Dramatically reduce PDF file sizes while retaining exceptional detail and accuracy, leveraging our innovative MRC (mixed raster content) engine.
Revolutionize document handling in storage, corporate communication, digital publishing, and mobile use, in turn optimizing resources across multiple sectors.
Streamline the storage of vast document collections across legal, financial, healthcare, and educational sectors. This technology is pivotal for digital archiving, ensuring compact file sizes without compromising document quality and integrity.
Transform digital publishing and web content management with faster loading and accessible PDFs. Perfect for online media and publishing, this technology reduces file sizes for quicker web access while preserving the quality of content.
Ideal for email attachments and mobile document access, especially in bandwidth-limited environments. Ensures rapid transmission of emails and efficient mobile access to detailed PDF documents, optimizing both storage and data usage.
MRC compression enhances PDF quality, supports multiple formats, significantly reduces file size, and offers fast, efficient processing for diverse document handling needs.
Automatically adjust the quality of different PDF layers, ensuring high fidelity. This includes superior contrast, color saturation preservation, and efficient reconstruction of low-quality documents, resulting in high-quality, anti-aliased outputs.
Reduce the size of 300-DPI color documents, often compressing them down to 20–60 kilobytes. This is achieved through automatic detection of input resolution and tailored compression options based on analyzed metrics.
The engine offers fast processing speeds, making it suitable for applications requiring quick document handling and efficient mobile transfer. This feature is particularly beneficial for environments where quick access to compressed documents is critical.
Process more than 100 vector and raster formats. Our engine benefits from adaptive learning algorithms for the input layout and uses advanced techniques for text detection, handling documents in any orientation and at any skew level.