Built on the foundation of long-life products for industrial automation, PHD Optimax® products are actuators designed to meet machine builders’ performance requirements at a competitive price. These economical, efficient, and reliable actuators provide customers with an alternative choice to PHD’s standard “built-to-order” product line, delivering even more solutions to meet industrial application needs.
PHD Plus® Series ECP Electric IP69K Cylinders are available in either ball screw or lead screw (polymer nut) versions, providing a wide range of high thrust or high speed capabilities. These performance electric cylinders are designed for food processing and packaging equipment utilized in high pressure/high temperature washdown and clean-in-place (CIP) environments.
Series ESFX Electric Linear Slides feature a ball screw design providing superior speed and load/moment performance in a saddle type actuator. Along with other PHD electric and pneumatic solutions, these linear slides can combine to create virtually any system to meet your Cartesian robot needs. The flexibility of Your Motor, Your Way provides the freedom to use familiar motors and controls, making this linear slide the optimal solution for the most demanding automation applications.
Rod-style electric cylinders with ISO and VDMA mounting interfaces in either ball screw or lead screw models. These performance electric cylinders are available in a variety of sizes with two screw configurations per size, as well as a version with a non-rotating rod. The Your Motor, Your Way system allows for flexibility in the choice of motor and controls and is available in both an inline or foldback configuration.
Built on the field proven Series GRR chassis, the electric version offers many of the same benefits as the pneumatic with the design and flexibility of Your Motor, Your Way. This heavy-duty end effector’s rugged design and jaw construction can withstand high impact and shock loads. Series EGRR Grippers are designed for gripping large objects in demanding industrial applications.
Features modular saddle mounting and is powered by PHD’s ECVA Electric Cylinder. Your Motor, Your Way provides flexibility in motor options and includes both inline and foldback mounting. Precision ball screw or lead screw models are offered in two lead configurations per size, optimized for speed or thrust performance. Oversize guide shafts with TC bushings provide maximum rigidity. Series ESG Linear Slides are designed for handling high loads for long travel lengths.
Series ESK/ESL Electric Thruster Slides feature the option of a short or long body and are powered by PHD’s ECVA ball screw or lead screw electric cylinders. These cantilever slides provide best in class load carrying capability resulting in smooth operation over longer travels with minimal deflection. Your Motor, Your Way provides additional flexibility in motor options and includes both inline and foldback mounting. Precision ball screw or lead screw models are offered in two lead configurations per size, optimized for speed or thrust performance. Series ESK/ESL Slides are designed for versatile all-around linear performance with a wide assortment of options.
Series EGRK Heavy Duty Parallel Electric Grippers provide the highest grip force and moment capacity in their class of electric powered end effectors. A wear-compensating jaw guidance system enables precision jaw movement throughout the life of the unit. To simplify installation, an optional pre-programmed controller is available. Series EGRK Electric Grippers combine performance, precision, and ease of use for many industrial applications.
Series GRME Electric Workholding Clamps are ideal for sheet metal clamping and feature a simple design, clamp force up to 250 pounds, and durability. Units are available in 13 jaw styles, 24 jaw openings, and include many options for mounting, switches, and tips. This electric clamp has integrated the controller into the motor cover to protect the controller from physical and electrical damage. Series GRME Clamps offer the best price, design, and delivery for solutions involving the transfer of sheet metal or other like objects.