In the robotic industry, high mechanical stress can be a significant issue for the independent movement of the robots. Torsional and tensile stresses are the factors that regular cables fail to overcome as robot cables. Robotic arms and components bend millions of times, and standard jacketed cables cannot survive in such applications.
Industrial machine and factory robot arm
CLOOM Tech can help you with custom cable manufacturing for the robotic industry as per the project requirements. The requirements can vary depending upon the chemical exposure and the temperature of the industrial settings. Here is how torsional mechanical cables can solve common automated cable issues:
1.Correct Torsional Cabling for Industrial Robotics
To withstand a million cycles of bending in the industries, robotic cables must have a unique design. Quality and reliability are not the only options that you need to consider. The method of the wires is the factor that decides the quality of the cables. Without an optimized and flexible design, these cables are going to collapse soon.
Torsional robotic cables are advance with optimized and flexible design. Every component, including material, shield construction, and jacketing, can compensate for the changing angles and diameter. Correct cables mean that the cable can handle complicated robotic movements. In the meantime, the quality of the cable should also stay intact to offer a long lifespan. Not only for the power supply but also data transmission, industrial robots require special data transmission cables. Within the given range, torsional robotic cables offer efficient data transmission.
Robot arm for industry isolated included clipping path
During the robotic movements, cables have to withstand different types of mechanical stresses too. In industrial robotics, these are the common types of mechanical stress:
- Torsion mechanical stress
- Centrifugal force
Even with an optimized and advanced design, you cannot be 100% sure that the cables will last longer. For the quality of the torsional robotic lines at CLOOM Tech, we have torsion test standards of testing cables before delivering them to the client.
2.Torsional Robotic Cables—Flexing vs.Twisting of Cables
If you are looking for cables for your robotic industry, make sure you are clear about the applications. The selection of the correct line highly depends upon the environment where you want to deploy those cables. Industrial teams and technicians must be able to differentiate between the flexing cables and the torsional cables. Flexing cables are suitable for industries where only bending is the primary concern. The torsional robotic wires are the only option for the operational settings where continued longitudinal twisting is also an essential factor in bending. In most industrial robots, the robotic arm moves back and forth while bending at different angles.
Most torsional robotic cables are available for specific torsion angles and don’t fit into custom projects. If your required grades are not available in the market cables, customizing them is a good choice. While ordering the custom them, make sure that you deliver accurate parameters to the manufacturer.
Industrial robot welder welding
Most of the engineering teams tend to overlook the need for torsional robotic cables for projects. Not only are they different from static wires in terms of design in quality and performance too. The lifespan of the can vary depending upon various situations and external factors. If you are looking for robotic cables for the chemical industry, ensure that the protective material can offer the required chemical resistance.
Even if the standard cables are flexible enough for bending, the internal components like conductors can disintegrate with the movement. In the case of single-component disintegration, the robot will stop working. Everything considered torsional robotic cables are the only power supply option that can integrate with the mechanical movements in the industry.
3.Accurate length of Torsional Robotic Cables
For the accurate movement of the robotic cables, the correct length of the torsional mechanical lines is a fundamental factor. The right size means that the cord should not be too long but long enough to offer movement in the critical area. If the cable is too short, it will restrict the direction of the line and make the connection difficult. For the thread’s link, you will have to bend the cables many times at different angles. If the cable length is not according to the requirements, you won’t connect the wires correctly.
Although short cables can be a problem in industrial robots, too lengthy wires are also not the solution. Long wires can be hard to manage, too, as you will have to use a lot of wiring harnesses, and that might not be possible as per the robotic movement. For better mobility and optimized cable management, the précised cable length is the only option.
Torsional Robotic Cables
If you don’t get to analyze the exact length of the industrial robots, you will pay more. Lengthy cables are sly going to be more expensive, and you don’t need the extra size. Hence, custom torsional robotic cables have an exact length as per the project requirements. Most of the industrial units prefer to analyze the working of the robots by using simulations. Using these kinds of technologies can give you an idea about the actual working of the robot. Once you know the real-time behavior of the robot in the working environment, we can take control from there.
4.Torsional Robotic Cables—Firm But Not Rigid Cables
Flexible torsional robotic cables don’t mean that you need to use low-quality wires to achieve the required flexibility. Securing the cables from external is essential, but the jackets must not be rigid. If the cables are too tight, a little exceptional movement from the main course will sabotage the working of the components. Cables must be firm so that other lines don’t get twisted with each other.
Rigid cables are more vulnerable to failure and damage, so the proper installation of torsional robotic lines matters a lot. Over clamping of the wires can also restrict automated mobility, and for that purpose, custom cable assemblies are available. The installation process can also create many problems, twisting the cables and using too many ties.
Robotic arm for packing
If integrators install the cables too tight, it will not leave enough space for the torsion movement. Most of the torsional robotic lines break due to the wrong installation of the wires. Using rigid jackets to secure power supplies is another mistake that can result in project failure.
5.Torsional Robotic Cables—Six-axis Movement of Cables
The days are gone when robots could perform back and forth movements only. In today’s industry, the robotic industry has revolutionized every sector of life with intelligent, automated robots. These robots can perform different applications in a given course. Robots and mechanical systems have other applications in various industries where the work environment can be variable. For maximum efficiency, robots can perform a six-axis motion that involves many cycles of banging and twisting.
For industrial robots with a six-axis movement, CLOOM Tech manufactures unique designs for torsional robotic cables. These cables can work in a synchronized manner with the other components of the wires. We use particular elements in the torsional mechanical lines that can bend up to 180%. Custom cables enable the robotic arms to perform free movements from different angles without tensile load.
CLOOM Tech believes in delivering custom cable assemblies and wiring harnesses to the commercial and industrial teams. No matter your project requirements, our genius designers and engineers can always meet your project specifications. In terms of durability and functionality, we deliver the best services for torsional robotic cable manufacturing.