Industrial Robotics and Automation Solutions
Explore the most frequently asked questions. Phoenix specializes in integrating industrial robotics for the automotive, warehousing, and general manufacturing industries. Contact us with any specific inquiries related to your projects.
Industrial Robotics Integration Services
Custom Industrial Robotic solutions
Consulting Services
Our consulting services help automate business processes and prepare for future changes.
Robotic Training
We train operators and maintenance personnel to operate, program, and troubleshoot robotic arms.
Robotic Programming
Phoenix customises robotic arm programming to efficiently perform specific manufacturing tasks.
Installation & Integration
We install industrial robotic arms in manufacturing processes with safety measures.
The Advantages of Using a Robotics Integrator
Work with any Robot Brand
Our team has experience in integrating various robot brands and can offer guidance to assist you in selecting the one that best suits your manufacturing needs.
Robotics Equipment Providers
We collaborate with leading Robotic Equipment Suppliers. Our broad network of suppliers and specialists guarantees that you will gain advantages by teaming up with us.
Expertise in Robotics
Hire a skilled robot integrator for successful robotic project implementation. Get valuable insights for business optimization and competitive advantage.
Understanding the Market
We stay updated on the latest industry trends to provide the best solutions that lead to success for our clients. We adapt to meet our clients' unique and evolving needs.
FAQ Industrial Robotics
Fundamental technical aspects of industrial robotics FAQs are crucial for comprehending not only their applications but also the various operations involved in maximising their efficiency and effectiveness in diverse industry settings.
What are industrial robotics?
Industrial robotics refers to the use of programmable robots to automate tasks in manufacturing, warehousing, and other industrial settings. These robots perform repetitive, precise, or hazardous operations, enhancing efficiency and safety.
What is a degree of freedom (DOF) in industrial robotics?
Degrees of freedom refer to the number of independent movements a robot can perform. Each joint typically adds one DOF. For instance, a 6-axis robot possesses 6 DOF, enabling it to move in complex ways similar to a human arm.
What types of industrial robots are available?
Types of Industrial Robots
- Articulated Robots: These robots feature rotary joints and can range from 2 to 10 degrees of freedom (DOF).
- SCARA (Selective Compliance Articulated Robot Arm): Ideal for pick-and-place tasks, they typically have 4 degrees of freedom (DOF).
- Cartesian Robots: These operate on three linear axes (X, Y, Z) and are commonly used for tasks such as CNC machining.
- Delta Robots: These spider-like robots have parallel arms and are utilized for high-speed, light-duty tasks.
- Collaborative Robots (Cobots): Designed to work safely alongside humans, they generally feature force-limited joints.
What maintenance is necessary for industrial robotics?
Maintenance of Industrial Robotics Includes:
- Routine Inspections: Conducting regular checks for wear and tear on joints, cables, and connectors.
- Lubrication: Ensuring that all moving parts are adequately lubricated to minimize friction and wear.
- Calibration: Regularly calibrating sensors and actuators for enhanced precision.
- Software Updates: Keeping the robot’s software current for optimal performance and security.
What is the correct way to start with industrial robotics?
When searching for new or reconditioned robots, you may have limited knowledge of industrial robotics. In such cases, you should follow these steps: Identify a robot integrator who fully understands robot integration. They will recommend suitable automation solutions for your business and help you obtain the correct certified reconditioned robot or new robot for your project.
What factors should be considered when selecting industrial robots?
Considerations for Selecting Industrial Robots:
- Payload: The maximum weight the arm can handle.
- Reach: The maximum distance the arm can extend.
- Precision and Repeatability: The degree to which the arm can perform tasks accurately and consistently.
- Speed: The rate at which the arm can move.
- Environment: Whether the arm is suitable for clean rooms, hazardous conditions, etc.
- Integration: The ease with which the arm can be integrated into existing systems.
How are industrial robots programmed?
Robots are programmed using:
- Teach Pendant: A handheld device that allows operators to manually guide the arm and record positions.
- Offline Programming: Software tools that simulate and program the robot in a virtual environment.
- Lead-Through Programming: Physically moving the robot through the desired motions.
- Programming Languages: Such as RAPID, KRL, or ROS (Robot Operating System).
What is the return on investment with industrial robotics?
The return on investment compares the costs of manual operations with those of automating them using a robot. It assesses the costs of implementing a robotic system against yearly savings like reduced salaries, downtime, and scrap. This calculation shows how long it takes for the savings to pay back the initial investment.
What safety measures are necessary when operating industrial robotics?
Safety measures for industrial robotics include:
- Emergency Stop Buttons: Enable immediate shutdown of the robot.
- Safety Fencing and Light Curtains: Barriers or sensors that stop the robot if a person enters the danger zone.
- Collision Detection: Sensors that halt the robot when detecting an obstacle.
- Collaborative Features: In collaborative robots (cobots), these features limit the force and speed to ensure safety around humans.
When will you begin to see the benefits from the robotics investment?
You can see improved quality and safety within weeks, productivity gains in months, and a full financial return on investment within 2–3 years. Savings from robotics investments can vary; some may achieve quick cost savings with off-the-shelf solutions, while others may take longer if customizing systems for their needs.
What is the Robot Payload and what does it involve?
Industrial Robots Payload Involved
The “Robot Maximum Payload” refers to the maximum weight a robot can carry on its mounting flange, including the End of Arm Tooling (EOAT) and the workpiece if held by the EOAT. This capacity varies across different robot models and is displayed in charts provided by the manufacturers. An application from the manufacturers allows users to input end tooling details and calculate the required payload capacity.
What is the center of gravity of the industrial robot?
Consider the center of gravity at the end of the robotic tooling for the robot’s maximum payload. If it is too far from the mounting flange, the payload capacity will be diminished. Check the manufacturer’s charts to determine the load limits.
Sectors Using Industrial Robots
- Automotive: For welding, assembly, painting, and material handling.
- Electronics: For precision assembly, testing, and inspection.
- Pharmaceutical: For packaging, material handling, and quality control.
- Food & Beverage: For packaging, sorting, and processing.
- Aerospace: For manufacturing, assembly, and inspection of components.
Key Features of Industrial Robotics
Here are some key features and applications of industrial robotics:
- Articulated structure: Robotic arms have multiple joints that mimic the motion of a human arm, providing them with the flexibility to maneuver into various positions and orientations.
- End effector: The end of the robotic arm features a tool or gripper that allows it to interact with objects in the environment.
- Sensors: Robotic arms may utilize various sensors, such as force/torque sensors and vision systems, to interact effectively with their surroundings.
- Control system: Robots function through software or programming languages that dictate their actions and movements.
Top Industrial Robotics Applications
- Assembly: Robotic arms can perform precise assembly tasks by manipulating parts, fitting them together, and securing them with fasteners.
- Welding: They are commonly used in welding applications to perform repetitive and precise welds, resulting in consistent quality and improved efficiency.
- Material handling: Robotic arms are utilized for tasks such as picking and placing objects, loading and unloading materials, and transferring items between different workstations.
- Packaging: They can be employed in packaging operations to sort, pack, and palletize products in a consistent and efficient manner.
- Machine tending: Robotic arms can tend to machines by loading and unloading parts, performing quality inspections, and operating control panels.
- Painting and finishing: They are used in painting and finishing applications to ensure even coverage and precise application of coatings.
- Inspection and testing: Robotic arms equipped with sensors and vision systems can perform inspections, measurements, and quality control checks.
Automation equipment that requires industrial robotics
Transform automotive and warehouse operations with industrial robots. Streamline tasks, enhance safety, and boost efficiency with our customized robotics solutions.
An example of a single industrial robotics cell will include:
- The industrial robot is selected based on payload capacity and reach, tailored to the company’s needs.
- Robot end-of-arm tooling, such as grippers or welding torches (*).
- Control panel including PLC or operator interface screen (HMI), safety circuits, motor starters, VSDs, etc.
- Cell guarding.
- Customized engineering for your system to complete the desired process.
- Safety equipment like door safety switches, light curtains, and laser scanners.
- Auxiliary equipment such as conveyors, deburring equipment, etc.
- Fabrication, assembly, setup, and toolpath programming.
- Installation and commissioning of the cell.
- Integration with your existing equipment.
- System-specific operator training.
- Programming or robot simulation based on customer requirements.
(*) Spindles, welding tooling, or more complex grippers, spraying equipment, and sometimes multiple tools with a tool changer.
Thinking creatively is our principle
Industrial robotics for manufacturing processes
Are you looking to purchase an industrial robot or a complete robotic system? Not sure which option is best for your company? We will address these questions and more in the following sections. Discover tips that can assist you in making the right decisions, or simply call us at 01235 823120, provide your project details, and we will offer options tailored to your specific manufacturing robot application.
The benefits of industrial robotics include increased productivity, improved product quality, reduced labor costs, enhanced workplace safety, and the ability to perform tasks that are challenging or dangerous for humans. Nonetheless, implementing industrial robotics requires careful planning, integration, and maintenance to ensure optimal performance and a high return on investment.
Industrial Robots ROI Calculator
Take advantage of our extensive expertise. Please consult with our engineers before deciding to purchase industrial robotic arms. Alternatively, visit our robotic calculator tool How much do Industrial Robots Cost? and Robot ROI Tool. Additionally, download the latest “Robotic Statistics“.
Robotic Programming
Programmable robots can revolutionize numerous industries by creating intelligent machines capable of performing a diverse range of tasks, navigating complex environments, and manipulating various objects. Industries benefit from using robots as they operate faster, are more precise, and can carry out tasks that are unsafe or monotonous, leading the way in their respective fields. Furthermore, programmable robots assist industries in becoming more productive, efficient, and enhancing product quality.
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Start, Sell, & Grow in Industrial Robotics
Industrial robotics offer numerous opportunities to improve efficiency and profitability. Research multiple robot integrators to find the right solution for you. Consider factors such as cost, functionality, reliability, and ease of use when selecting either a custom or off-the-shelf system. Remember to plan, research, and work hard to deploy industrial robotics in your business. By doing so, you will set yourself up to start, sell, and grow your business with greater efficiency.
