Dynamic Web TWAIN Imaging SDK
Scanner + Webcam + Barcode + OCR + Annotation

With Dynamic Web TWAIN SDK and its image processing add-ons, you can easily acquire images from webcams / scanners or load local files, imaging process, barcode read or OCR, and then save/upload.

Dynamic Web TWAIN is a TWAIN scanning SDK specifically optimized for web applications. The web browser plugin runs well with IE (32-bit and 64-bit) Firefox, Chrome, Safari, and Opera on Windows and Mac OS X 10.5 or above. It has four add-ons:
€ Dynamic Webcam - It works with all UVC compatible webcams.
€ Dynamic Barcode Reader - With the barcode library, you can easily get 1D and 2D barcode info from scanned documents, IDs, or invoices.
€ Dynamic OCR - With the OCR SDK, you'll be able to OCR (Optical Character Recognition) your documents and convert them to searchable PDF and text files.
€ Dynamic Annotation - For future references, you can put notes/comments directly on the images before archiving.

All add-ons are detachable which make them customizable and adaptable to different preferences. Each can be integrated with other modules into a larger, custom imaging acquisition and recognition system.

Below is a possible usage scenario:

A healthcare organization with a lot of medical charts is performing document digitization for easier indexing and searching. First, it can capture the documents via a scanner or webcam to a PC. And the medical records are transferred into digital format. Then OCR technology can be used to convert them to editable and text searchable Microsoft Word, Excel, HTML or searchable PDF files. If PDF, doctors can markup and draw objects onto the document. Barcode technology can be used to read the patients' basic personal info. Finally, after the doctor is done treating one patient, he or she can upload the files to a database for future reference.

A healthcare organization with a lot of medical charts is performing document digitization for easier indexing and searching. First, it can capture the documents via a scanner or webcam to a PC. And the medical records are transferred into digital format. Then OCR technology can be used to convert them to editable and text searchable Microsoft Word, Excel, HTML or searchable PDF files. If PDF, doctors can markup and draw objects onto the document. Barcode technology can be used to read the patients' basic personal info. Finally, after the doctor is done treating one patient, he or she can upload the files to a database for future reference.