CM Series Cup-Type Mounts
CM Series are elastomeric cup mounts that provide superior shock and vibration isolation for a variety of applications, environments and mounting configurations. These mounts are ideal for use in very low load applications where portability and accessibility are required - electronic equipment, camera systems, control panels, and airborne and marine equipment systems. The CM Series cup mounts offer a low profile, lightweight, all-attitude design for flexible installation in numerous locations. The series are available in coldrolled, zinc-plated steel or aluminum housings to meet virtually any weight requirements. All metal surfaces have a corrosion-resistant coating for extra protection and durability.

GR/GC Series Plate & Cup-Type Mounts
GR/GC Series includes low profile, elastomeric mounts that provide superior shock and vibration isolation for a variety of applications, environments and mounting configurations. These mounts are ideal for use in very low load applications where portability and accessibility are required - electronic equipment, camera systems, control panels, small motors, and marine equipment systems. The GR/GC Series mounts are available in both cup or plate configurations. These mounts offer a low profile, lightweight, multi-attitude design for flexible installation in numerous locations. All metal surfaces have a corrosion-resistant coating for extra protection and durability.

LD Series Large Deflection Mounts
LD Series are mid-frequency isolators with a large deflection capability that provides both shock and vibration protection for a variety of stationary applications. These mounts can attenuate a 15g, 11-millisecond shock to 10g; and a 30g, 11-millisecond shock to 16g. The LD Series mounts are ideal for use in applications where vibration and shock are a concern - electronic equipment, camera systems and computers. Two different elastomeric element types are available in the LD Series. The standard elastomer that offers operating temperatures of -20 deg. F to +180 deg. F provides effective isolation in most applications.