The familiar default standard milling center. A foundational machine since 2012, updated with a modern CNC controller and graphical enhancements. Features moving doors controllable via the CNC program.
A conceptual machine without visual parts, representing "unlimited" size. Allows work on extremely large workpieces (up to 50,000mm), but requires lowering buffer resolution to prevent simulation memory issues.
A highly detailed digital version of a versatile machine from Swedish manufacturer ABENE. Features the unique ABENE "Coangular frame plane" design concept, allowing the spindle head sideways mounting.
A 4-axis machine equipped with an indexing table (C-axis). This rotary table allows precision positioning for metalworking, enabling drilling or cutting at exact intervals around a fixed axis. See built-in examples.
A popular generic 3018 budget hobby CNC milling machine, widely available online. Model thanks to Nico Mignoni and Grabcad.com.
A DIY Open Source Desktop CNC milling machine project, constructible with plywood and 3D printed parts. See CNCSimulator.com for details. Original build by user Electron8 on YouTube.
A 3D Printer style hobby milling machine concept with a large workpiece size. The tool moves in the X and Y axes while the table moves in the Z-axis.
Another small hobby style desktop CNC router that can be used for wood, plastic, and other soft materials.
A retro-style fantasy milling CNC machine created by the CNCSimulator.com Team. Features a moving door controllable via the CNC program, a standard interpreter, and postprocessor.
Similar to the default mill but uses a Heidenhain conversational language interpreter instead of ISO-based G-code. Considered experimental; only basic commands interpreted, canned cycles not supported. See built-in examples.
Combines the "unlimited" size concept with the Heidenhain conversational language interpreter. Like the standard Heidenhain mill, it's experimental and lacks support for canned cycles.
A representation of a cheap Chinese hobby CNC Machine DIY kit typically found online. Utilizes an Arduino controller and Nema 17 stepper motors with a PVC frame. Suited for softer materials like wood and plastic.
A small, simple table-top hobby milling machine included since the simulator's start. Features rotating hand cranks and a table moving in X/Y axes, with the spindle moving in Z.
Another small desktop router concept designed for small projects and hobby use. Original model thanks to Nemanja Petkov.
Inspired by Nora milling machines made in small numbers in southern Germany (early 1950s by A. Höffler & Söhne). An unusual miniature precision machine, updated with invisible servos and a hidden CNC controller.
A small desktop router concept. Original model thanks to Nemanja Petkov and Grabcad.com.
The default standard CNC router table included in the simulator. Often used with softer materials and high-speed spindles for woodworking projects.
An industrial-style, heavy-duty milling center for large parts, created by our in-house brand Simtech. Lower buffer resolution for best performance with large workpieces.
Based on a "Steve at work" and Grabcad.com home-built CNC milling machine from around 2002. Features 10 mil steel plate, solid underframe, 30 mil shafts (XY), 16 mil shafts (Z). Very stable.
A CNC Router machine typically used with hand-held drilling machines. Preferred for prototype manufacturing and small-size production jobs. Thanks to Grabcad.com and Sukrit Shrivastava for the original 3D model.
A small desktop milling machine concept. Original model thanks to Nemanja Petkov and Grabcad.com.
A conceptual turning machine without visual parts, representing "unlimited" size for extremely large workpieces (up to 100,000mm). Requires lowering buffer resolution for simulation.
The familiar default standard turning center (lathe). A foundational machine since 2012, updated with a new CNC controller and graphical improvements. Includes standard interpreter and postprocessor.
A large industrial flat-bed CNC turning machine designed for heavy-duty work and mass production. Original 3D model thanks to Vadelek.
A highly realistic machine simulation of a powerful flatbed lathe from Polish Manufacturer CORMAK. Suitable for a wide range of applications including small-series machining. Model thanks to Sketchfab and Artem Tyugashev.
A retro-style fantasy CNC lathe created by the CNCSimulator.com Team. Features a moving door controllable via the CNC program, standard interpreter, and postprocessor.
Inspired by the Harrison L5 lathe made by T.S. Harrison and Sons Ltd. (England, c. 1945-1950). Originally a manual machine, this simulation is equipped with invisible servos and a hidden CNC controller.
A small table-top hobby lathe included since the simulator's start. Features rotating hand cranks and tools that come from the front of the machine.
An industrial-style heavy-duty CNC lathe from our in-house brand Simtech, designed for robust turning operations.
A DIY Open Source Desktop CNC Laser machine project (similar frame to CNC UNO Mill). See CNCSimulator.com and Electron8's YouTube channel for details.
An industrial-style high power CNC laser cutting machine. Remember to always use laser safety goggles when operating real-life laser cutting machines!
A simulation of a Chinese-style tabletop 40W Laser Cutter, originating from the top-left corner. Always remember laser safety precautions with real machines.
A simulation of a Chinese-style tabletop 50W Laser Cutter, originating from the bottom-left corner. Remember laser safety precautions with real machines.
The default standard CNC Plasma Cutter Machine. A CNC plasma torch commonly used for cutting large sheets of metal.
This is the Unlimited Cutter. It can simulate any kind of cutter (laser, water, plasma, etc.). A machine without visual parts, allowing huge workpiece dimensions (up to 100,000mm).
Our default standard CNC Water Jet Cutting Machine. A computer-controlled industrial tool using high-pressure water (optionally mixed with abrasive) to cut hard materials.
A fun fantasy creation: a drone with an attached milling spindle. Fly it around and cut workpieces using normal G-codes. Best feature: never runs out of batteries!
A small game designed to teach beginners basic G-codes. Run a car around a track with G00/G01 moves, trying to help the man get his car to the garage. Load example program for instructions.
A pen plotter for 2D drawings. Thanks to Fabrice (Darth Vader) and GrabCAD.com for the original model.
Just for fun. Launch at your own risk!
A pencil plotter experiment for 2D line drawings.
SimBot is a 3D Printed Open Source Arm Robot. This machine was made by the user Electron8 on YouTube. Find videos on his YouTube channel "Electron8".