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E-NFZ240-Z series (Z-axis high-precision linear motor stage)
● Design Features
● Designed for high-performance scanning and inspection
● Active air preload on all air-bearing surfaces
● Linear encoder feedback provides sub-nanometer resolution
● High stiffness for heavy loads and excellent geometrical performance
● with travels from 50 and 100 mm
● Integral counterbalance
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E-LMT145-Z (High precision Nano Motorized Stage) Vertical Z axis Linear Motor Stage
● Design Features
● Designed for high-performance scanning and inspection
● Active air preload on all air-bearing surfaces
● Linear encoder feedback provides sub-nanometer resolution
● High stiffness for heavy loads and excellent geometrical performance
● with travels from 50 and 100 mm
● Integral counterbalance
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E-Linear motor stage and controller ELMT-MINIXY
ELMT-MINIXY series has extremely compact dimensions and excellent dynamic performance, especially suitable for those who are sensitive to space size, At the same time, it is hoped to have a larger stroke and higher precision application scenarios.
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E-SST160-Z50 Z-axis stepper motor lifting table
● Vertical motion range 25 or 30mm
● min step to 100nm
● load capacity to 6 kg
● Direct-measuring linear encoder option
● Stepper motor drive
● cross ball rails
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E-ABVT-Z Vertical axis air bearing stage
● Vertical motion range 20 or 38mm (1/2″)
● Positioning repeatability to 10nm
● load capacity to 6 kg
● Direct-measuring linear encoder option
● Voice motor drive
● Air bearing rails, cross ball rails can also be used
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E-GLMT-XY (High Precision Linear Motor Stage) XY Linear motor stage
● Linear motors
● Linear motors are electromagnetic direct drives. They dispense with mechanical components in the drivetrain and transfer the drive force directly and friction-free to the motion platform. The drives reach high velocities and accelerations. Ironless motors are particularly suitable for positioning tasks with the highest demands on precision because there is no undesirable interaction with the permanent magnets. This allows smooth running even at the lowest velocities and at the same time, there is no vibration at high velocities. Nonlinearity in control behavior is avoided and any position can be controlled easily. The drive force can be set freely.
