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Electric Cylinders (or electro-mechanical cylinders) are captive linear actuators designed as a modular system. Due to lower maintenance costs, enhanced motion control, plus a long list of additional benefits, electric cylinders are rapidly replacing pneumatic cylinders in multiple industries.

Electric Cylinders (or electro-mechanical cylinders) are captive linear actuators designed as being a modular system.

Due to lower maintenance costs, enhanced motion control, and a long list of additional benefits, electric cylinders are rapidly replacing pneumatic cylinders in multiple industries. This handy linear motion product provides internal guiding and anti-rotation features well suited for z-axis and z-theta dual-axis designs. Another unique feature of the electric cylinder may be the tubular structure, which shields the leadscrew or ball screw from dust, dirt, and also other environmental factors, allowing it to operate in harsh conditions. Additional benefits include:

Accurate control over speed, position, and force

Smaller in size

Easy synchronization of multiple axes

Increased efficiency vs. hydraulic systems

Environmentally friendly (decrease in energy consumption, no utilization of oil, or hazardous fire resistance fluids)

Well suited for high-temperature and clean application environments

Longer product life

Easy installation

Smooth, quiet operation

Highly customizable

Engineers can configure electric cylinders with a wide array of options, including different mount types like trunnion mounts, mounting feet, and ISO plates.

End effector customizations include imperial or metric threaded ends, clevis, or internal threads to mount other adaptors specific for your project. Electric Cylinders may be built with lead screw drives to help keep costs low, prevent back driving, and offer anti-backlash options. Or, ball screws drives can be incorporated when higher efficiency and load-speeds are essential.

Standard electric cylinder sizes accept NEMA 17 and 23 motors in double or single stack lengths. Optional encoders can also be added. Other positioning accessories include home position sensors, limit sensors, end of travel sensors, and linear potentiometers. When newer linear motion is necessary, adding a servo motor will produce more consistent torque across a wide range of speeds. Smart motors are an alternative choice and supply a plug-and-play choice for an onboard drive and programmable controller. These numerous configuration options make electric cylinders unique and highly-customizable linear motion products.

Common ways to use electric cylinders are located in the packaging and food processing industries. Other applications include pick-and-place lab automation functions, semi-conductor/wafer processing, and in the farming and agricultural industries. We now have and interface of electric cylinder linear actuators provide quick, economical change-overs and broader functionality, causing them to be an intelligent choice for a variety of linear motion systems.

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