STP → multi-view screenshots, ideal for engineering and product previews.
Please wait
Render STP models as static images for display, documentation, and sharing. Same capabilities as STEP, suitable for engineering previews. Supports multi-view layouts and annotations.
DefaultHorizontal four-up
Choose multi-view arrangement: horizontal four-up, vertical four-up, or a custom set of views and columns.
Front, right, top and perspective in one row (1×4).
Front, right, top and perspective in one column (4×1).
Pick views and column count for a custom grid.
When using custom layout, choose which camera directions to include.
Default3
Range1 – 5
Number of columns in the custom grid (1-5, capped by selected view count).
Default0.012
Range0 – 0.1 · step 0.005
Outer margin around the board as a fraction of the short edge.
Default0.012
Range0 – 0.05 · step 0.002
Spacing between viewports as a fraction of the short edge.
Default#ffffff
Fill color for the margin area; transparent is allowed (falls back to white for JPG).
Default#f5f5f5
Background for each 3D viewport; pick a color or transparent (alpha kept for PNG/WebP).
DefaultOff
Display bounding box dimensions in the selected unit.
Defaultmm
Unit
DefaultOn
Show Watermark
Defaultany3d.cc
Watermark title text (default any3d.cc).
PNG, JPG, WebP or SVG up to 5MB; auto-resized for watermark
DefaultBottom-left
Corner placement of the watermark on the board.
Default0.08
Range0.04 – 0.3 · step 0.005
Watermark size as a fraction of the board short edge (~0.04-0.3).
Default0.8
Range0.2 – 1 · step 0.05
Watermark opacity (0.2-1).
DefaultPNG
Image Format
Default1x
Resolution Scale
Drag and drop your STP file into the upload area, or click to browse
Choose landscape, portrait, or custom layout. Toggle dimension annotations, units, and watermark
Download PNG, JPG, or WebP images at 1x, 2x, or 4x resolution
They are usually the same ISO 10303 exchange format with different extensions (.stp / .step). This page is tailored for .stp files and offers the same capabilities as STEP to image conversion.
Complex assemblies cost more CPU/memory to mesh and render. Simplify or split parts in CAD first if needed. Browser lag reflects device limits; files are not uploaded to a server.
Surfaces become triangles, so fillets and tiny features may look slightly faceted up close. That is fine for most previews and attachments; use CAD drawings for tolerance-critical views.
Yes. Enable dimension lines and choose mm/cm/m/in. Orthographic multi-views help check bounding size and orientation for internal review and client previews.
No. Preview zoom and pan are display-only and do not affect the captured image. The export always uses the layout's framing at the selected 1x/2x/4x resolution.
The horizontal and vertical layouts each combine four views: front, right, top, and perspective. The custom layout lets you pick any subset of front, back, left, right, top, bottom, and perspective, arranged in 1-5 columns.
Demystifying the technical black box of converting CAD solids (B-Rep) to STL polygon meshes and back. Get practical slider recommendations for SolidWorks and other tools, plus compromise solutions when STL reverse engineering fails.
Ditch heavy CAD software for good. Learn how to export STL/STEP files as high-res 2D screenshots with dimension lines and transparent backgrounds directly in your browser—essential for e-commerce product shots and engineering drawings.
Why does a 1.5MB JPG balloon to 87MB in VRAM? What's so wrong with PNG/JPG from a GPU's perspective? And how do GPU-native texture formats, Basis Universal, and KTX2 all fit together?
Desktop, mobile, VR, mini-programs—which compression combination should you use? This article consolidates the knowledge from the previous four articles into a decision matrix and an automation script—just follow it.
