Microscope Axioscope 7 complete system

Microscope stand Axioscope 7, TL/RL MAT MOT, 6x HD DIC encoded - lower stand part with dovetail illumination interface - transmitted-light illumination with white LED 10W, optional for HAL 12V 100W - dovetail mount for attachable stage carriers - 24 mm motorized focus lift (min. step width 78 nm), adjustable focus stop - 6-position filter wheel for dia. 36 mm filters - mount for 2-position filter slider 14x40, d=36 mm - CAN port for Colibri/HXP - integrated 24V DC 90W power unit, stabilized 100...240V AC/ 50...60Hz - country-specific power cable - ECO mode and light management control button - Snap button on right side supports on ZEISS Axiocam - Motion button on left side for motorized stage movement - USB 2.0 to PC - CAN interface for motorized stage - dust cover - filter holder in TL - upper stand part with dovetail interface for reflected illumination HAL 100 /HBO /HXP/Colibri - brightfield/darkfield reflected light illuminator LED 10W white - nosepiece 6x brightfield/darkfield DIC, M27, encoded - dovetail mount for encoded changeable reflector turrets and reflector Slider - built in illumination adapter, achromatic - built in luminous-field diaphragm slider - built in aperture stop slider - mount for filter slider A 14x40 mm d=25mm - mount for polarizer slider A 6x30 mm

Stage carrier D/A; attachable and vertically adjustable for Axioscope, to accommodate screw-on stages

Reflector turret 4x encoded, changeable, for P & C modules

Reflector module bright field ACR P&C for reflected light

Reflector module polarizer ACR P&C for reflected light

Mechanical stage 80x60 mot standard; CAN (D) for Axioscope 7 -Travel range: 80mm x 60mm - Max. velocity: 25mm/s - Smallest movement: 0.5um - Repeatability : ≤ ±3um (bi-directional, measured according to ISO 230.2) - Accuracy (full range): ≤ ±10um (measured according to ISO 230.2) - Max. payload: 1Kg

Holder TCA for filter membrane, DM 47 (D) Holder for filter membrane, diameter 47 mm. Accessory for analysis of particulate contamination on filter membranes.

Mounting frame for one holder TCA (D) The mounting frame is accessory for technical cleanliness and applicable for: - holder TCA for filter membranes with diameter 47 mm; - holder TCA for filter membranes with diameter 50 mm; - holder TCA for the test standard.

Binocular phototube 20°/23 (100:0/0:100), upright image with sliding prism, camera port with interface 60N

Camera Adapter 60N-C 2/3" 0.63x; rotating +/- 2° for fine adjustment of camera rotation. - adjustment range: +/- 2° - maximum weight load: 2 kg

Stage micrometer for reflected light 5 + 100/100y d=0mm - 5 lines with 1mm intervals in y-direction - 100 lines with 1/100mm intervals in y-direction

Eyepiece PL 10x/23 Br. foc.

Eyepiece eyecup

Objective EC Epiplan-Neofluar 2.5x/0.06 M27 (FWD=15.1mm)

Objective EC Epiplan-Neofluar 5x/0.13 BD M27 (FWD=14.5mm)

Monitor TFT 24" HP Z24n G3 (61 cm) (O) Visible diagonal: 61 cm, 16:10 Maximum resolution: 1920 x 1200 pixel @ 60 Hz Brightness: 350 nits Contrast: 1000:1 Viewing angle: horizontal 178 degree, vertical 178 degree Video input: DisplayPort 1.2, HDMI 1.4 Data connectors: 1 x USB Type B (upstream), 4 x SuperSpeed USB Type-A 5Gbps Power consumption: Maximum 63 W, Typical 28 W, Standby 0.5 W Dimensions incl. stand (H x W x D): 52.1 cm x 53.2 cm x 19.5 cm Weight incl. stand: 4.9 kg Ergonomic features:Tilt: -5°to +20°, Swivel: -45° to +45°, Height adjustable 15 cm, Pivot rotation: -90° to +90° Certification and compliance: CE, CB, GS, TÜV, FCC, TCO Operating voltage: 100-240 V, country-specific power cable

Language Pack English US (O) - Keyboard with English (US) layout

Memory 64 GB (2x32) DDR4-3200 (HP Z2 G5) (O) consisting of 2 x 32 GB modules - DDR4 3200 MHz nonECC unbuffered DIMM - can be extended to 128 GB (2 x 410201-6400-000) - only for 410201-9912-000 Microscopy Workstation Compact HP Z2 G5

Graphics Card NVIDIA Quadro P1000 4 GB mDP (O) Professional graphics card for Microscopy Workstation - 4 GB GDDR5 memory - PCI Express 3.0 Interface x16 - Hardware acceleration of DirectX 12, OpenGL 4.5 and CUDA - Support for up to four displays - Display outputs:4 x Mini DisplayPort 1.4 (mDP) - DisplayPort support for 4 x 32" Display (3840 x 2160 Pixel)

System configuration 5 for HP Z2 G5 (O) Installation of Windows 10 Enterprise LTSC 2019 x64 incl. Windows 10 license Installation of ZEN software for LSM 800 and LSM 900 systems - only for 410201-9912-000 Microscopy Workstation Compact HP Z2 G5

Processor Intel Core i5-10600 (HP Z2 G5) (O) Default processor configuration - Intel Core i5-10600 (3.3 GHz 12 MB cache 6 cores 12 threads) - only for 410201-9912-000 Microscopy Workstation Compact HP Z2 G5

Microscopy Workstation Compact HP Z2 G5 (O) - HP Z2 Tower G5 Workstation - Chipset: Intel W480 - Memory Expansion Slots: 4 x DDR4-RAM modules, 3200 MHz non-ECC - Memory: max. 128 GB RAM - PCI Express Connectors: 1 x PCI Express Generation 3 x16 1 x PCI Express Generation 3 x4 2 x PCI Express Generation 3 x1 - Graphics card onboard: Intel UHD Graphics 630 2 x Display Port 1.4 (max. 3840 x 2160 Pixel) - SSD: 1 x 512 GB M.2 NVMe - Hard disks: 1 x 8 TB SATA 7200 rpm - Optical Storage: DVD +/- RW recorder for rewriteable media - Network Controller: 1 x GbE LAN interface (RJ 45) - I/O: 2 x Type-A SuperSpeed USB 5 Gbps, 2 x Type-A SuperSpeed USB 10 Gbps (front), 2 x Hi-Speed USB 480 Mbps, 2 x Type-A SuperSpeed USB 10 Gbps, 2 x Type-A SuperSpeed USB 5 Gbps (rear) - Certifications <(>&<)> Declarations: CE, CSA, UL, FCC, CCC, KCC - Power Supply: 700W wide-ranging with country specific plug - Chassis Dimensions: (H x W x D): 356 x 169 x 385mm - USB Mouse - Rescue Kit

Microscopy Camera Axiocam 705 pol R2 (D) High Performance microscopy camera incl. driver software 64 bit USB 3.0 PCIe x1 interface, USB 3.0 cable 3 m and protection glass (wideband coated) Sensor Type: SONY IMX250 MZ Exmor CMOS, SONY Pregius Global Shutter Monochrome with 2x2 pixel specific polarization filter mask (90°, 45°, 135°, 0°) Number of Pixels: 2464 (H) x 2056 (V) = 5.07 Mega pixel Pixel Size: 3.45 µm x 3.45 µm Chip Size: 8.5 mm x 7.1 mm, equivalent to 2/3" (diagonal 11.1 mm) Spectral Range: With protection glass approx. 350 nm to 1000 nm Full Well Capacity: Approx. 11,000 e at gain 1x (typ.) Adjustable Signal Amplification: 1x, 2x, 4x, 8x, 16x Selectable Resolution: H x V Binning Factor (1x1) 2464 x 2056 1x1 Basic Resolution 816 x 684 3x3 480 x 410 5x5 (at 2x2 combined analog and digital binning for further increase of sensitivity) Live Frame Rates: (1 ms exposure, default setting, simplified color coding) H x V Frame Rate (fps) 2464 x 2056 25 (1ms exposure time, ROI 1920 x 1080, standard color coding) H x V Frame Rate (fps) 1920 x 1080 5,5 Read Noise Full Well Capacity Dynamic Range (at gain) 2.20 e (1x) 11,000 e 1:5000 1.74 e (2x) 5,000 e 1:3100 1.48 e (4x) 2,700 e 1:1800 1.29 e (8x) 1,300 e 1:1300 1.15 e (16x) 690 e 1: 600 Software Supported Camera Operation: Exposure time adjustment with continuous, automatic or manual mode, adjustable over or under-exposure mode, optional measurement on defined target area (spot- meter) Readout of Sensor Sub Regions ("ROI"): Adjustable Digitization: 8, 12, 14 bit / pixel (8 out of 14 bit or compression mode) Dark Current: <(><<)>0.5 e/p/s @ 18 °C sensor temperature Cooling: Stabilized temperature to 18 °C (for ambient temperatures from 18 °C to 30 °C) Exposure Time Range: 0.1ms to 60 s Hardware Trigger: Trigger-In for exposure time control, Trigger-Out for exposure time, readout time and trigger ready status (further accessories required) Status-LED for Camera: Color coded operation status, dimmable Camera Interface: USB 3.0 (Optional operation withUSB 2.0 at reduced frame rate) Optical Interface: C-Mount Thread Depth for Objectives: max. 5 mm Size / Weight: Approx. 10.8 cm x 7.8 cm x 5,1 cm (2.3"x 3.2" x 2,0") / 580 g Housing: blue anodized aluminum, with cooling fins on top, 1/4" photo thread for tripod mount Registration: CE Power Supply: Provided by USB 3.0 und USB 2.0, max. 7 W consumption Environmental Conditions: 5 °C to 35 °C, max. 80% relative air humidity, not condensing, free air circulation required Supported Operating Systems: for ZEN: Windows 10 x64 Supported Application Software: ZEN 3.6 (blue edition, Hotfix 3.6.6) or higher, ZEN core 3.5 (Hotfix 3.5.4) or higher The required application software is available via the ZEISS Download Center.

ZEN Toolkit Motorized Acquisition Acquire images and control motorized components in multi-dimensional experiments. This package allows to acquire tiles, multi-position and z-stack images using motorized components. These can be combined with the included autofocus and direct processing. z-stack and enhanced depth of focus functionality: - definition of the Z-stack in "Start/Stop" and "Center" mode - size of the configurable Z-stack and number of possible Z-planes only limited by the travel range of the system and the minimum increment - "Optimal" button to automatically set the correct increment to satisfy the Nyquist criterion - integrated Z-drive backlash compensation for maximum precision and reproducibility - extraction of the sharp details from individual images at various focus positions and combination into an image with high depth of field Tiles <(>&<)> Positions - automatic scanning of predefined sample areas - acquisition of images according to a position list - support of focus correction maps, stitching and shading correction - compatible with software autofocus Software Autofocus: - determination of the optimal focus position in the sample - the autofocus works with transmitted, reflected and fluorescence light - definition of an autofocus region in the camera image

ZEN core 3.8 Software suite for microscope image acquisition, processing, analysis, and data connectivity. - Configurable graphical user interface including workbench concept for customized routine jobs and workflows - Full integration of the ZEISS microscopes (incl. Smartproof 5 and Visioner 1) that can be configured in MicroToolbox, Axiocam cameras and additional components. - Interactive and automatic control of the individual motorized microscope components and transfer of information from encoded components into the software. - Image acquisition with b/w, rgb, high-resolution and high-sensitivity cameras - HDR, Panorama, and manual Extended Depth of Focus (EDF) acquisitions - Basic image acquisition on electron microscopes - Image processing: standard operations for image optimization (contrast, brightness, gamma, colors, smoothing, sharpening, geometric corrections...) - Interactive/dimensional measurements, including online measurements on the live image - Input Form Designer with automated customer data import - Report creation and modification of Microsoft Word report templates using ZEN Word add-in - Data Archive for managing and maintaining documents: searching, filtering, tagging, viewing, re-opening, structuring, exporting, importing (any file format via drag n drop) - User Management for multi-user environment incl. full integration into the Windows multi-user functionality - Connectivity to ZEN Data Storage image database - Contains ZEN Connect basic functionality, 2D CAD overlay, topography viewer for 2.5D visualization of EDF Images incl. profile line measurement, QUAL Data Export - arivis Cloud connector enables the execution of customized solutions by integrating modules from the arivis Cloud platform Supported operating systems: Windows 10 / Windows 11 (64-Bit)

ZEN Module Technical Cleanliness Analysis Software module for evaluation of particulate contamination on prepared specimen. The following standards for component cleanliness, oil cleanliness, air cleanliness and cleanliness of medical products are supported: VDA 19.1, ISO 16232, ISO 4406, ISO 4407, NAS 1638, SAE AS 4059,VDA 19.2, VDI 2083 (Sheet 21). The scope of delivery includes preconfigured automated workflows for technical cleanliness analysis and rating of single or multiple specimen for the user roles Supervisor and Operator. Provided job templates (I-V): Workflow Creator Wizard for application guided selection and auto-generation of the following job templates for technical cleanliness analysis: - The workflows I - III are operable with acquired or loaded images. - The correlative workflows IV - V require image acquisition. (I) automated workflow for acquisition of multichannel images with different polarization directions in combination with Axiocam 705 pol mainly for the evaluation of component cleanliness and the rating of technical cleanliness of medical products. The use of latest camera sensor technology with on-chip polarization enables a workflow with one single specimen acquisition instead of double image acquisition of the complete specimen area with different contrast methods. This leads to a significant time saving. (II) automated workflow for acquisition of single channel images mainly for oil analysis. (III) automated workflow for component cleanliness testing with AI-based object classification. Contains trainable, pre-trained models for AI- based analysis of multichannel images with different polarization directions. Training of the delivered machine learning models requires ZEN Toolkit AI . (IV) light microscope workflow for correlative technical cleanliness analysis (component and oil cleanliness) with automated and/or manual particle selection for subsequent SEM/EDS analysis in Free Mode. Requires in addition ZEN Toolkit Connect. (V) light microscope workflow for correlative component cleanliness analysis with AI-based object classification. Contains trainable, pre- trained models for AI-based analysis of multichannel images with different polarization directions. Supports automated and/or manual particle selection for subsequent SEM/EDS analysis in Free Mode. Training of the delivered machine learning models requires ZEN Toolkit AI. Requires in addition ZEN Toolkit Connect. The job templates cover image acquisition, image analysis and image processing, result presentation in interactive views for fast inspection and revision of detected particles, reports with results of characteristic values and standard specific methods per tested specimen. Automated storage of generated results and inspection views in the data archive. Inspection and export of archived data. (VI) post analysis workflow from archived data for calculation and interpretation of results to monitor air particles using particle traps supporting VDA 19.2 The job templates cover image acquisition, image analysis and image processing, result presentation in interactive views for fast inspection and revision of detected particles, reports with results of characteristic values and standard specific methods per tested specimen. Automated storage of generated results and inspection views in the data archive. Inspection and export of archived data.