This year has long been expected to show long-term growth in the robotics industry. Automation is becoming much more accessible, and more companies have moved towards robot automation.
One of the problems with developing new robots and automated technology is the materials that go into them. You can’t make them solely out of durable steel, as they’ll get weighed down and become less efficient. On the flip side, plastics can’t handle as much stress or heat.
Here’s how carbon fiber can help build robots that are more affordable and can last longer.
Carbon Fiber Features
Modern-day carbon fibers are made out of either rayon, PAN, or pitch. All of these base materials give carbon fiber its signature tensile strength and thermal conductivity.
Some of the different features to expect include:
- High mechanical strength
- High stiffness
- Lighter weight than other sturdy metals
- Low thermal expansion
- Chemical resistance
These features of carbon fiber make the material very useful in producing items such as aerodynamics, construction, medical appliances, and even sporting goods.
The future of carbon fiber will include the expansion of the industry as well as increased use in new applications. You will also see more investment in carbon fiber recycling.
Challenges When Building Robots
One of the biggest challenges when building robots is finding new materials that can handle the roles they’re expected to fill. On top of that, new fabrication methods are necessary to cut costs when creating these specialized robot materials and parts.
For example, robots will ideally be able to handle weights far heavier than what the human body can handle. At the same time, they need to be light enough to function in practical settings.
At the same time, engineers want their materials to handle factors like high humidity and high heat.
Benefits of Using Carbon Fiber to Build Robots
One of the benefits of carbon fiber manufacturing is that it’s easy to mold. That means it’s useful for making more complicated or textured parts.
In addition, carbon fiber has more value than steel or aluminum due to its strength and lighter weight. The parts will last longer and need less replacing. It’s also resistant to corrosion, which could be a major obstacle in certain industries.
As such, you can expect carbon fiber robots to function for much longer without breaking down. They’ll require less maintenance, which means that carbon fiber robotics can focus more on improving upon the original design.
You can expect to see more use of carbon fiber in robotics as more advancements are made.
The Future of Carbon Fiber
In order to build robots that can stand the test of time, engineers are required to use materials that are more durable and last longer. Carbon fiber was designed specifically for its heat tolerance and has grown into one of the strongest materials you can use.
SMI Composites can help provide you with some of the highest-quality advanced composite manufacturing around. Our manufacturing options include autoclave curing, compression molding, tool construction, and more. Contact us to learn more about our services and request a quote.
