Hydraulic oil cleanliness is critical to industrial performance. In automotive plastics manufacturing, contaminated oil can lead to costly downtime, frequent maintenance, and reduced equipment lifespan. One U.S.-based manufacturer faced this exact challenge - until a more brilliant filtration strategy transformed their operations. 👉 VIEW THE CASE STUDY The Problem: Contaminated Hydraulic Oil Disrupts Production This manufacturer’s molding presses were operating with dangerously high contamination levels, with oil testing at ISO 24/23/21. Their existing filter elements , despite being from a well-known brand, failed to deliver consistent performance. The issues included: Low dirt-holding capacity Frequent filter replacements Hard-to-access filter locations Increased risk of hydraulic failure These inefficiencies drove up maintenance costs and caused repeated production delays. The Solution: Partnering for Smarter Filtration To address the issue, Scott Industrial Systems teamed up with Schroeder Industries to implement a high-efficiency, cost-effective filtration strategy. The collaboration focused on both lab validation and real-world application to ensure long-term success. Key Actions Taken: Conducted side-by-side lab testing of filter elements Introduced multi-layer filtration technology Deployed Total Fluid Condition testing, filter carts, and duplex assemblies Replaced old filters with Schroeder elements (3µm, 5µm, 10µm) Upgraded dehydrator filters for system-wide consistency The Results: Cleaner Oil, Better Performance The impact was immediate. Oil cleanliness improved to ISO 16/14/11, leading to: Reduced maintenance frequency Fewer hydraulic failures Improved equipment uptime Lower overall operating costs The success of this solution led to its adoption across multiple facilities, setting a new internal standard for hydraulic oil cleanliness. Why It Matters Upgrading to high-performance filtration systems doesn’t just protect your equipment; it also drives efficiency, reliability, and cost savings. This case study proves that more innovative filtration can be a game-changer for manufacturers relying on hydraulic systems. SCOTT delivers more than just components - we provide comprehensive fluid power solutions backed by rigorous testing, validation, and proven results. 👉 Ready to improve your hydraulic oil performance? Contact our team today to learn more about our filtration solutions.

Discover how Scott Industrial Systems used FANUC robotics, KEYENCE 3D vision, and adaptive tooling to boost efficiency, precision, and flexibility in automotive manufacturing.

A major infrastructure upgrade was underway near Asheville, North Carolina, where a key section of Interstate 40 is being replaced to ensure long-term reliability and safety for one of the region’s busiest corridors.

The SCOTT team is grateful for the technical support and valued products from Poclain. Poclain is an independent industrial group specialized in the design, manufacture, and marketing of efficient hydrostatic and electrohydraulic transmissions headquartered in France.

Scott Industrial Systems announces the acquisition of Automated Engineered Solutions (AES), an automation company headquartered in Oberlin, Ohio. This marks a significant milestone in SCOTT’s continued growth, deepening its expertise in industrial automation, custom machinery, & advanced engineering solutions.

Pneumatics have played a crucial role in the evolution of aviation, dating back to the early 20th century. By the 1920s and 1930s, as aircraft design advanced rapidly, pneumatic systems emerged as a practical solution for enhancing performance and reliability, especially when weight was a critical factor.

When it comes to fluid power solutions, having the right certifications and capabilities can make all the difference. That's why at Scott Industrial Systems, we take immense pride in our Danfoss Certification and Build Center.

To achieve the precise range of speeds and torque required for heating rails, a combination of hydrostatic drive and mechanical linkage systems was deployed. This setup ensures sufficient power to move the system across the rails at controlled speeds, even on inclines.