Stackable solenoid valve platforms

New compact valve platforms deliver high performance and flexible configuration for space-constrained pneumatic systems.
Feb. 23, 2026
2 min read
Courtesy of Spartan Scientific
Pictured from Left to Right: Spartan 1090 Valve, Spartan 1590 Valve.

Pictured from Left to Right: Spartan 1090 Valve, Spartan 1590 Valve.

Youngstown, OH (Spartan Scientific release) — Spartan Scientific recently announced the release of its NEW Series 1090 and Series 1590 stackable solenoid valve platforms, engineered to deliver precise compressed air control in compact, high-performance electro-pneumatic systems.

Designed for OEMs and system integrators, both series address a common challenge in modern equipment design: maximizing performance while minimizing footprint. The Series 1090, a 10mm wide stackable valve, offers rapid, low-power switching and up to 50 million cycle life in clean, dry air applications. Its compact form factor makes it ideal for analytical instrumentation and automation systems where panel space is limited.

The Series 1590, a 15mm wide stackable platform, delivers larger flow capacity in a small footprint, with orifice options up to 1.5 mm and pressure capability up to 145 PSI. Designed for consistent, repeatable performance, it features IP65 environmental resistance, allowing it to perform reliably in humid or dirty conditions.

“These new platforms give engineers greater design freedom,” said Phil Muntean, product expert and engineer at Canfield Industries, parent company of Spartan Scientific. “By combining compact size, configurable stacking, and long service life, the Series 1090 and 1590 help customers build more efficient, reliable pneumatic systems.”

Both valve families feature modular, sub-base stackable configurations that simplify air routing, reduce installation complexity, and allow system designers to scale stations without redesigning the entire manifold. Available in multiple voltage and connection options, they provide flexibility for a wide range of control requirements.

For more information, visit www.spartanscientific.com