RoboticsWelcome to Terraforge CNC Robotics ---

Over the past few years, CNC robotics and automated machining have expanded tremendously. The current success of robots is greatly influenced by its integration with production technology. CNC machining is one of the most popular technologies.


Increased Speed

The ability of CNC machining to make components with incredibly short lead times is nothing new. Comparatively speaking, CNC machines are quicker than many other manufacturing techniques. You may therefore count on quick iterations and delivery of customized robotic parts for a range of applications. Robot parts can be produced using CNC machining in 1 to 3 days, depending on the complexity and size.

Dimensional Accuracy

Additionally, components made via CNC machining can be made precisely to specifications. Robotics has a particularly pressing demand for manufacturing precision, with dimensional accuracy being essential for creating high-performing robots. CNC precision machining can create items with +/- 0.0002 inch tolerances. As a result, it can create robotic parts that move precisely and consistently.

Sensors and Controllers

Sensors and controllers are the main building blocks of the majority of robots and automation systems. Printed circuit boards (PCBs) are a necessary component for the operation of these parts. While the primary method for producing PCBs was chemical etching, CNC machining removes the difficulties involved in the procedure. The CNC machining procedure makes these components to size and shape without the use of hazardous chemicals, in contrast to chemical etching.

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Articulated Robots

These are the most prevalent categories of industrial robots. They have rotating joints, also called axes. While some articulated robots are complicated structures with 10 or more axes, others are basic two-axis designs. These robots all have additional degrees of freedom built into their robotic axes to guarantee independent motion.

Robots with an increased range of motion and flexibility, regardless of size, are the best choice for handling a variety of workpieces.

Material Compatibility

Working with a variety of metals and plastics is another benefit of CNC machining for robotics. The components of the robot must be able to lift and move stuff steadily. They need materials that are sturdy, rigid, and have a good strength-to-weight ratio as a result. Since these materials can be processed by CNC machines, they are perfect for producing CNC parts for the robotics sector.

Factory worker is programming a CNC milling machine with a tablet computer.

CNC Robotic Arm

These are the essential components of machines that operate similarly to a human arm. Although it was initially created to automate the die casting process, CNC robot arms are currently utilized in several gadgets across numerous industries. Since they are primarily used to move objects, high-strength materials like steel, aluminum, and certain polymers are used in their construction.


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