GENESIS CRZ FT
The CRZ FT is a compact system ideal for small to medium parts. The CRZ FT can be configured as a single station or dual station system. Each station can be equipped with either a flat table or tru...
GENESIS CRZ FTS
side by side two station system with flat tables or minor servo axis and manual sliding safety doors. Slimmer in width than the traditional CRZ FT. Also available in a single station configuration.
GENESIS GENS 3X
Three Axis indexing turntable with servo drives and rear or bridge mounted robot(s)
GENESIS GENS FW
Ferris wheel with all servo drives. Robot(s) mounted behind positioner or overhead on mezzanine. Can satisfy longer tool lengths than the GenS FWS
GENESIS GENS FWS
Ferris wheel with all servo drives. Robot(s) mounted behind positioner or overhead on mezzanine. Slimmer design with smaller tool length than the GenS FW.
GENESIS GENS XT
Flat 180-degree indexing turntable with servo drive and rear mounted robot(s)
GENESIS GENS XTC
Flat 180-degree indexing turntable with servo drive and center mounted robot(s)
GENESIS NSPECT 110
The NSpect 110 is a single-station, single robot inspection system designed for the non-destructive inspection industry
GENESIS NSPECT 210
The NSpect 210 is a two-station, single robot inspection system designed for the non-destructive inspection industry.
GENESIS VERSA 2
The Versa 2 is a two-station system designed for low to medium part volumes and high change over applications.
GENESIS VERSA 2H
GENESIS VERSA 3M
GENESIS VERSA 3M3
The Versa 3M3 pneumatic three-axis turntable system can handle high-volume production of parts that require repositioning during the weld cycle.
GENESIS VERSA 4M
The Versa 4M a pneumatic driven ferris wheel system is designed to handle large or multiple high volume production parts.
GENESIS VERSA RC3L
The Versa RC3L center mount robot design maximizes the utilization of the robot work envelope placing the robot in the center of the three-axis turntable and closer the workpiece.
GENESIS VERSA RC3L XM
The Versa RC3L XM center mount robot modular design maximizes the utilization of the robot work envelope placing the robot in the center of the three-axis turntable and closer to the workpiece.
