope objective from Olympus’s renowned U Series, engineered for demanding imaging workflows in life science research, semiconductor inspection, materials analysis, and automated laboratory systems. With a magnification of 100X and a numerical aperture of 0.95, this objective delivers exceptional resolving power and light-gathering efficiency without the need for immersion media — making it an ideal choice for high-throughput, automated slide scanning and multi-modal imaging platforms.

In modern laboratory automation environments, the optical objective is the critical interface between the physical specimen and the digital imaging pipeline. Just as a gateway module bridges field devices to a SCADA network, the DT322663 bridges the microscopic world to digital analysis systems — enabling real-time image acquisition, automated defect detection, and remote data review across connected laboratory information management systems (LIMS). Its compatibility with Olympus BX and IX series microscope frames, as well as third-party automated stages and motorized turrets, ensures seamless integration into multi-instrument imaging networks.

Network Communication Table

Connected Automation Data Flow

In a fully integrated laboratory automation environment, the Olympus 100X/0.95 DT322663 sits at the heart of the optical data acquisition chain. Specimen signals captured through this objective are transmitted to high-resolution CCD or sCMOS cameras — such as the Olympus DP80 or compatible Hamamatsu ORCA series — which digitize the optical signal for downstream processing. The digital image stream is then routed through a motorized focus controller (e.g., Olympus IX3-SSU or equivalent Z-drive module) that maintains focal precision across automated multi-well plate scans.

The digitized data flows into image analysis software platforms such as Olympus cellSens or MetaMorph, where automated algorithms perform real-time segmentation, measurement, and classification. These results are then pushed to a Laboratory Information Management System (LIMS) — analogous to a SCADA supervisory layer — where operators can monitor experiment status, review flagged anomalies, and trigger remote re-acquisition commands without physical access to the instrument.

For multi-site laboratory networks, the imaging data generated through the DT322663 objective can be streamed via gigabit Ethernet-connected image servers to centralized storage and analysis nodes, supporting remote diagnostics and collaborative review. Automated slide loaders such as the Olympus VS200 slide scanner or Leica Aperio compatible systems can be configured to cycle through objective turrets — including the DT322663 alongside companion objectives like the Olympus 40X/0.95 UPlanSApo and Olympus 10X/0.40 UPlanFL — enabling multi-resolution whole-slide imaging in a single automated run.

Environmental sensors integrated into the microscope enclosure monitor temperature, humidity, and vibration levels, feeding real-time status data to the lab automation controller. Alarm thresholds trigger automated pause-and-alert routines, ensuring that imaging integrity is maintained throughout long unattended acquisition sessions. This closed-loop feedback architecture — from specimen, through the DT322663 objective, to camera, to analysis software, to LIMS, and back to the operator dashboard — represents the complete optical data link of a modern smart laboratory.

Solving Data Isolation in Laboratory Imaging Sites

Many laboratory environments still operate with fragmented imaging workflows: microscopes from different generations, objectives with incompatible thread standards, and image data siloed in disconnected workstations. The Olympus DT322663 RG-217/U addresses these challenges directly. Its RG-217/U standard thread ensures compatibility with the broad Olympus U Series ecosystem, eliminating the need for custom adapters when upgrading from older UPlan or SPlan series objectives.

For facilities transitioning from manual to automated imaging, the DT322663 supports integration with motorized nosepiece turrets and autofocus systems, enabling the migration from operator-dependent workflows to fully automated, protocol-driven acquisition. This removes the bottleneck of manual objective changes between samples and allows continuous, unattended operation across multi-day experiments.

Remote monitoring capabilities — enabled through LIMS integration and network-connected microscope controllers — allow laboratory managers to oversee instrument status, review live acquisition thumbnails, and receive automated alerts for focus drift, lamp intensity degradation, or stage positioning errors. This transforms isolated imaging stations into nodes within a connected laboratory network, delivering the transparency and control that modern GxP-compliant and ISO-certified facilities require.

Stock availability is confirmed prior to every shipment. Each unit undergoes optical performance verification before dispatch, and all orders are covered by a 12-month warranty with DHL/FedEx global express delivery options.

Industrial Connectivity FAQ

Q1: Is the Olympus 100X/0.95 DT322663 compatible with automated slide scanning systems?
Yes. The DT322663 uses the standard Olympus RG-217/U thread and is compatible with motorized nosepiece turrets used in automated slide scanners and high-content imaging systems. It integrates directly with Olympus BX and IX series frames equipped with motorized stages and autofocus modules.

Q2: Can this objective be used in fluorescence imaging protocols?
The DT322663 is a high-NA dry objective optimized for brightfield and DIC imaging. Fluorescence suitability depends on the specific filter cube configuration and light source of the host microscope platform. Please contact our technical team to confirm compatibility with your specific fluorescence application.

Q3: What is the warranty and how is shipping handled?
All units are covered by a 12-month warranty against manufacturing defects. Shipping is handled via DHL or FedEx express with full tracking. Each unit is inspected and verified before dispatch to ensure optical performance meets Olympus factory specifications.

Q4: Can I expand my imaging system with additional objectives from the same U Series?
Yes. The Olympus U Series offers a comprehensive range of objectives — from low-magnification survey lenses to high-NA immersion objectives — all sharing the same RG-217/U thread standard. This allows seamless expansion of your objective turret without compatibility concerns, supporting multi-resolution workflows within a single integrated imaging system.

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