OPTICAL SYSTEMS I LASERS & MATERIAL PROCESSING I INDUSTRIAL METROLOGY I TRAFFIC SOLUTIONS I DEFENSE & CIVIL SYSTEMS ProgRes® MAC CapturePro 2.
User advice Dear user, Please read the instructions in this manual carefully before starting to operate the software ProgRes® MAC CapturePro 2.7. Editorial deadline: Document number: April 2009 014102-100-98-02-0904-en JENOPTIK I Optical Systems Business Unit Digital Imaging Goeschwitzer Str. 25 07745 Jena Germany Tel.: +49 3641 65-2143 Fax: +49 3641 65-2144 E-Mail: progres@jenoptik.com www.progres-camera.
User advice Signs and symbols • Enumeration C Advice / Important / Important advice g Reference (to a text passage or image) Warning symbols Warning: Warning against the risk of damage or injury. Caution: Warns against potential damage or malfunction of the product. Information: Refers to important data or details. This symbol refers to special guidelines that have to be followed when disposing the product. ProgRes® MAC CapturePro 2.
Contents Table of contents 1 1.1 1.2 1.3 2 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9 2.10 3 3.1 3.2 3.3 3.4 4 5 5.1 5.2 5.3 5.4 5.5 6 6.1 6.2 6.2.1 6.2.2 6.3 6.3.1 6.3.2 Signs and symbols . ...........................................................3 Warning symbols...............................................................3 Introduction . ....................................................................7 Welcome...........................................................................
Contents 6.3.3 6.3.4 6.3.5 6.3.6 6.3.7 7 7.1 7.1.1 7.1.2 7.1.2.1 7.1.2.2 7.1.2.3 7.1.2.4 7.1.3 7.1.4 7.1.4.1 7.1.4.2 7.1.4.3 7.1.4.4 7.1.5 7.1.6 7.2 7.3 7.3.1 7.3.2 7.3.3 7.3.4 7.4 7.4.1 7.4.2 7.5 7.5.1 7.5.2 7.5.3 8 8.1 8.2 8.3 8.4 Setting and saving image crops .......................................30 White balance . ...............................................................30 Black balance...................................................................31 Change color mode .....................
Contents 8.4.1 8.4.2 8.5 9 10 11 11.1 11.2 11.3 11.4 12 12.1 12.1.1 12.1.2 12.1.3 12.1.4 12.2 12.3 12.3.1 12.3.2 12.3.3 Adjust exposure ..............................................................64 Adjust gain......................................................................65 Histogram........................................................................67 Image description area.....................................................68 Image information bar..........................................
Introduction 1 Introduction 1.1 Welcome Welcome to your new Jenoptik ProgRes® digital camera system. You have purchased a reliable state-of-the-art digital microscope camera for image analysis and documentation with the operational software ProgRes® MAC CapturePro for operating your microscope camera from a Macintosh computer. Fig. 1 / 1 Microscope Workstation with ProgRes® camera.
Introduction take the time to read through this operating manual in order to get familiar with the camera, the software and the safety advice. C Important note: Please take the time to register as a ProgRes® user on our web site at www.progres-camera. com. As a registered user, you will have access to software downloads, and you will be automatically informed when a software update is available. 1.
Introduction 1.3 Feedback: approval, criticism, suggestions We strongly rely on your most welcome feedback for improving our products according to your needs. Please let us know what you like about the ProgRes® cameras and the ProgRes® MAC CapturePro software, tell us what you dislike and also what you are missing. We will try to consider your feedback in the further development of our products – and in this way we will let you benefit from such improvements.
Safety instructions 2 Safety instructions The ProgRes® digital microscope camera is manufactured and tested according to the regulations specified in EN60950 / VDE0805, and was in perfect working condition when leaving the manufacturer’s premises. In order to maintain this standard and to avoid any risk when operating the system, please make sure to comply with the advice and the warnings contained in this manual.
Safety instructions Danger In the following cases, the use of the camera can imply the danger ofpersonal injury or of damage to the instrument. Please do not operate the camera in the following cases: • • • The camera is visibly damaged. The camera has been stored under adverse conditions over a long period. The camera has been transported under adverse conditions. In these cases, the camera has to be switched off and protected against unintentional use.
Safety instructions Ventilation Ensure the sufficient ventilation of the camera. Make sure that the louvers on the camera back are not covered. Avoid direct sun exposure and the location nearby any heat sources (radiators, stoves). Overheating can cause poor image quality. To avoid the risk of fire, do not use the camera near inflammable liquids or gases. Transportation The camera has to be protected against mechanical impact, and therefore may only be transported or stored in the supplied carrying case.
Safety instructions across the floor. The electrical cables have to be protected against mechanical impact. Connect and disconnect the cables by pulling the connector. 2.5 Advice for handling and operating the camera Your digital ProgRes® camera is an optical, fine mechanical precision device. Please handle it with the due care. The reliability and performance as well as the longevity of the system can only be guaranteed if all safety instructions are observed.
Safety instructions Commercial detergents must not be used for cleaning the filter glass. Please contact your dealer if cleaning of the filter glass should become necessary. Use a brush to remove dust. For the transportation and the storage of your camera, please use the supplied C-mount cover. 2.7 Exemption from statutory liability for accidents JENOPTIK shall be exempt from statutory liability for accidents in the case of non-observance of the safety regulations by any operating person. 2.
Safety instructions 2.10 Disposal Special environmental protection guidelines apply when disposing the ProgRes® microscope cameras. Do not dispose your ProgRes® microscope camera with the usual domestic refuse. Contact your dealer in case of any questions. ProgRes® MAC CapturePro 2.
Installation and software start 3 Installation and software start The ProgRes® microscope cameras are operated using the ProgRes® MAC CapturePro software. For a safe installation, observe the following advice. C Important note: Before connecting the ProgRes® camera to your Macintosh computer, it is necessary to install the application software, which also includes drivers for the ProgRes® cameras. 3.
Installation and software start Fig. 3 / 2: End user license agreement In the next screen, the end user license is displayed. The license must be accepted. When “Continue“ is clicked, a dialogue window is displayed where the end user license can be accepted. Fig. 3 / 3: Select destination In this screen, the installation location can be selected. If you click “Change Install Location“, a window opens where the installation location can be selected.
Installation and software start “Continue“, the installation will be continued. Fig. 3 / 4: Display folders The application software is installed. The folder Progres Mac CapturePro is created, and the files contained in this folder are displayed in the screen. After installing the application software, the ProgRes® camera can be connected to your computer by the supplied FireWire cable.
Installation and software start 3.2 Starting the ProgRes® MAC CapturePro Connect your ProgRes® camera to your computer with the supplied FireWire cable. You can operate ProgRes® cameras that are equipped by a Firewire interface using the ProgRes® MAC CapturePro software. Start ProgRes® MAC CapturePro by double-clicking the ProgRes® software icon. The software will recognize the connected ProgRes® camera during the start, and the specific camera data will be loaded (e.g.
Installation and software start Repeater Fig. 3 / 5: Connecting the ProgRes® camera to a laptop computer via Firewire USB Power supply and data communication are realised via USB for PC and Laptop computers. No additional power supply is necessary. Connect the camera to your laptop or PC using the USB-cable. Firewire When operating the ProgRes® cameras from a desktop computer, power is supplied using the Firewire cable.
Software user interface 4 Software user interface Fig. 4 / 1: Software user interface The software user interface is divided into the following areas: Menu bar (orange frame) In the menu bar, the features and functions for the general operation of the ProgRes® MAC CapturePro software are found, g chapter 5 “Menu bar“.
Software user interface Icon bar (green frame) The buttons in the icon bar enable the access to several image settings, g chapter 6.3 “The icon bar“. Buttons for operational windows (brown frame) By clicking these buttons, operational windows are opened on the right side oft the software interface enabling the setting of preferences, the time-set image capturing, shading calibration, measurement calibration and fluorescence image capturing.
Menu bar 5 Menu bar Fig. 5 / 1: Menu bar The menu bar contains general features and functions. 5.1 The menu “ProgRes®“ The items of the menu “Progres®“ are described in the following section. Fig. 5 / 2: Menu “ProgRes®“ About ProgRes® MAC CapturePro Here, information about the software versions, camera drivers etc. are displayed. Click onto the window to hide the window. Fig. 5 / 3: About ProgRes® CapturePro ProgRes® MAC CapturePro 2.
Menu bar Preferences… With a click on this menu item, the dialogue “Preferences” opens. This dialogue is also available with a click on the button “Preferences” and will be explained in chapter 7.1 Setting preferences. Reset to Factory Settings Resets the application settings and the camera settings to the settings preset in the factory. Load Settings Loads the camera settings and the settings of the software application that have been previously saved.
Menu bar 5.3 The menu “Edit” The menu “Edit“ offers the standard MAC options for editing. Fig. 5 / 4 Menu “Edit“ 5.4 The menu “Camera” Fig. 5 / 5: Camera menu Acquire Displays the live image screen. From here, images can be acquired (g chapter 6.1 “ `Acquire´-mode”). Gallery Displays the captured images in a gallery. The images can be displayed and edited (g chapter 6.2 “Display saved images in a gallery”) for further information. 5.
Image display and acquisition 6 Image display and acquisition Fig. 6 / 1: Main section buttons The image acquisition and the gallery display are carried out using the buttons “Acquire“ and “Gallery“. 6.1 Acqire mode - Live image display Fig.6 / 2: Acquire screen After connecting your camera, the live image from the microscope is displayed in the software user interface.
Image display and acquisition image window. Settings for the camera and the image adjustments can be selected.
Image display and acquisition If the software is reopened, the last used gallery will be displayed. If another image is captured, it will be added to this gallery automatically if no other folder for image storage has been selected. 6.2.1 Load an image from the gallery To display an image from the gallery in the main window, please click on the respective image in the gallery. If you wish to open another gallery, please click the button in the icon bar. This button is only available in the gallery mode.
Image display and acquisition can be set under “Image info” in the dialogue “Preferences” (g chapter 7.1 “`Setting Preferences…‘” for further information). To leave the gallery mode, click “Acquire”. 6.3 The icon bar With the buttons of the icon bar, settings for the image display can be defined and a measurement layer can be applied. 6.3.1 Display exposure warnings With a click on the button “Exposure warning”, the areas in the image which are under- or overexposed will be displayed in color.
Image display and acquisition The “Hand“-tool can be used to navigate within an enlarged image. Click left into the image and pull the mouse into the desired direction. The image region in the display window will be shifted accordingly. Using the “Rotate”-button, the image can be rotated in steps of 90°. 6.3.3 Setting and saving image crops Using the button “Crop”, an image region can be defined that can be saved. A rectangle appears for the selection of this image area.
Image display and acquisition Activate the pipette tool and click onto a position that depicts a neutral area in your specimen. The image will be changed accordingly. Please note that the areas in the image will be adjusted to a neutral color, not to pure white. The reset button resets the white balance to default. C Note: Before using another function of the icon bar, please click the button “White Balance” again to deactivate the function. 6.3.
Image display and acquisition A line or a horizontal / vertical scale can be inserted into the image. The size of these shapes can be changed with a click on the dots at the corners of the shapes. To change the size of the measurement shapes retroactively, click on the shape and pull the corner dots with the mouse. When the button “Acquire” is clicked, the layer will be saved with the image. The layer of a saved image cannot be edited retroactively.
Operational windows 7 Operational windows The buttons “Preferences“, “Timelapse“, “Calibration“, “Measure“ and “Fluorescence“ enable the access to further operations of the software. By clicking the buttons, a window opens for defining settings or performing image capture functions. The buttons are located in the upper right area above of the image display and enable the following functions: Preferences Set preferences for image capturing and saving. The preferences can also be set in the menu “ProgRes“.
Operational windows - Setting preferences 7.1 Setting preferences In the dialogue “Preferences”, settings for the image acquisition and measurement as well as display settings for the user interface can be selected. The screen “Preferences…” is divided into 6 register cards. Clicking “Preferences…” automatically opens the last register card left with “OK”. With the first software start, the register card “Image Info” is opened. Fig.
Operational windows - Setting preferences Information about the author, the user and the company, and an image description can be entered into the input boxes that will be saved as a meta file with the captured image. By marking the respective checkbox the image information to be saved with the captured image can be selected. The detailed comment will be displayed in the description box under the image in the “Acquire”-mode.
Operational windows - Setting preferences Click onto the arrow buttons to open the dialogue for selecting the file formats. The file formats and bit depths that can be selected are shown in Fig. 7 / 4 „Storage formats“. Fig. 7 / 4: Storage formats Clicking the button “Setup“, a dialogue is opened where the settings for the respective file format can be defined. This dialogue varies according to the selected format. Fig. 7 / 5 shows the options for a JPG-image. Fig. 7 / 5: Adjustments 7.1.2.
Operational windows - Setting preferences • C Show Folder: Opens the folder you have selected for Auto Save. Note: To open a captured image, the folder where the image is stored has to be displayed as a gallery. The image can be shown in the display window by selecting it from the gallery (g chapter 6.2 “Display saved images in a Gallery´”). 7.1.2.
Operational windows - Setting preferences 7.1.2.4 Options Here the AutoExposure settings can be selected. Mark the respective options to preserve the gain currently set in the image or select the automatic optimization of exposure and gain. With a click on “Reset”, any settings in the index card “Acquire” are reset to the factory settings. 7.1.3 User interface Fig.
Operational windows - Setting preferences By a click on the button in the icon bar, the under- or overexposed areas in the image selected in the register card are shown or hidden. With “Reset to Factory Settings”, the settings in the index card “User interface” are reset to the factory settings. With “OK”, the changes inserted in the window will be applied. Click “Cancel” to reset the changes to the factory settings. 7.1.4 Timelapse Fig.
Operational windows - Setting preferences 7.1.4.1 Save images in Choose the storage place for the time-controlled capturing of images. • Choose Folder Choose the folder for saving the images in the finder. • Default folder A folder will be created on your desktop with the current date as a folder name. The images will be stored in this folder. • Show folder The folder where the images will be stored is displayed on the screen. 7.1.4.
Operational windows - Setting preferences Never No protocol will be saved with the images. Ask user The user will be asked whether the protocol is to be saved with the images. 7.1.4.4 Time Control Fig. 7 / 9: Preferences – Time control settings Here the settings for the time-controlled image capturing are defined. The image capturing can be performed either by using the minimal possible interval or by using the time settings which are inserted by the user.
Operational windows - Setting preferences 7.1.5 Measurement Fig. 7 / 10: Index card “Measurement“ In the index card “Measurement”, the settings for the display of the measurement overlay in the image can be defined. Lines The color and the width of the lines can be set. A line width of one pixel is set by default. The line width can be altered using the arrow buttons. The line color can be selected with a click on the color box. A dialogue opens where the color can be selected.
Operational windows - Setting preferences Fig. 7 / 12: Select settings for the font of the overlay Fig. 7 / 11: Set line and font color Scale Sets the display settings of the scale. Using the arrow buttons, the number of subdivisions (max. 20) can be altered. 5 subdivisions are set by default. By marking the checkbox “Show Frame”, the scale will be displayed with a frame. A scale for referencing distances in the image can be set by clicking in the icon bar.
Operational windows - Setting preferences 7.1.6 Fluorescence Fig. 7 / 13: Index card “Fluorescence” In this index card, the filters used for capturing multi-channel fluorescence images can be activated and edited. Please see chapter 7.5 “Fluorescence image capturing“ for further information. Filters To add a filter, click the button and insert the dye name and the emission in nm in the dialogue which opens. Click “OK” to add the filter to the list in the table window.
Operational windows - Timelapse imposed and will form one image, in which the respective areas are displayed in different colors (g chapter 7.5 “Fluorescence image capturing“). 7.2 Timelapse: time-controlled image capturing With a click on the button “Timelapse” , a window opens enabling the time-controlled image capturing. The settings are selected in the index card “Preferences – Timelapse”(g chapter 7.1.4 “Timelapse“). Fig.
Operational windows - Timelapse Fig. 7 / 15: Insert delay of image capture Fig. 7 / 16: Display of remaining time to start The progress of the image recording can be viewed in a display window in the image, and in the protocol in the window “Timelapse”. In the window, the recorded images with the capture time are listed. When the time lapse image capture is complete, “Timelapse stopped” appears at the end of the list.
Operational windows - Calibration 7.3 Calibration With a click on the button “Calibration” the following calibration functions: , a window opens enabling • Black shading calibration • White shading calibration • Scanner calibration The following functions are available in the calibration window: Information Displays the camera type, the serial number and the firmware version number. Black Shading Calibration With a click on this button, a black shading calibration is started.
Operational windows - Calibration Cooling Mark the checkbox to activate the cooling of the camera. With a click on the button “ Help“ a window opens displaying detailed explanations of the respective calibration procedure. 7.3.1 Black shading calibration With a black shading calibration, the sensor noise at exposure times > 1 sec. second can be reduced by subtracting a black reference image from the captured image. 1. Ensure that no light is falling onto the CCD sensor.
Operational windows - Calibration C Note: Before a white shading calibration can be carried out, a black shading calibration has to be available! 1. Remove the object slide from the light beam. 2. Ensure that the displayed image is not overexposed at any location. The exposure in the live image can be checked by a click on the slider “Exposure“. 3. Click “White Shading“ to start the white shading algorithm.
Operational windows - Calibration From these individual images captured by the sensor movement, one high-resolution final image is calculated by the software. An extremely high precision of the displacement is therefore a prerequisite for micro scanning. During calibration, the camera first captures a high-resolution image of the calibration pattern in the micro scanning mode. Calibration patterns are included in your delivery.
Operational windows - Calibration If the camera is used under normal conditions, and if the environmental conditions have not changed, it is usually sufficient to check the calibration once a month. C Please note: The deterioration of the image quality due to incorrect scanner calibration can be recognized at the horizontal or vertical smooth edges in the image.
Operational windows - Calibration The following criteria have to be considered: Position: The calibration pattern has to be set up parallel to the image capture plane, i.e. perpendicular to the optical axis. This is always the case when a microscope is used. The orientation of the pattern is not important for the calibration, i.e. the chequerboard pattern does not have to be parallel to the window edges. Check the adjustment of the calibration pattern in the live image.
Operational windows - Calibration Start calibration Click on the respective button to start the calibration. When the scanner calibration has been successful, the software displays the date of its creation. The software automatically uses the calibration files. If you create a new scanner calibration, the software will overwrite the existing file automatically. Fig.
Operational windows - Measurement 7.4 Measurement window Clicking the button , a measurement window opens for carrying out measurement calibrations. With these measurement calibrations, distances and units in the image can be referenced. In the measurement calibration window, distances can be set and edited. In the area “Calibrations“, the available calibrations are listed. “Pixels” is the standard calibration preset in the factory.
Operational windows - Measurement Place the calibration slide under the microscopic lens. Click on the button to add a new calibration. In the image window, a line will appear. Using the mouse, the length and position of this line can be set that serves as a reference for the new calibration. To edit an existing calibration, mark the calibration and click the button “Edit”. The window “New Calibration” opens and displays a line. Fig.
Operational windows - Measurement If a calibration has been edited, the existing data will be overwritten. Click “Cancel” to reset the changes made in the window. The name of the calibration will appear in the area “Calibrations” in the window. The selected calibration will now be used for referencing the length of the measurement shapes in the image. The desired calibration can be selected by a click onto the name of the calibration in the respective area of the measurement window. 7.4.
Operational windows - Fluorescence 7.5 Fluorescence image capturing With a click on the button “Fluorescence” functions for fluorescence measurement. , a window opens offering With the button “New Session“, a new fluorescence session is started. With the button “Last Session”, the fluorescence project which was last created is opened. In the field “Acquire”, functions for fluorescence image acquisition can be selected.
Operational windows - Fluorescence 7.5.1 Carry out a fluorescence project Set fluorescence filters Before starting the fluorescence project, insert the names of the filters in the index card “Fluorescence” under “Preferences” (g chapter 7.5 “Fluorescence image capturing“). In the window “Fluorescence“, mark the filters you will use in the checkbox “Active”. Adjust the fluorescence slide preparation under the microscope and set the correct image focus. Start session Click the button “Start session”.
Operational windows - Fluorescence 7.5.2 Adjust captured fluorescence images After the completion of the fluorescence project, the captured images are displayed in a gallery under the main image display, and the area “Gallery” becomes active under the fluorescence image display. The name of the filter used for capturing the image is automatically assigned to the respective image. Fig. 7 / 24: Fluorescence image with gallery ProgRes® MAC CapturePro 2.
Operational windows - Fluorescence Adjust color intensity and merge images Color intensity adjustment and image merging can be carried out in the area “Gallery“. The captured images can be displayed monochrome (i.e. in black-and-white mode), in color (i.e. in the respective filter color) or merged. When “Merged” is activated, the area “Pixelshift” becomes active, too. Fig.
Operational windows - Fluorescence When “Save Merged Image” is clicked, the merged image is saved and added to the fluorescence project. It is added to the gallery, and will be available when the fluorescence project is saved and loaded. 7.5.3 Load fluorescence projects With a click on the button “Last Session” in the window “Fluorescence“, the last fluorescence project can be loaded. To load another fluorescence project, click the button “Gallery” the icon bar.
Operating panel 8 Operating Panel In the operating panel, the image settings can be selected. In the “Acquire“- and in the “Gallery“-mode, the contrast, brightness, gamma and saturation can be set. Also the color balance can be adjusted. In the “Acquire“- mode, the resolution for live and captured images and the exposure and gain settings can be set. A histogram visualises the distribution of the color values in the image. The color values can also be changed in the histogram by moving the slider bars.
Operating panel Contrast Move the slider control to increase or reduce the contrast in the live image. The changes are immediately applied to the image display. A contrast value of 1.0 is preset in the image. Brightness Brightness in the image can be adjusted by moving the slider control. Gamma With the gamma slider control, the conversion of camera pixel values into the pixel values displayed in the image can be adjusted.
Operating panel 8.3 Image resolution In the Acquire-mode, the image resolutions for the live and the captured images can be selected. The drop-down list opens after clicking the arrows besides the boxes “Live“ and “Capture“. Fig. 8 / 2: Image resolution in “Live“- and “Capture“-mode The image resolutions vary according to the camera type refer to chapter 12.2 “Image resolution of the ProgRes® cameras“ for detailed information about the image resolution of your camera. 8.
Operating panel The maximum exposure time values for the different ProgRes® cameras are listed in the following table: Camera type ProgRes® C3 ProgRes® C5 ProgRes® C7 ProgRes® CT3 ProgRes® C14plus ProgRes® MF ProgRes® MFcool ProgRes® MFscan ProgRes® CF ProgRes® CFcool ProgRes® CFscan ProgRes® CS USB ProgRes® MS USB ProgRes® CF USB ProgRes® MF USB ProgRes® CT1 C USB Max. exposure time 180 180 5 3 600 180 300 300 180 300 300 80 80 180 180 0.
Operating panel exposure time during image capture, which reduces background noise in the captured image. The gain adjustment is carried out after the exposure adjustment. Analogue Gain All ProgRes® cameras are equipped with analogue gain. Analogue gain is carried out directly in the camera, and is applied to regions 1 to 8. The image signal is enhanced through the use of analogue gain upstream of the ADC in the camera, and the background noise is reduced at the same time.
Operating panel ProgRes® CF USB ProgRes® MF USB ProgRes® CT1 C USB - 8 8 8 ProgRes® CT1 M USB ProgRes® CT3 USB ProgRes® CT5 C USB ProgRes® CT5 M USB - 8 8 8 8 8.5 Histogram The histogram shows an overview over the distribution of tonal values in the image (key-type). In an image with low color values (low-key), the details are mainly in the depths. In an image with high color values (high-key), the details are in the lights. Middle color values (average key) indicate the middle tones.
Image description area 9 Image description area Fig. 9 / 1: Image description area In the area “Description”, an image description can be entered. In the input box “Prefix”, an image prefix can be inserted. When images are captured, a current number is added to the prefix for every image. Under the “Prefix“-field, the name of the subsequently captured image and the directory where the captured images are stored are listed.
Image information bar 10 Image information bar Fig.
Service and support 11 Service and support Your first contact partner for questions about ProgRes® microscope cameras is your local expert dealer from whom you have purchased your ProgRes® camera. He is trained in using the camera, and can answer your questions. He can also advise you in using accessories for microscope image capturing, and in applications of the microscope camera. 11.1 Manufacturer service & support Furthermore, our local technical expert support in Jena is at your service.
Technical specifications 12 Technical specifications of ProgRes® cameras C Please note: In the following chapter, the specifications of all ProgRes® microscope cameras are shown. Please note that presently, only ProgRes® microscope cameras with a Firewire interface can be operated using MAC OS and the software ProgRes® MAC CapturePro. If you would like to work with a USB-camera, please contact your expert dealer or the technical support of the manufacturer. 12.1 Generals 12.1.
Technical specifications ProgRes® CFscan ProgRes® MF ProgRes® MFcool ProgRes® MFscan 014102-653-26 014102-657-26 014102-651-26 014102-655-26 ProgRes® C14plus 014102-650-26 Order numbers of ProgRes® CMOS-cameras Camera type ProgRes® CT1 USB M ProgRes® CT1 USB C ProgRes® CT3 USB ProgRes® CT5 USB M ProgRes® CT5 USB C Order number 014102-030-26 014102-031-26 014102-032-26 014102-033-26 014102-034-26 Order numbers of ProgRes® CCD-cameras Camera type ProgRes® MS USB ProgRes® CS USB ProgRes® MF USB ProgRes®
Technical specifications 12.1.3 Certificates and approvements • CE according to EMC - guideline 2004/108/EG . • Limit values for FCC are met 12.1.4 System requirements CPU: Macintosh G4 or G5 Intel or PPC Processors, 1 GHz or higher recommended Memory: 512 MB Graphics: 64 MB Operating System: MAC OS X 10.4 or higher Interface: C IEEE1394a FireWire onboard Note: It is recommended to deactivate the “Power Save” settings of your computer while working with the ProgRes® camera.
Technical specifications 12.
Technical specifications ProgRes® C5 Resolution Live Capture 2580 x 1944 HQ 2580 x 1944 1290 x 972 VGA x x x x 644 x 490 VGA 1290 x 972 2x Bin 860 x 648 3x Bin 645 x 486 4x Bin 516 x 389 5x Bin x x x x x x x x x x Resolution Live Capture 1360 x 1024 HQ 1360 x 1024 680 x 512 x - x x x x x x x x x x ProgRes® CF / CFcool 680 x 512 HFRM 340 x 256 HFRM 452 x 340 3x Bin 272 x 204 5x Bin ProgRes® CFscan Resolution Live Capture 1360 x 1024 HQ 1360 x 1024 680 x 512 x - x x x 680 x 512 HFRM 3
Technical specifications ProgRes® MF / MFcool Resolution Live Capture 1360 x 1024 680 x 512 HFRM 340 x 256 HFRM x x x x x x 680 x 512 2x Bin 452 x 340 3x Bin 340 x 256 4x Bin 272 x 204 5x Bin x x x x x x x x Resolution Live Capture 1360 x 1024 680 x 512 HFRM 340 x 256 HFRM x x x x x x 4080 x 3072 9x Scan 2720 x 2048 4x Scan 680 x 512 2x Bin 452 x 340 3x Bin 340 x 256 4x Bin 272 x 204 5x Bin - x - x x x x x x x x x Resolution Live Capture 1360 x 1024 HQ 1360 x 1024 680 x 512 x - x
Technical specifications 4080 x 3072 9x Scan 2720 x 2048 16x Scan 1360 x 1024 4x Scan 452 x 340 3x Bin 272 x 204 5x Bin - x - x - x x x x x Resolution Live Capture 782 x 582 640 x 480 VGA x x x x Resolution Live Capture 782 x 582 640 x 480 VGA x x x x Resolution Live Capture 1360 x 1024 1280 x 1024 SXGA 1024 x 768 XGA x x x x x x 800 x 600 SVGA 640 x 480 VGA 680 x 512 2x Bin 349 x 256 4x Bin 170 x 128 8x Bin x x x x x x x x x x ProgRes® CS USB ProgRes® MS USB ProgRes® CF USB
Technical specifications ProgRes® MF USB Resolution Live Capture 1360 x 1024 1280 x 1024 SXGA 1024 x 768 XGA x x x x x x 800 x 600 SVGA 640 x 480 VGA 680 x 512 2x Bin 349 x 256 4x Bin 170 x 128 8x Bin x x x x x x x x x x Resolution Live Capture 1280 x 1024 1024 x 768 XGA 800 x 600 SVGA x x x x x x 640 x 480 VGA x x Resolution Live Capture 1280 x 1024 1024 x 768 XGA 800 x 600 SVGA x x x x x x 640 x 480 VGA x x Live Capture ProgRes® CT1 C USB ProgRes® CT1 M USB ProgRes® CT3 USB
Technical specifications 800 x 600 SVGA 640 x 480 VGA 1024 x 768 2x Bin 682 x 512 3x Bin x x x x x x x x Live Capture ProgRes® CT5 C USB Resolution 2592 x 1944 x 2048 x 1536 QXGA x 1600 x 1200 UXGA x x x x 1280 x 1024 SXGA 1024 x 768 XGA 800 x 600 SVGA 640 x 480 VGA 1296 x 972 2x Bin 648 x 486 4x Bin x x x x x x x x x x x x Live Capture ProgRes® CT5 M USB Resolution 2592 x 1944 x 2048 x 1536 QXGA x 1600 x 1200 UXGA x x x x 1280 x 1024 SXGA 1024 x 768 XGA 800 x 600 SVGA 640 x 480 VGA 1296 x
Technical specifications 12.3 Technical data sheets 12.3.1 ProgRes® CCD research cameras ProgRes® CS / MS, ProgRes® CF / MF C Please note: ProgRes® USB cameras are presently not supported by ProgRes® MAC CapturePro. ProgRes® camera type CS / MS CF/ MF Image sensor 1/2´´ CCD progress. scan 2/3´´ CCD progress. scan Color/ Monochrome Color / Monochrome Color / Monochrome Sensor resolution [max] 782 x 582 pixel [0.45 Mpix] 1360 x 1024 pixel [1.4 Mpix] Pixel size 8.3 µm² 6.
Technical specifications ProgRes® camera type CS / MS CF/ MF Ambient conditions Temperature: 0 ... +35 °C Humidity: 5 % ... 80 %, not condensing Stock conditions Temperature: -20 ... +70 °C Dimensions [L x W x H] 89 mm x 84 mm x 93 mm [USB] 145 mm x 93 mm x 123 mm [FireWire] Weight approx. 700 g approx. 700 g/ 800 g Capture software ProgRes CapturePro PC/ MAC (TWAIN for PC only); ProgRes® SDK ® External camera driver available at: www.progres-camera.
Technical specifications ProgRes® camera type Microscan: CFcool/ MFcool CFscan/ MFscan/C14plus no True color: Cooling: Digital interface no yes FireWire a 4080 x 3072, 2740 x 2048 yes [C14plus] yes FireWire a Optical connection C-Mount (0.63× TV pref.) Trigger In/ Out Synchronization with external devices; configurable via control software Voltage supply FireWire powered FireWire powered Power consumption 8W 8W Ambient conditions Temperature: 0 ... +35 °C Humidity: 5 % ...
Technical specifications 12.3.2 ProgRes® CMOS cameras ProgRes® CT1 and CT3 C Please note: ProgRes® USB cameras are presently not supported by ProgRes® MAC CapturePro. ProgRes® camera type CT1 CT3 Image sensor 1/2“ CMOS 1/2“ CMOS Color/ Monochrome Color / Monochrome Color Sensor resolution [max] 1280 x 1024 pixel [1.3 Mpix] 2048 × 1536 pixel [3.15 Mpix] Pixel size 5.2 µm² 3.
Technical specifications ProgRes® camera type CT1 CT3 Stock conditions Temperature: -20 ... +70 °C Dimensions (L × W × H) 89 mm × 84 mm × 93 mm Weight approx. 700 g Software ProgRes® CapturePro PC/ MAC (TWAIN for PC only); ProgRes® SDK External camera driver available at: www.progres-camera.com Hardware requirements PC: MS WIN 2000/ XP/ Vista Mac: OS X 10.4 or higher 3 GHz CPU, 1 GB RAM, 64 MB graphics, Firewire a or USB 2.
Technical specifications ProgRes® camera type CT5 Optical connection C-Mount (0.5× TV pref.) Trigger In/ Out Synchronization with external devices; configurable via control software Voltage supply USB powered Power consumption approx. 1.8 W Ambient conditions Temperature: +5 °C ... +55 °C / Humidity: 5 % ... 80 %, not condensing Stock conditions Temperature: -20 ... +70 °C Dimensions (L × W × H) 89 mm × 84 mm × 93 mm Weight approx.
Technical specifications ProgRes® camera type C3 C5 Exposure times 500 µs ... 180 s 400 µs ... 180 s Analog gain 1x ... 8x 1x ... 8x Max. frame rate [image size] 18 fps [1040 x 770 pixel] 9 fps [1290 x 972 pixel] Image resolution Binning: Progr. scan: 2× ... 5× 346 × 256 | 692 × 512 2× ... 5× 644 × 490 | 1290 × 972 Cooling optional optional Digital interface FireWire a FireWire a Optical connection C-Mount (0.5× TV pref.) C-Mount (0.63× TV pref.
Technical specifications ProgRes® C7 C Please note: ProgRes® USB cameras are presently not supported by ProgRes® MAC CapturePro. ProgRes® camera type C7 Image sensor 1/2.5´´ CCD Color/ Monochrome Color Sensor resolution [max] 3072 x 2304 pixel [7.1 Mpix] Pixel size 1.86 µm² A/D conversion 12 Bit Pixel clock 32 MHz Dynamic range 60 dB Exposure times 200 µs ... 5 s Analog gain 1x ... 16x Max. frame rate [image size] 11 fps [1228 x 920 pixel] Image resolution Binning: 2x, 4x Progr.
Technical specifications ProgRes® camera type C7 Software ProgRes® CapturePro PC/ MAC (TWAIN for PC only); ProgRes® SDK External camera driver available at: www.progres-camera. com Hardware requirements PC: MS WIN 2000/ XP/ Vista | Mac: OS X 10.4 or higher 3 GHz CPU, 1 GB RAM, 64 MB graphics, Firewire a or USB 2.0 ProgRes® MAC CapturePro 2.
Calibration pattern 13 Calibration pattern ProgRes® MAC CapturePro 2.
JENOPTIK I Optical Systems Business Unit Digital Imaging Goeschwitzer Str. 25 07745 Jena Germany Tel.: +49 3641 65-2143 Fax: +49 3641 65-2144 E-Mail: progres@jenoptik.com www.progres-camera.
