This is a high-accuracy, smooth-operating 2-axis goniometer stage that uses a crossed roller for the travel guide and a worm gear for the feed mechanism. Ideal for frequent operation.[Features]· A wide variety of variations· In addition to having a vernier scale on the side, the clamping position can be selected from L or R to suit the installation location.[Use]· Precision adjustment of camera, microscope, sensor, and optical components· Positioning in the production, assembly, and inspection p
This is a high-accuracy, smooth-operating 2-axis goniometer stage that uses a crossed roller for the travel guide and a worm gear for the feed mechanism. Ideal for frequent operation.[Features]· A wide variety of variations· In addition to having a vernier scale on the side, the clamping position can be selected from L or R to suit the installation location.[Use]· Precision adjustment of camera, microscope, sensor, and optical components· Positioning in the production, assembly, and inspection p
This is a high-accuracy, smooth-operating 2-axis goniometer stage that uses a crossed roller for the travel guide and a worm gear for the feed mechanism. Ideal for frequent operation.[Features]· A wide variety of variations· In addition to having a vernier scale on the side, the clamping position can be selected from L or R to suit the installation location.[Use]· Precision adjustment of camera, microscope, sensor, and optical components· Positioning in the production, assembly, and inspection p
This is a high-accuracy, smooth-operating 2-axis goniometer stage that uses a crossed roller for the travel guide and a worm gear for the feed mechanism. Ideal for frequent operation.[Features]· A wide variety of variations· In addition to having a vernier scale on the side, the clamping position can be selected from L or R to suit the installation location.[Use]· Precision adjustment of camera, microscope, sensor, and optical components· Positioning in the production, assembly, and inspection p
This is a high-accuracy, smooth-operating 2-axis goniometer stage that uses a crossed roller for the travel guide and a worm gear for the feed mechanism. Ideal for frequent operation.[Features]· A wide variety of variations· In addition to having a vernier scale on the side, the clamping position can be selected from L or R to suit the installation location.[Use]· Precision adjustment of camera, microscope, sensor, and optical components· Positioning in the production, assembly, and inspection p
This is a high-accuracy, smooth-operating 2-axis goniometer stage that uses a crossed roller for the travel guide and a worm gear for the feed mechanism. Ideal for frequent operation.[Features]· A wide variety of variations· In addition to having a vernier scale on the side, the clamping position can be selected from L or R to suit the installation location.[Use]· Precision adjustment of camera, microscope, sensor, and optical components· Positioning in the production, assembly, and inspection p
This is a high-accuracy, smooth-operating 2-axis goniometer stage that uses a crossed roller for the travel guide and a worm gear for the feed mechanism. Ideal for frequent operation.[Features]· A wide variety of variations· In addition to having a vernier scale on the side, the clamping position can be selected from L or R to suit the installation location.[Use]· Precision adjustment of camera, microscope, sensor, and optical components· Positioning in the production, assembly, and inspection p
This is a high-accuracy, smooth-operating 2-axis goniometer stage that uses a crossed roller for the travel guide and a worm gear for the feed mechanism. Ideal for frequent operation.[Features]· A wide variety of variations· In addition to having a vernier scale on the side, the clamping position can be selected from L or R to suit the installation location.[Use]· Precision adjustment of camera, microscope, sensor, and optical components· Positioning in the production, assembly, and inspection p
This is a high-accuracy, smooth-operating 2-axis goniometer stage that uses a crossed roller for the travel guide and a worm gear for the feed mechanism. Ideal for frequent operation.[Features]· A wide variety of variations· In addition to having a vernier scale on the side, the clamping position can be selected from L or R to suit the installation location.[Use]· Precision adjustment of camera, microscope, sensor, and optical components· Positioning in the production, assembly, and inspection p
This is a high-accuracy, smooth-operating 2-axis goniometer stage that uses a crossed roller for the travel guide and a worm gear for the feed mechanism. Ideal for frequent operation.[Features]· A wide variety of variations· In addition to having a vernier scale on the side, the clamping position can be selected from L or R to suit the installation location.[Use]· Precision adjustment of camera, microscope, sensor, and optical components· Positioning in the production, assembly, and inspection p
[Features]· This rotary stage is ideal for high precision, wide-angle positioning and continuous 360° rotation.· The through-hole type is suitable for rotating cables, polarizing elements, and similar components.· Equipped with a worm gear mechanism for movement.· Achieving high accuracy and high load capacity[Applications]· Precision adjustment of cameras, microscopes, sensors, and optical components· Positioning in the production, assembly, and inspection processes of semiconductors, meas
[Features]· This rotary stage is ideal for high precision, wide-angle positioning and continuous 360° rotation.· The through-hole type is suitable for rotating cables, polarizing elements, and similar components.· Equipped with a worm gear mechanism for movement.· Achieving high accuracy and high load capacity[Applications]· Precision adjustment of cameras, microscopes, sensors, and optical components· Positioning in the production, assembly, and inspection processes of semiconductors, meas
[Features]· This rotary stage is ideal for high precision, wide-angle positioning and continuous 360° rotation.· The through-hole type is suitable for rotating cables, polarizing elements, and similar components.· Equipped with a worm gear mechanism for movement.· Achieving high accuracy and high load capacity[Applications]· Precision adjustment of cameras, microscopes, sensors, and optical components· Positioning in the production, assembly, and inspection processes of semiconductors, meas
[Features]· This rotary stage is ideal for high precision, wide-angle positioning and continuous 360° rotation.· The through-hole type is suitable for rotating cables, polarizing elements, and similar components.· Equipped with a worm gear mechanism for movement.· Achieving high accuracy and high load capacity[Applications]· Precision adjustment of cameras, microscopes, sensors, and optical components· Positioning in the production, assembly, and inspection processes of semiconductors, meas
[Features]· This rotary stage is ideal for high precision, wide-angle positioning and continuous 360° rotation.· The through-hole type is suitable for rotating cables, polarizing elements, and similar components.· Equipped with a worm gear mechanism for movement.· Achieving high accuracy and high load capacity[Applications]· Precision adjustment of cameras, microscopes, sensors, and optical components· Positioning in the production, assembly, and inspection processes of semiconductors, meas
[Features]· This rotary stage is ideal for high precision, wide-angle positioning and continuous 360° rotation.· The through-hole type is suitable for rotating cables, polarizing elements, and similar components.· Equipped with a worm gear mechanism for movement.· Achieving high accuracy and high load capacity[Applications]· Precision adjustment of cameras, microscopes, sensors, and optical components· Positioning in the production, assembly, and inspection processes of semiconductors, meas
[Features]· This rotary stage is ideal for high precision, wide-angle positioning and continuous 360° rotation.· The through-hole type is suitable for rotating cables, polarizing elements, and similar components.· Equipped with a worm gear mechanism for movement.· Achieving high accuracy and high load capacity[Applications]· Precision adjustment of cameras, microscopes, sensors, and optical components· Positioning in the production, assembly, and inspection processes of semiconductors, meas
[Features]· This rotary stage is ideal for high precision, wide-angle positioning and continuous 360° rotation.· The through-hole type is suitable for rotating cables, polarizing elements, and similar components.· Equipped with a worm gear mechanism for movement.· Achieving high accuracy and high load capacity[Applications]· Precision adjustment of cameras, microscopes, sensors, and optical components· Positioning in the production, assembly, and inspection processes of semiconductors, meas
[Features]· This rotary stage is ideal for high precision, wide-angle positioning and continuous 360° rotation.· The through-hole type is suitable for rotating cables, polarizing elements, and similar components.· Equipped with a worm gear mechanism for movement.· Achieving high accuracy and high load capacity[Applications]· Precision adjustment of cameras, microscopes, sensors, and optical components· Positioning in the production, assembly, and inspection processes of semiconductors, meas
[Features]· This rotary stage is ideal for high precision, wide-angle positioning and continuous 360° rotation.· The through-hole type is suitable for rotating cables, polarizing elements, and similar components.· Equipped with a worm gear mechanism for movement.· Achieving high accuracy and high load capacity[Applications]· Precision adjustment of cameras, microscopes, sensors, and optical components· Positioning in the production, assembly, and inspection processes of semiconductors, meas
