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A robot CNC machine is a type of CNC machine that uses a robot arm to perform various machining tasks. Unlike traditional CNC machines that have a fixed shape and size, robot CNC machines offer more flexibility and freedom of movement. They can be programmed to cut, carve, engrave, and perform other machining tasks on different types of materials. Here are some types of robot CNC machines:
Robot CNC Cutting Machines:
Robot CNC cutting machines use a robotic arm to cut various materials. The cutting methods vary from water jet cutting, thermal cutting, laser cutting, and knife cutting to more.
Laser Cutting Robots:
Laser-cutting robots are usually manipulator robots with laser machining heads as their end effectors. The laser beam is directed to the material by the robot arm, which has the capability of changing the beam's target location and angle. These robots can be CNC laser robots or non-CNC robots. The latter type means the movement of the robot is not controlled by computer-programmed coordinates. The laser beam can be used in a variety of materials like metals, plastics, wood, glass, and other solid materials.
Robot CNC Machining Centers:
Machining centers have a robot arm as the central feature of the machine. These machines usually have other machining capabilities such as drilling, milling, and tapping. The machining tasks are usually more complex and are performed with a high degree of accuracy.
Robot CNC Welding Machines:
Welding robots are CNC machines that are programmed for joining metal parts together. The robotic arm in these machines is usually equipped with a welding gun or torch. Generally, a welding robot can be classified into three groups according to the method of joining: fusion welding, pressure welding, and fusion pressure welding. Fusion welding includes arc welding, gas welding, laser welding, etc.; pressure welding includes friction welding, resistance welding, etc.; fusion pressure welding includes ultrasonic welding.
General parameters:
Robot Type: 6-Axis Industrial Robot
Model: SRB3000/6-A240
Payload: Maximum 240KG
Reach: 3.0M
Control system:
Control System: Harmonic Robot Controller
Program Language: Harmonic Script
Drive system:
Joint Drive: Electric Servo Motor
Gearbox: Harmonic Gearbox
Structure:
Robot Arm Material: Lightweight Aluminum Alloy
Robot Base: Fixed Base
Sensors and feedback:
Joint Position Sensors: Rotary Encoders
Safety system:
Emergency Stop Button: Red/ Circular
Robot Safety Standards: ISO 10218
Communication:
Fieldbus: EtherCAT
Routine check:
Implement routine inspections of the CNC robots to see if the loose or is missing is one of the key components, if there is any abnormal phenomenon such as a noise or a drag, check the coolant, lubricating oil and tooling gas pipelines for leaks.
Lubrication and coolant maintenance:
Regularly add the lubricating oil to the driving parts and guide rails to ensure smooth movement and stability; Regularly check the level and quality of the coolant and timely supplement if necessary to avoid overheating and ensure stable operation of the equipment.
Tool maintenance:
Keep the tools used by the robot clean and properly stored to avoid damage to their clamping surfaces; Regularly inspect and maintain the tools to ensure their well performance and accuracy.
Electrical and control system maintenance:
Clean up the dust and debris on the electric part of the robot and the controller to ensure proper heat dissipation; Regularly back up and record the parameters and programs, restore the system to the known good state when there are abnormalities.
Safety and emergency measures:
Make sure to use the emergency stop button when debugging and maintaining the robot to stop its operation to ensure safety; Conduct regular inspections of safety devices such as protective covers and safety fences to ensure their integrity and effectiveness.
Mini CNC Robot machines have generally created more usage scenarios for themselves in the industry and other applications. Here are some:
Smartphone Industry:
The smartphone industry thrives on creating lightweight, intuitive, and high-performance gadgets. In this industry, cell phone makers strive to provide phones with eye-catching and exclusive patterns and designs. Because of improved flexibility and accuracy, Robot CNC Machines now dominate the landscape of smartphone production. They are now being utilized to shape mobile phone casings and screens, which need delicate handling and work. More than this, they can also do multi processes like drilling, cutting, and engraving all in one.
Automobile Manufacturing:
In the automobile industry, everything moves quickly because of the need for products. The use of robots in this industry leads to quicker production and fewer workers required for car assembly. CNC Robots perform various jobs, such as cutting windows precisely, fine-tuning, adding a touch of elegance to car interiors, and customizing the bodywork. With their speed and precision, they help facilitate mass automobile production.
Metal & Wood Working:
In industries that work primarily with metal and wood, aim for efficiency and flexibility in production. The machines can now smoothly cut, engrave, and shape different materials, including metals (iron, stainless steel, copper, aluminum alloy, etc.) and plastics. Set up, operation, and maintenance are all easy for these robots. They have replaced the manual labor previously used to carve out wooden furniture products. Because of this, use now extends beyond industrial applications, entering the farm and homestead space.
Sign Making:
In the world of sign making, precision and uniqueness are non-negotiable demands. Robot CNC Machines allow sign makers to cut and create complex shapes and patterns out of materials with ease. They do this while leaving precise and clean edges. With ease, the machines can engrave letters, numbers, logos, and intricate designs on different surfaces. They are also easy to use and customizable, so sign makers can switch them out to use different setups for different jobs.
Architecture & Construction:
In the construction industry, it is essential to go big or go home. With their capacity for large-scale carving and cutting of construction materials like wood, metal, and other synthetic meshes, these robots are well-suited to meeting the challenges of the industry. They play a key role in architectural design and construction as they create and build prototypes, architectural models, and custom structural components swiftly and accurately.
Consider the following parameters before purchasing a new robot cnc cutter for sale:
Production Requirements
Understand the production needs of the business. This could include analyzing the type of materials to be processed, the complexity of the workpieces, the precision required, and the quantity of production.
Workpiece Format
Workpiece size and shape should be considered. Choose a machine whose processing area exceeds the dimensions of the workpiece or one that can customize itself to fit the dimensions.
Process Parameters
When choosing a robot CNC machine, it is critical to consider the machine's available processes. Different robots provide different processing capabilities, such as cutting, engraving, milling, and more. Select a robot that meets the required procedure according to the required processing technology.
Ease of Use
Think about how simple it is to operate and maintain. Consider how intuitive and efficient the control system is, as well as the quality of the technical support and after-sale service provided by the supplier.
Q: Can a robot CNC machine be upgraded as technology changes?
A: Yes, one key benefit of an intelligent robot CNC machine is that it can be upgraded when things change. For instance, improvements in robotics, sensors, or artificial intelligence can be added to boost performance and capabilities further.
Q: Can these machines be automated for mass production?
A: Yes, one key advantage of intelligent robots is automation. Automation is possible, making them suitable for large-scale production tasks. Automation can help boost efficiency and cut costs in industries like manufacturing. Robots could be controlled by a computer system with set programs to run without needing constant human supervision. This would enable robots to do the same jobs repeatedly day after day with little downtime. For safety purposes, any automated system would need to have safeguards to protect people from injury.
Q: Can a robot CNC machine be used for more than one task?
A: Yes, one of the great things about these robotic CNC machines is their flexibility. In contrast to traditional methods that are only good for one thing, they can be programmed to do a wide range of jobs. This makes them adaptable to different needs. Robots equipped with CNC capabilities can be used for tasks like cutting, carving, and molding. Even materials such as wood, plastic, and metal are within their range. One machine can serve many functions, which is efficient.
