From Plastic to Perfection: Unlocking the Power of Finishing Operations
In the world of plastic transformation, sometimes the application demands more than just the production process. Finishing operations play a crucial role in adding the final touch of perfection to plastic parts. At our company, we understand the significance of these operations and offer a range of options to elevate your plastic components to new heights.We can identify the produced parts by engraving, ink printer or laser. Together with our specilized partners we can also offer metallized parts or marked parts by tampography.
Ultrasonic cleaning of technopolymer parts.
To ensure the highest quality of its products, Geartec offers an advanced industrial ultrasonic cleaning system.
This process effectively removes machining residues, microparticles, dust, and traces of oil that can accumulate on parts during production.
Ultrasonic technology utilizes the phenomenon of cavitation, generated by high-frequency sound waves within the cleaning liquid. The microbubbles that form and collapse release energy capable of removing impurities even in the hardest-to-reach areas, such as cavities, edges, and complex geometries.
The result is a deep, uniform, and non-abrasive cleaning process that preserves the integrity of the material and ensures perfectly clean components, ready for subsequent stages of use or assembly.
Thanks to this process, Geartec ensures high standards of quality, reliability, and an additional level of safety for every polymer component.
Micro-shot peening finish for engineering polymer parts.
Cleaning and finishing of high-precision polymer components.
During the machining of engineering polymers, such as PEEK, burrs and micro-imperfections frequently form on components along edges, corners, and complex details. Even when the part is dimensionally correct, these imperfections can compromise the final quality, aesthetics, and, in some cases, the proper functioning of the component.
Advanced deburring and finishing technology, using micro-shot peening, allows for precise and controlled intervention to eliminate these irregularities, significantly improving the quality of the finished part.
Through a targeted process, the machine acts on the critical points of the component—sharp edges, contoured surfaces, and complex geometries—removing burrs without altering the dimensions or material properties.
The result is a component that is:
- perfectly finished
- free of burrs and imperfections
- with clean and precise geometries
- ready for high-reliability applications
This operation is not merely a finishing step, but a true value-added process for the component, capable of improving the performance, perceived quality, and reliability of the final product.
