Phenom TM Pro Suite. The ultimate application software solution. Specification Sheet

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1 Phenom TM Pro Suite The ultimate application software solution The Phenom TM Pro Suite is developed to enable Phenom users to extract maximum information from images made with the Phenom G2 pro desktop scanning electron microscope (SEM). It extends the capabilities of the Phenom G2 pro, a high-resolution imaging tool, providing solutions to specific application needs. The Phenom Pro Suite software is installed on the Phenom Application System. This monitor-mounted PC is the hardware platform for all Pro Suite software, leaving the Phenom G2 pro system in its original state and guaranteeing maximum system stability and up-time. The applications included in the standard Pro Suite software package are: Automated Image Mapping the Automated Image Mapping application enables users to automatically collect multiple images in a regular grid. Remote User Interface phenom Pro Suite s Remote User Interface makes it possible to access the Phenom from a different location. measureit (Olympus SIS) The Phenom Application System and Pro Suite are available for the Phenom G2 pro desktop SEM. The Phenom Application System can be connected direct, via local network or Internet, enabling network storage and remote system control. Phenom Pro Suite, with all standard included applications. Optional applications: 3D Roughness Reconstruction With the 3D Roughness Reconstruction application, the Phenom G2 pro is able to generate three-dimensional images and sub-micrometer roughness measurements. Fibermetric the Fibermetric application produces accurate size information from micro and nano fiber samples. For more information on these applications, visit our website:

2 3D Roughness Reconstruction With the 3D Roughness Reconstruction application, the Phenom TM G2 pro is able to generate three-dimensional images and submicrometer roughness measurements. This fully automated application for the Phenom G2 pro scanning electron microscope will help to communicate imaging results and will extract and visualize data normally hidden within a sample. 3D 3D imaging helps to interpret sample characteristics and makes images understandable for a larger group of users. It is often difficult, for example, to identify dents, scratches and burrs from flat 2D images. Roughness Measuring the average roughness (Ra) and the roughness height (Rz) is critical for controlling and understanding production processes. By using SEM imaging for data collection, a much better resolution can be achieved than by using traditional (indirect) methods. The 3D Roughness Reconstruction application is a desirable addition to the Phenom G2 pro when one or more of the following are required: Quality control in machining Texture analysis Evidence characterization Defect & failure analysis Wear analysis - tribology The 3D Roughness Reconstruction application is available in the Phenom Pro Suite that contains multiple Phenom G2 pro specific applications. Roughness reconstruction and colored height map of abrasive material. Benefits of the 3D Roughness Reconstruction application: Outperforms optical and mechanical measurement systems: - High resolution - Insensitive for reflective samples - Direct method - Non-destructive Intuitive fully automated user interface Based on shape from shading technology, no stage tilt required Integrated solution Fast reconstruction Retrofit onto Phenom G2 pro

3 Drill bit, top view at 600x magnification. Specifications Automated 3D image creation - Full 3D - 2D or 3D with colored height indication - Filtered 3D for surface roughness Automated roughness measurement - Ra (average roughness) and Rz (roughness height) - User-set waviness filtering - Up to 5 line measurements Height profile Position identification CSV automatically generated statistical data FOV 2 mm to 10 µm 3D reconstruction in just a few seconds 512x512 pixel resolution Output: - Line profiles - CSV files - 2D/3D view images Part of the Phenom Pro Suite Network storage enabled Phenom integrated system Drill bit, top view at 2900x magnification. The 3D Roughness Reconstruction view contains three profile measurement lines. The table on the right contains measurement results Rz and Ra. Line profile chart. SS 00701WWv2.0 Phenom-World BV, Dillenburgstraat 9E, 5652 AM Eindhoven, The Netherlands, Specifications and prices are subject to change without notice. All rights reserved. Reproduction, copying, usage, modifying, hiring, renting, public performance, transmission and/or broadcasting in whole or in part is prohibited without the written consent of Phenom-World BV. Find your Phenom-World contact information at

4 Automated Image Mapping The Automated Image Mapping application enables users to automatically collect multiple images in a regular grid. The Automated Image Mapping application enables user-defined collection of images with a large field of view on a high-resolution image map. After an area has been defined in the overview, Automated Image Mapping scans the area with the desired resolution and number of images. The images are tiled to one large overview which can be stored and navigated for detailed observation. All images can be stored separately, for image analysis or as a reference database. The main benefits of Automated Image Mapping are: Large field of view (FOV) images (min. magnification 31.8x, max. FOV 8.07 mm) Extremely high-resolution complete sample image maps Automated procedure for collecting all sample image data Intuitive single-page user interface Creation of low-magnification overviews Automated acquisition for Fibermetric Example of large field of view automated image collection. The sample is a 3.15 x 4.15 mm ladybug that can be imaged completely at high resolution. The large overview (4x4 mm) shows all the particles on the sample. The >100 Megapixel resolution also allows individual particles to be inspected in close-up.

5 On the left: Automated Image Mapping can be used to collect an array of images from a fiber sample. The application can take 100 images at 1024 x 1024 pixel within minutes. On the right: A batch of these images can be loaded into Fibermetric for fiber- and pore-size measurements. On the left: An overview of a 2.46 x 2.46 mm semiconductor scanned at high resolution, resulting in an 85 Megapixel image. On the right: A close up of the image map revealing small details on the surface of the chip.

6 Fibermetric Better, Faster Fiber Analysis Now, direct observation and measurement of micro and nano fibers is faster, better and easier than ever before, with the improved Fibermetric application. In combination with the Phenom G2 pro desktop scanning electron microscope, the Fibermetric application allows you to produce accurate size information from micro and nano fiber samples. Recent developments enabled us to extend the range of measurements of the Fibermetric application providing even more in-depth information. It is possible to measure and analyse complicated fiber structures, ranging from spunbond and electrospun fibers to the melt blown type fibers. The automated image characterization generates hundreds of measurements in seconds. In addition to more accurate data acquisition, the automated measurements of the Fibermetric application guarantee a fast return on investment (time savings compared to previous manual measurements; operator independent; more consistend data). The automated feature and fiber size detection has made Fibermetric even more user friendly and further improved the time to result. With the Fibermetric it has become possible to measure and analyze samples with large fiber diameter differences. Fibermetric automatically analyses hundreds of data points that provide solid statistical analysis. This data is displayed in various formats like an interactive fiber and pore size distribution histogram. All data are exportable to common formats for offline customized analysis. Fibermetric allows the user to export the histogram faster in a variety of formats. The functionality of creating screenshots has been extended, making the actual representation ready to be used for reporting and in presentations. The measurement algorithms have been improved, providing more accurate and reliable outcome of the analysis. Fibermetric user interface with fiber and pore measurements. Benefits of the Fibermetric application: Save time by automated measurement Fast and automated collection of all statistical data Large range of fibers and pores to be measured Export all collected data, either statistically or as a raw data-file View and measure micro and nano fibers with unmatched accuracy Operator-independent measurements Real-time Phenom G2 pro operation The Fibermetric application can be used on fibers ranging from 40 µm to 100 nm. It therefore can be used for a wide range of applications, like investigation of filtration materials, diaper paddings, fiber research, and fiber and filter production control. The Fibermetric application generates all the statistical data you need, without an elaborate laboratory infrastructure or specially trained operators.

7 Spun bond and melt blown fiber sample analyzed with the Fibermetric. Automated pore measurements on a polymer membrane sample. A pre-defined area of pore measurements has been highlighted. Specifications Fiber Detection: - 40 μm to 100 nm - 1 to 1000 measurements per image Output: - XML-data file (incl. diameter measurements and pore surface areas) - jpg or tiff image format - Max x 1024 pixel image - Customized fiber and pore distribution histogram - Minimum, maximum and average fiber size - Standard deviation - Fiber orientation Part of the Pro Suite: - Network storage enabled - Phenom integrated system Measurement results are represented in the histogram. The user can define the number of bins in the histogram. The min/max and average fiber size are displayed below the histogram. SS00901WWv3.0 Phenom-World BV, Dillenburgstraat 9E, 5652 AM Eindhoven, The Netherlands, Specifications and prices are subject to change without notice. All rights reserved. Reproduction, copying, usage, modifying, hiring, renting, public performance, transmission and/or broadcasting in whole or in part is prohibited without the written consent of Phenom-World BV. Find your Phenom-World contact information at

8 Remote User Interface Phenom Pro Suite s Remote User Interface makes it possible to access the Phenom G2 pro from a different location. This application is ideal for customers needing support from Phenom-World Customer Support to optimize the performance of their Phenom G2 pro. Customer Support can log on to the Phenom G2 pro and help to adjust the necessary settings if access is granted from the customer s location. The Phenom G2 pro can be controlled with all the common features fromthe Phenom User Interface. It is also a perfect application for interacting with colleagues based at a different location. Samples can be imaged and stored on a USB, a network location or local hard drive. This is the ideal solution for showing live results during a presentation or customer demonstration. Remote-controlled Phenom user interface. The main benefits of Remote User Interface are: Real-time remote control Direct feedback from service Interaction with colleagues at various locations SS00801WWv2.0 Phenom-World BV, Dillenburgstraat 9E, 5652 AM Eindhoven, The Netherlands, Specifications and prices are subject to change without notice. All rights reserved. Reproduction, copying, usage, modifying, hiring, renting, public performance, transmission and/or broadcasting in whole or in part is prohibited without the written consent of Phenom-World BV. Find your Phenom-World contact information at