Image Converter Plus
Gwenda Gronert
Convert Any Image Format Convert JPEG, GIF, PNG, PDF, BMP, RAW, PSD, ICO, HEIC and many other image file formats Popular Image Conversions
- HEIC to JPG HEIC to JPEG NEF to JPEG & more
- PNG to JPG PNG to ICO PNG to SVG & more
- CR2 to JPG CR2 to JPEG RAW to JPG & more
- JPG to SVG JPG to ICO JPG to PDF & more
- PDF to JPG WEBP to JPG WEBP to GIF & more
- TIFF to JPG JFIF to JPG AAE to JPG & more
Select your format: to Download Converter Convert your vacation, event or archived photos and images today Vacation Event Archive How to batch resize photos Step 1: Drag and drop your photos into Pixillion Step 2: Enter the resizing parameters and click OK Step 3: Click Convert and Enjoy your resized photos Add Watermark Text and Image to your Photos Add text and image watermark on your converted images. The preview area can help you visualize what your final image will look like with the watermark.
Use one of the best image converters in the market for converting images to multiple formats. Pixillion ensures that the conversions are of high quality and finished quickly. Review images before converting them.
Effortlessly resize and convert your images with Pixillion. Simply drag and drop your images or photos into Pixillion, enter your desired resizing parameters, select an output format and click convert.
Easily convert any images in JPG, PNG, BMP format into high quality traced SVG compatible with electronic cutting machines. Works best with black and white line drawings. Ideal for simple logos and graphic art.
HEIC is the next generation format for storing photos on iOS. This format saves a lot of space without compromising image quality. It is considered a replacement for the JPEG image format, adding the ability to store multiple photos and thumbnails in a single file. AVIF format is an open and royalty-free image format which has a better compression efficiency and detail preservation that WebP.
JPG is the most common format for storing photos. JPG files are highly compressed by removing small parts of the image. Because JPG tends to compress with losses, this image format may not be the ideal way to store digital photos or other art files. PNG stands for Portable Network Graphics. It was developed for internet graphics because it supports a large number of colours and lossless compression.
One of the most important advantages of our software is the flexible conversion speed. At its maximum setting it can use 100% of your computer's resources for lightning-fast results. If you want to continue working, you can run conversion in the background when it will use only idle resources.
With support for both JPEG and PNG formats, you can choose the best balance between quality and file size. Use the PNG format to avoid loss and keep the full color range, or adjust the JPEG quality setting to reduce the file size.
Unlike other converters, HEIC Converter Plus not only allows you to process all your photos at once, but is also able to extract all the images stored inside a single file. In this case, the file names will be formed using continuous numbering.
We provide a variety of command line tools for automated conversion and printing of files. These solutions are mostly focused on power users, system integrators and independent software developers.
2PDF is a professional utility for converting popular office documents and images into the PDF format. The program doesn't have a graphical interface, but it has simple standard commands and adjustable conversion parameters.
2JPEG is professional software for converting image files and PDF documents to the JPG image format. 2JPEG provides full control over the output image size, JPG file compression ratio and destination folder path from the command line interface. Its command line syntax allows choosing the source folder with image files you need to convert, selecting the image conversion algorithms 2JPEG will need to apply to image files, setting the destination folder path and changing the rules for naming of output files.
2TIFF is the image conversion software designed for IT professionals, workflow system integrators and software developers. This tool can change over 275 different file types into TIFF format. The list of file conversion options includes abilities to convert PDF, JPG, PNG and other files to TIFF. 2TIFF software is also suitable for IT-enthusiasts; one can use it free of charge for nonprofit projects, research, and evaluation.
2Printer is a command line tool for printing documents and image files in batch mode. 2Printer automates the printing of image files, text documents, drawings, worksheets, presentations, PDF files, etc. Thanks to the command line interface, you can create your own batch files to streamline printing of documents. Create simple BAT, CMD or VBS scripts and add them to Task Scheduler enabling you to print all documents from a selected folder.
FolderMill is a server application that provides an easy way to save time on routine document processing tasks and establish an effective document workflow in an enterprise environment. Hot Folders are assigned with special rules and work automatically.
Universal Document Converter is a virtual printer. You can use it to convert a great variety of documents to PDF, TIFF, JPEG, PNG, GIF, PCX, DCX, and BMP file format. Set crop & resize options, image DPI and other parameters.
Print Conductor is a desktop app with many controls, settings, and options for batch printing. PrintConductor works with a large set of file types: text documents, Excel, PDF, PowerPoint files, AutoCAD drawings, HTML pages, and many others.
Image Converter Plus is a professional image converter. This is a powerful multifunctional conversion and resizing tool for Windows. It lets you resize, crop, rotate, place a watermark, optimize images, including RAW, CR2, TGA, and more.
This experiment included the ultraviolet spectrograph package carried by the IUE, consisting of two physically distinct echelle-spectrograph/camera units capable of astronomical observations. Each spectrograph was a three-element echelle system composed of an off-axis paraboloidal collimator, an echelle grating, and a spherical first-order grating that was used to separate the echelle orders and focus the spectral display on an image converter plus SEC Vidicon camera. There was a spare camera for each unit. The camera units were able to integrate the signal. The readout/preparation cycle for the cameras took approximately 20 min. Wavelength calibration was provided by the use of a hollow cathode comparison lamp. The photometric calibration was accomplished by observing standard stars whose spectral fluxes had previously been calibrated by other means. Both echelle-spectrograph/camera units were capable of high-resolution (0.1 A) or low-resolution (6 A) performance. The dual high/low-resolution capability was implemented by the insertion of a flat mirror in front of the echelle grating, so that the only dispersion was provided by the spherical grating. As the SEC Vidicons could integrate the signal for up to many hours, data with a signal-to-noise ratio of 50 could be obtained for B0 stars of 9th and 14th magnitudes in the high- and low-resolution modes, respectively. The distinguishing characteristic of the units was their wavelength coverage. One unit covered the wavelength range from 1192 to 1924 A in the high-resolution mode and 1135 to 2085 A in the low-resolution mode. For the other unit, the ranges were from 1893 to 3031 A and 1800 to 3255 A for the high-and low-resolution modes, respectively. Each unit also had its own choice of entrance apertures: either a 3-arc-s hole or a 10- by 20-arc-s slot. The 10- by 20-arc-s slots could be blocked by a common shutter, but the 3-arc-s aperture was always open. As a result, two aperture configurations were possible: (1) both 3-arc-s apertures open and both 10- by 20-arc-s slots closed, or (2) all four apertures open. With this instrumentation, the observational options open to an observer were long-wavelength and/or short-wavelength spectrograph, high or low resolution, and large or small apertures. Exposures could be made with the two spectrographs simultaneously, but the entrance apertures for each were distinct and separated in the sky by about 1 arc-min. An additional restriction was that data could be read out from only one camera at a time. However, one camera could be exposed while the other camera was being read out. The choice of high or low resolution could be made independently for the two spectrographs. Listings of guest observers and their investigations can be obtained from the IUE Newsletter, IUE Observatory, Code 685, Goddard Space Flight Center, Greenbelt, Maryland 20771, U.S.A.
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