STL-, GLB-, OBJ-, 3MF- oder PLY-Datei hier ablegen
or click to browse — model will be placed on printer bed
Schicht 0 / 0
Vom 3D-Modell zum druckfertigen G-Code in vier einfachen Schritten — vollständig in Ihrem Browser.
Drop an STL, GLB, OBJ, 3MF, or PLY file — or send directly from the SVG to 3D converter using the Print button.
Wählen Sie Ihren Drucker, stellen Sie Schichthöhe, Füllungsdichte, Temperaturen, Stützen und Haftungstyp ein.
Scrub through every layer of your print with the real-time slice preview. Play animations at variable speeds.
Druckfertigen G-Code mit Perimetern, Füllung und Temperatursteuerung generieren — herunterladen und drucken.
A complete browser-based print preparation tool with real-time 3D visualization and instant G-code generation.
See your model placed on an accurate 3D printer bed with grid lines. Supports Ender 3, Prusa i3, Bambu Lab X1, Voron 2.4, and custom bed dimensions.
Fine-tune layer height, nozzle diameter, print speed, infill density and pattern, nozzle and bed temperatures, support structures, and adhesion type.
Scrub through your print layer by layer with a real-time GPU-accelerated clipping plane. Animated playback at 1x, 2x, or 5x speed to inspect every detail.
Generate complete G-code files with start/end sequences, perimeter tracing, grid infill, and proper extrusion calculations. Download and send straight to your printer.
Click the Print button in the SVG to 3D converter and your model transfers instantly via IndexedDB — no downloads, no re-uploads needed.
No installation, no cloud uploads. Everything runs locally in your browser using WebGL and Three.js. Your files never leave your machine.
Everything you need to know about preparing models for FDM 3D printing.
Print preparation (or print prep) is the process of taking a 3D model and configuring it for a specific 3D printer. This includes positioning the model on the build plate, selecting print quality settings like layer height and infill, choosing temperatures for your filament, and ultimately generating the G-code instructions that tell your printer exactly how to move.
G-code is the standard language used to control CNC machines and 3D printers. Each line contains a command — G1 for linear moves, M104 for setting temperatures, and G28 for homing axes. The Print Control tool generates complete G-code with start sequences, layer-by-layer perimeters, infill patterns, and end sequences ready for most FDM printers.
PLA (200/60°C) is the easiest to print — great for prototypes and decorative models. PETG (235/80°C) offers better durability and heat resistance. ABS (240/100°C) is strong but requires an enclosed printer. TPU (225/50°C) is flexible, ideal for phone cases and gaskets. Use the material preset buttons to instantly set the right temperatures.
Layer height determines print quality and speed. 0.1mm layers produce smooth surfaces but take longer. 0.2mm is the standard balance of quality and speed. 0.3mm+ layers print faster but show visible layer lines. The slice preview lets you see exactly how many layers your model will have at any setting.
Gitter provides balanced strength in all directions. Linien are fastest to print but weaker on one axis. Dreiecke offer excellent structural rigidity. Wabenstruktur gives the best strength-to-weight ratio. For decorative prints, 10-20% infill is sufficient. Functional parts typically need 40-60%.
Enable supports for overhangs beyond 45° — they prevent drooping and failed prints. For bed adhesion, Skirt primes the nozzle without touching the model. Brim adds a flat border for better grip. Raft prints a thick base layer, useful for warping-prone materials like ABS.
Integrierte Voreinstellungen für beliebte FDM-Drucker mit Unterstützung für benutzerdefinierte Bettmaße.
220 × 220 × 250 mm
The most popular budget FDM printer. Great for beginners.
250 × 210 × 210 mm
Industry standard for reliability and print quality.
256 × 256 × 256 mm
High-speed CoreXY with automatic calibration.
350 × 350 × 350 mm
Open-source CoreXY for large, high-quality prints.
Häufige Fragen zum 3D-Drucksteuerungs-Tool.
Yes, completely free. Print Control runs entirely in your browser — there are no subscriptions, no sign-ups, and no usage limits. Your 3D models are processed locally and never uploaded to any server.
The generated G-code includes proper start/end sequences, temperature commands, homing, and extrusion calculations compatible with most Marlin-based FDM printers. Always review G-code before printing on a new machine for the first time.
Print Control accepts STL (the most common 3D printing format), GLB (binary glTF, used by the SVG to 3D converter), OBJ (Wavefront), 3MF (3D Manufacturing Format with color and material data), and PLY (Polygon File Format, common in 3D scanning). Drag and drop files or use the upload button.
When you click the Drucken button in the SVG to 3D converter, your model is exported as a GLB blob and stored temporarily in your browser's IndexedDB. Print Control automatically detects and loads the pending model when it opens — no file downloads needed.
The slice preview uses a GPU-accelerated clipping plane to cut through your model at each layer height. You can scrub through all layers with the slider or play an animation to visualize the entire print from bottom to top.
Yes. Select Benutzerdefiniert from the printer dropdown and enter your bed dimensions (X, Y, Z in millimeters). The printer bed and build volume wireframe will update to match your exact printer specifications.
Gitter is the best general-purpose pattern. Use Dreiecke for structural parts that need rigidity, Wabenstruktur for the best strength-to-weight ratio, and Linien when you want the fastest print time. For decorative items, 10-20% density is usually enough.