The compact design of our OT series optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY-, XYZ-, or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions.
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The compact design of our OT.5 optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT.5 optical translators are compatible with our OH.5 series of optics holders for microscope objective 0.25-inch optic and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The compact design of our OT.5 optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT.5 optical translators are compatible with our OH.5 series of optics holders for microscope objective 0.25-inch optic and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The compact design of our OT.5 optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT.5 optical translators are compatible with our OH.5 series of optics holders for microscope objective 0.25-inch optic and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The compact design of our OT.5 optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT.5 optical translators are compatible with our OH.5 series of optics holders for microscope objective 0.25-inch optic and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The compact design of our OT.5 optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT.5 optical translators are compatible with our OH.5 series of optics holders for microscope objective 0.25-inch optic and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The compact design of our OT.5 optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT.5 optical translators are compatible with our OH.5 series of optics holders for microscope objective 0.25-inch optic and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The thin design of our OT1.0 optical translators make them ideal for crowded beam path applications. These thin optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT1.0 optical translators are compatible with our OH1.0 series of optics holders for microscope objective and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The thin design of our OT1.0 optical translators make them ideal for crowded beam path applications. These thin optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT1.0 optical translators are compatible with our OH1.0 series of optics holders for microscope objective and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The thin design of our OT1.0 optical translators make them ideal for crowded beam path applications. These thin optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT1.0 optical translators are compatible with our OH1.0 series of optics holders for microscope objective and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The thin design of our OT1.0 optical translators make them ideal for crowded beam path applications. These thin optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT1.0 optical translators are compatible with our OH1.0 series of optics holders for microscope objective and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The thin design of our OT1.0 optical translators make them ideal for crowded beam path applications. These thin optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT1.0 optical translators are compatible with our OH1.0 series of optics holders for microscope objective and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The thin design of our OT1.0 optical translators make them ideal for crowded beam path applications. These thin optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT1.0 optical translators are compatible with our OH1.0 series of optics holders for microscope objective and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The compact design of our OT2.0 optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT2.0 optical translators are compatible with our OH2.0 series of optics holders for microscope objective 1.5-inch optic and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The compact design of our OT2.0 optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT2.0 optical translators are compatible with our OH2.0 series of optics holders for microscope objective 1.5-inch optic and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The compact design of our OT2.0 optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT2.0 optical translators are compatible with our OH2.0 series of optics holders for microscope objective 1.5-inch optic and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The compact design of our OT2.0 optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT2.0 optical translators are compatible with our OH2.0 series of optics holders for microscope objective 1.5-inch optic and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The compact design of our OT2.0 optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT2.0 optical translators are compatible with our OH2.0 series of optics holders for microscope objective 1.5-inch optic and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION
The compact design of our OT2.0 optical translators make them ideal for crowded beam path applications. These compact optical translators use 80TPI adjustment screws for precise positioning in XY- XYZ- or 5-axis gimbaled models. The Y-axis knob in all models uses a unique capture screw design to ensure no drift due to overloading in that axis. All models use our SoftTouch® color coded knob caps for easy axis identification in low light conditions. OT2.0 optical translators are compatible with our OH2.0 series of optics holders for microscope objective 1.5-inch optic and custom optic mounting.
*Minimum controllable motion*: BASED ON 1° OF ADJUSTMENT SCREW ROTATION