Tailor-made solutions for optimized automation
Robot integration requires high precision, adaptability and sustainable solutions. By using 3D printing, companies can optimize their robotic applications with customized components that are lighter, stronger and more cost-effective than traditional alternatives.
By 3D printing gripping tools and other robot components, you can speed up installation, lower production costs, and at the same time create tools with optimized designs.
Robot integration challenges – and how 3D printing solves them
Many manufacturing companies struggle with old machinery and low levels of automation. When custom tooling is to be manufactured, traditional methods such as CNC milling and injection molding are often used. These involve high production costs, long lead times and limited design freedom.
3D printing enables the production of grippers, fasteners and other robotic components faster and more cost-effectively. Lead times are drastically reduced, while each component can be optimized for the specific needs of the robot. This opens up the door to more adaptable and sustainable automation solutions.
How 3D printing optimizes robot integration
Additive manufacturing makes it possible to create components with unique properties that improve robot performance. By using optimized structures, parts can be manufactured with high strength and low weight, allowing robots to work faster and more energy-efficiently.
The benefits of 3D printing in robotic integration are numerous. By eliminating the need for expensive molds and long production cycles, companies can quickly develop and implement new solutions. This is especially valuable when developing grippers, fasteners, and sensor holders that must be precise and adaptable.
Customized components for robot integration
With 3D printing, gripping tools can be designed to handle delicate or irregularly shaped objects, reducing the risk of damage in production and logistics. Complex mechanical parts can be manufactured to fit precisely into existing robotic systems, without the need for costly redesigns.
Examples of 3D printed components for robot integration:
- Grabbing tools with specially designed attachment points
- Holders for sensors and cameras that improve precision
- Lightweight structures that reduce energy consumption
- Durable fasteners for industrial robots
By replacing metal components with 3D printed polymers such as PA 12, weight can be reduced while maintaining durability, contributing to increased performance and longevity of the robot.
A smooth robot integration
With 3D printing, companies can drastically reduce the development time for new robotic solutions. Components that previously took weeks to manufacture can now be produced and tested in just a few days. In the event of downtime, spare parts can be quickly replaced through 3D printing, reducing downtime and ensuring efficient robot integration.
By using additive manufacturing, companies can also create prototypes in the early stages of development and make adjustments without having to invest in expensive tooling or production lines, providing a more flexible and cost-effective development process.
Optimized design and function for robot integration
3D printing opens up new design possibilities that traditional manufacturing cannot offer. Built-in cable channels, modular attachment points and moving parts can be integrated directly into the print, reducing the need for post-processing and assembly.
By optimizing component geometry, strength can be increased without increasing material consumption. This is especially important for robotic integration where every gram counts to maximize performance and efficiency.
AM Printservice solution for robot integration
With expertise in additive manufacturing, we offer tailored solutions for companies looking to optimize their automation. By combining advanced 3D printing with high-quality materials, we ensure that every component meets industry requirements.
The process begins with a needs analysis where the customer's specific requirements are identified. A CAD model is then developed and optimized for 3D printing. The printing itself is carried out with high precision, and each component undergoes rigorous quality control before delivery.
Tailored 3D printing for the robot integration of the future
The need for flexible, sustainable and cost-effective solutions in robotics is constantly increasing. By using 3D printing, companies can develop innovative solutions that improve both performance and efficiency, while lowering costs and reducing lead times.
Want to improve your robot integration with customized, 3D-printed components? Contact AM Printservice Nordic AB today to discuss how we can optimize your robot solutions. Email us at info@amprintservice.com or call 010-788 83 50.
