Ventura, California, Sutherland Presses has announced a forward-looking roadmap for the next generation of hydraulic forming, introducing its energy-smart Servo Hydraulic Fluid Management System, an expanded KC CPS-Series of Servo Hydraulic Gap Frame Presses, and dedicated Servo Hydraulic Composite & Ceramic Presses.
Together, these technologies elevate precision, efficiency, and sustainability across metalforming, molding, composite, ceramic, and high-precision assembly applications, delivering faster cycles, lower energy use, and stable, repeatable performance.

At the core of Sutherlandās announcement is its Servo Hydraulic Fluid Management System powered by I-PRESSĀ® Intelligent Controls. The system adjusts pump speed, flow, and pressure only when required by the forming process. Key advantages include:

I-PRESSĀ® provides full digital command of position, speed, and pressure, creating tightly defined forming windows that repeat from first-off to last-off parts. Real-time diagnostics, job memory, analytics-ready data logging, and intuitive touchscreen operation help teams reduce setup time, reinforce repeatability, and integrate seamlessly into plant networks for Industry 4.0 initiatives.
Maintenance, quality, and production teams gain clear visibility into performance trends and process health.

Sutherland reports up to 60% lower energy consumption compared with conventional hydraulic systems when utilizing Servo Hydraulic Fluid Management. The systemās on-demand actuation results in:

The KC CPS-Series now includes CPS-30, CPS-60, CPS-100, CPS-165, and CPS-220-ton models, bringing servo hydraulic performance to a compact, rigid gap-frame platform designed for forming, molding, ceramics, composites, and assembly. Each machine features a high-rigidity welded frame, I-PRESSĀ® touchscreen controls, and programmable speed, dwell, and force profiles that make complex operations clean, quiet, and reliably repeatable.

Engineered for fast deployment and stable operation, the CPS-Series gives production teams measurable gains:
ā
Sutherlandās Servo Hydraulic Composite & Ceramic Presses address the demands of carbon fiber, SMC, BMC, thermosets, and ceramic componentsāapplications where lightweighting, strength, and repeatability are critical. With full-tonnage servo control throughout the stroke and up to 60% energy savings, these presses support compression molding, RTM, and other advanced composite processes. Typical build times are 8ā10 months for 30ā200 ton machines and 12ā15 months for larger systems.

Across the hydraulic portfolio, I-PRESSĀ®-enabled systems support centralized data logging, analytics, and remote monitoring. Machines connect easily to automation cells, PLCs, MES platforms, and enterprise systems, providing the transparency needed for predictive maintenance, compliance documentation, and real-time process optimization. Closed-loop adjustments help maintain tight tolerances and stable quality at production speed.

These new technologies reinforce Sutherlandās long-standing commitment to presses that deliver precision, efficiency, and long-term reliabilityāstroke after stroke. With proven servo hydraulic architecture, rigid mechanical design, and a controls-first engineering philosophy, the company positions its portfolio as a scalable path to lower total cost of ownership, stronger sustainability metrics, and consistent high-quality output across diverse forming environments.

Ready to experience the next generation of forming?
Schedule a demo or application review with our technical team today.
š© Email: info@sutherlandpresses.com
āš Website: www.sutherlandpresses.comā
š Phone: +1 (310) 453-6981
š Headquarters: Ventura, California, USA
ā


Ventura, California, Sutherland Presses has announced a forward-looking roadmap for the next generation of hydraulic forming, introducing its energy-smart Servo Hydraulic Fluid Management System, an expanded KC CPS-Series of Servo Hydraulic Gap Frame Presses, and dedicated Servo Hydraulic Composite & Ceramic Presses.
Together, these technologies elevate precision, efficiency, and sustainability across metalforming, molding, composite, ceramic, and high-precision assembly applications, delivering faster cycles, lower energy use, and stable, repeatable performance.
