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Chinese The Global Industrial Robotics Market was calculated at $38 billion in 2020 and is forecasted to reach $163 billion by 2032. This report shows the growing demand for programmable robotic arms in different industries, including packaging, injection molding, and manufacturing.
Brands are using programmable robotic arms to automate risky and tedious tasks. This reduces error and puts less load on workers, and speeds up the production process. A robotic arm can be programmed to do exactly what your process requires, from lifting and placing products to handling delicate parts.
But the problem is finding the right one. Are you also confused about how to choose the right programmable robotic arm for your business? Fret not! This article will help you make that choice clearly. So, let’s get right into it.
What Factors Should You Consider When Choosing a Programmable Robotic Arm?
There are some factors you should consider when choosing a programmable robotic arm. Let’s go through them one by one.
Understand Your Business Needs
First things first. Ask yourself why you need programmable robotic arms. Is it for manufacturing, material handling or injection molding? A company manufacturing packaged food will have different requirements than one working in the automotive industry. Be clear about your goals so you end up investing in something you wouldn’t be using.
Key Specifications
Here are some technical specifications you can check while ordering programmable robotic arms for your venture.
- Payload Capacity
It tells you how much weight the arm can handle.
- Reach and Working Envelope
It decides how far the arm can move within a workspace.
- Precision and Repeatability
It matters if you’re working on small, detailed parts where even a millimeter error could cause problems.
- Speed and Cycle Time
Speed matters because it decides how quickly tasks get done. The cycle time is simply the time a robotic arm takes to finish one full task. For example, if your goal is fast pick-and-place work, you’ll need a programmable robotic arm with a short cycle time so it can keep pace with your production line.
Choosing the Right End Effector
The end effector, often called the “hand” of the robotic arm, makes a big difference. For instance, a gripper is ideal for picking and placing items, while a welding tool works for the automotive or metal industries. Picking the right end effector ensures the arm can actually perform the tasks you need.
Integration and Safety Features
When investing in a programmable robotic arm, it is important to think about how well it will connect with the systems you already use. A good arm should link smoothly with conveyors, sensors, or production software so your workflow is not interrupted.
Safety cannot be overlooked. Check if your potential product has features such as collision detection and emergency stop buttons. They will prevent accidents and protect both workers and equipment.
Cost, ROI, and Supplier Support
Purchasing programmable robotic arms for your company is a long-term investment investment and. So, think beyond the price tag. Analyse return on investment (ROI). Will it fasten production, reduce labour cost or refine the process? Also, consider the supplier’s support…maintenance, training, and spare parts can make or break the success of your purchase.
Recommended programmable robotic arms for Your Business
If your business involves injection molding, packaging, or assembly lines, here are certain products from Samfacc that stand out for their balance of speed, precision, and reliability.
（1）High Speed Robot SFK Series
It is designed for fast pick and place tasks. This series is ideal for packaging and high-volume production lines where speed is the top priority.
（2）High Speed Robot SFK-WD Series
It offers wider coverage and dual-arm handling, making it suitable for businesses that need to move more products within the same cycle.
（3）Standard Robot SF and SFN Series
A cost-effective choice for businesses looking for stable and consistent performance in assembly, manufacturing and material handling.
Conclusion
The right programmable robotic arm can cut errors, save time, save your money eventually make production smoother. When you match the specifications with your goals, the investment pays off. Check out Samfacc’s programmable robotic arms to find a solution built for your business needs.
