Compact Latching Solenoid
A fully encapsulated solenoid that used only a short pulse of current to actuate and drew no current to maintain state.
The compact latching solenoid was originally designed to control air flow for a durable medical equipment device used for patient care in hospitals and was configurable for specific vacuum or pressure ranges.
Typical Applications
Is our Compact Latching Solenoid the right fit for your application?
TLX Technologies partners with the world’s top brands, including OEMs and system suppliers. We can develop a solenoid or valve for your most challenging application. Contact us to discuss your project.
A Solenoid for a Durable Medical Equipment Device
TLX Technologies developed a compact latching solenoid for a device that helped patients avoid bedsores.
TLX Technologies is the go-to partner for the design and development of tomorrow's most advanced equipment and systems.
High Force, Long Stroke
When a high force coupled with a long stroke is required, custom solenoids designed by TLX offer an economical, long-lasting and durable solution.
Durable and Robust
To do the heavy work needed by many applications, TLX’s designs solenoids and valves for durability and strength.
Complex Environments
Design and optimization of solenoids and valves for environments including moisture, dirt and dust, vibration, and extreme temperatures.
Limiting Power Consumption
Solenoids and valves designed utilizing latching, peak & hold, or pulse width modulation control schemes to achieve minimal power consumption.
Minimized Footprint
Our engineers use their knowledge in solenoid design and materials to develop efficient solenoids and valves that utilize the best control scheme for your application, resulting in a minimized footprint.
Quick-Turn Customization
Depending on your application requirements, TLX can offer quick-turn customization on our existing solenoid base models, or if needed, a complete customization to meet your needs.
Are you designing the equipment and systems of tomorrow?
Start your conversation with a TLX engineer today.
