AUTOMATION & LINEAR MOTION

At Bales, our cutting-edge metal finishing solutions enhance the performance and durability of automation and linear motion components, from conveyor systems and arms to sensors. By combining advanced science with expert craftsmanship, we’ve been tailoring solutions which boost efficiency and reliability since 1978.

AUTOMATION AND LINEAR MOTION SOLUTIONS FAQS

Precision and efficiency are vital in automation and linear motion applications. Our coatings ensure the optimal performance of components in these sectors. This FAQ section addresses common queries about how our advanced solutions reduce wear, enhance longevity, and improve performance in automation components, aligning with the dynamic needs of the industry.

Why is Metal Finishing Important?

Metal finishing is crucial for a variety of reasons that impact both the aesthetics and functionality of metal components. Here are some key reasons why metal finishing is important:

Corrosion Resistance: Metal finishing, such as plating or coating, creates a protective layer that shields the metal from environmental factors like moisture, chemicals, and oxidation, thereby preventing or reducing corrosion.
Enhanced Durability: Finishing processes can increase a metal's resistance to wear, abrasion, and scratches, thereby extending the lifespan of components and ensuring they can withstand harsh conditions.
Improved Aesthetics: Finishing techniques can enhance the appearance of metal surfaces, providing a polished, decorative, or customized look that aligns with design preferences.
Smoothness and Lubrication: Finishing processes can create smoother surfaces, reducing friction and improving the performance of moving parts. Some finishes also provide built-in lubrication properties.
Improved Aesthetics: Finishing techniques can enhance the appearance of metal surfaces, providing a polished, decorative, or customized look that aligns with design preferences.

What is the Effect of Surface Finish on the Hardness of Metal?

Surface finish refers to the condition of a material's surface, which can range from very rough to highly polished. The effect of surface finish on production is influenced by factors such as material type, processing methods, and applied treatments.

Coating Impact: Applied coatings, such as plating or surface treatments, can modify the hardness of the surface layer independently from the bulk material. Coatings can add hardness, wear resistance, and other properties.

CASE STUDY: NIBORE™ Expands Mold Potential & Life

With the adaptation and implementation of automation in manufacturing, machines and systems can run 24/7. Due to this extended run time, a customer was facing excessive downtime due to mold sets, broken blade and ejector pin replacement, and customer delay.

READ CASE STUDY

“Reducing cycle time by 32% was huge—an immediate ROI.”