Page2PSD.com Alternatives: Uncovering the Best Tools for Web Layer Extraction
Page2PSD.com is a unique online tool designed to extract graphical layers from any web page into Photoshop PSD format or a set of PNG images with alpha channels. It's incredibly useful for reverse engineering web designs, preparing redesign offers, or even creating marketing content by extracting specific elements. However, like any specialized software, users often seek alternatives that might offer different features, platforms, or pricing models. This article dives into some of the best Page2PSD.com alternative options available today.
Top Page2PSD.com Alternatives
If you're looking to achieve similar results as Page2PSD.com – specifically, extracting and organizing web page elements into layered PSD files – several powerful alternatives are available. These tools offer unique approaches to capturing web content and transforming it into editable designs.

Layers
Layers is a commercial Page2PSD.com alternative available for Mac. It specializes in capturing every item on your display as a PSD layered image, perfectly organized into groups with each layer named upon the captured content. This makes it an excellent choice for designers needing detailed screenshots for mockups or redesigns, offering robust screenshot tools beyond simple image capture.

WebLayers
WebLayers is a free Mac-based Page2PSD.com alternative that captures an entire web page and exports it as a layered Photoshop PSD. Each element, including divs, tables, and images, gets its own layer, making it an invaluable developer tool for quickly dissecting web pages. Its free nature makes it an accessible option for those on a budget or who prefer a desktop application over an online service.
Choosing the best Page2PSD.com alternative depends on your specific needs, preferred operating system, and budget. Whether you prioritize a free solution, a commercial tool with advanced features, or a specific platform, the alternatives listed above offer compelling options for web layer extraction and design reconstruction.