In today’s competitive industrial landscape, performance and precision are non-negotiable. Whether you’re working in manufacturing, food and beverage packaging, or water and wastewater treatment, equipment needs to run faster, more reliably, and with greater efficiency than ever before. That’s where ASCO Numatics solenoid valves, available through Lakeland Engineering Equipment Company, make a difference.

Engineered for Speed and Reliability
ASCO’s solenoid valves are designed with speed in mind. With ultra-fast response times and minimal power consumption, these valves are ideal for high-speed automation applications where split-second timing is essential. From bottling lines to pneumatic actuators, ASCO valves ensure you get precise control over fluid and air movement, improving overall cycle times and production output.
Reliability is another area where ASCO stands out. With decades of engineering experience and a focus on high-performance materials, these valves are built to endure harsh conditions—whether that’s caustic cleaning solutions in a food plant or demanding duty cycles in a wastewater facility. Fewer failures mean less downtime, reduced maintenance costs, and peace of mind for your operators.

Compact and Configurable for Tight Spaces
Space is at a premium on most machines. ASCO Numatics solenoid valves are designed to deliver powerful performance in compact form factors. Their modular design makes them easy to integrate into complex systems without taking up unnecessary real estate. From standalone valves to manifold assemblies, ASCO’s flexible solutions help OEMs and system integrators create efficient, space-saving designs.
Supported by Lakeland’s Expertise
At Lakeland Engineering, we do more than supply components—we work with you to solve problems. Our team can help you select the ideal ASCO solenoid valve based on voltage, media type, response time, and system requirements. We also offer fast access to inventory and application support, so you can keep your automation projects moving forward.