+7 (812) 645-08-06
Motorized 2-axis linear positioning stages
select brand
XY positioning table - CM XY series
The CM XY Series of XY Positioning Table, manufactured by CAD, is specifically designed for micro positioning where...
XY positioning table - CM XY series
The CM XY Series of XY Positioning Table, manufactured by CAD, is specifically designed for micro positioning where minimal thickness is needed. It can be generated without fixing holes and with a short vernier scale. This device is suitable for use with a screw or nut drive system with a 1 mm pitch.
Moreover, this product has an available displacement speed between 0 to 200 rpm. It is also mainly used in short vernier scale and roller counter.
Moreover, this product has an available displacement speed between 0 to 200 rpm. It is also mainly used in short vernier scale and roller counter.
Electric XY stage - 22 - 25 N, 15 mm , 111 x 112 x 86 mm | XY Series
The high-precision and high-speed XY stages from Smac vary from units with compact overall dimension of only 65 mm x 65 mm x 81 mm. They provide drive zero backlash systems, controllable with...
Electric XY stage - 22 - 25 N, 15 mm , 111 x 112 x 86 mm | XY Series
The high-precision and high-speed XY stages from Smac vary from units with compact overall dimension of only 65 mm x 65 mm x 81 mm. They provide drive zero backlash systems, controllable with...
Electric XY stage - 42 N, 25 mm , 125 x 125 x 65 mm | XY series
The XY series, manufactured by SMAC Moving Coil Actuators® is a 42 N, 25 mm , 125 x 125 x 65 mm electric XY stage utilized in a rapid...
Electric XY stage - 42 N, 25 mm , 125 x 125 x 65 mm | XY series
The XY series, manufactured by SMAC Moving Coil Actuators® is a 42 N, 25 mm , 125 x 125 x 65 mm electric XY stage utilized in a rapid...
Positioning system / twin shaft
The movement systems from C.T.S. indicate a number of acceptable solutions for 2-axis (X-Y) horizontal movement. If the...
Positioning system / twin shaft
The movement systems from C.T.S. indicate a number of acceptable solutions for 2-axis (X-Y) horizontal movement. If the user is looking for a good durability and optimum performance, the suitable solution is by placing two parallel guides at the bottom, and a cross piece placed above.
When this is impossible, the user can apply movement systems with a single axis at the bottom. However, this will result in insufficient durability and low performance.
When this is impossible, the user can apply movement systems with a single axis at the bottom. However, this will result in insufficient durability and low performance.