概述
Dimension labs offers a variety of adjustable optical adjustment frames including 2-axis, 3-axis, 5-axis, 6-axis, etc., which can accommodate many conventional sized optical components.
Jackscrew fixed optical adjustment frame
characteristic: • Can install Ø 1.0/Ø 2.0 inch optical components; • The integrated flexible arm design can minimize the deformation of optical components and improve the stability of optical component clamping; • Adopting a precision adjustment axis M6 × 0.25, it can achieve ± 4 ° angle adjustment; • Adjust the shaft with locking function to achieve long-term stability; • Adjust the shaft with a rubber knob for easy adjustment and increased slip resistance; • Both sides have M4 countersunk holes (with M6 threads) for easy installation of connecting rods; The 1-inch optical adjustment bracket of Dimension labs is the most commonly used optical adjustment bracket, which uses heavy-duty springs to ensure stability. It uses the M4 nylon head top wire on the side to fix the Ø 1.0/Ø 2.0 inch optical element in the center limit hole. The M6 × 0.25 precision adjustment axis can achieve precise angle adjustment of ± 4 °, and when the three-axis adjustment frame uses three adjustment axes simultaneously, it can achieve a maximum Z-axis translation of 0.25 inches (6.4mm). After adjustment, tighten it with a bronze fixing nut to achieve long-term stability. The two sides of the optical adjustment frame are equipped with M4 countersunk holes (with M6 threads), and one side can be selected to connect with the connecting rod as needed. We offer two installation options for optical components: front and rear. We also offer low profile adjustment shafts (without rubber knobs), which are more space saving and suitable for use in environments with limited space.
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Threaded fixed optical adjustment frame
characteristic: • SM threaded mounting seat, capable of installing Ø 1.0/Ø 2.0 inch optical components, compatible with lens sleeves; • Optical components are fixed by snap rings; • Angle adjustment range: ± 4 °, three-axis adjustment can achieve a Z-axis translation of 6.4mm; • Adjust the shaft with locking function to achieve long-term stability; • Thickened back plate and heavy-duty springs enhance stability; • Ceramic plates and ceramic cylindrical pins are used at the contact area between the adjustment shaft and the panel to increase wear resistance; • There are two axis and three-axis adjustments, with optical components installed in front and back positions. The adjustment axis can be combined with various models such as knobs and low profile surfaces; • Both sides have M4 countersunk holes (with M6 threads) for easy installation of connecting rods; Dimension labs' threaded fixed optical adjustment bracket comes with SM threads that can be used to install Ø 1.0/Ø 2.0 inch optical components through snap ring fixation. There are two options for installing optical components: front and rear mounting. The adjustment frame adopts precision thread pair M6 × 0.25, which can achieve ± 4 ° angle adjustment. The three-axis adjustment frame can also achieve 6.4mm Z-axis translation. After adjustment, it is locked with bronze fixing nuts to achieve long-term stability. Tighter springs and hardened inserts are used at all connection points to enhance the overall performance of the adjustment frame. Ceramic plates and ceramic cylindrical pins are used at the contact area between the adjustment shaft and the panel to increase wear resistance. We also offer a low profile adjustment shaft (without a knob), which saves more space and is suitable for use in environments with limited space. The rubber ring we use has a side hole knob, which not only prevents slipping but also increases wear resistance. Both sides of the mounting seat are equipped with M4 countersunk holes (with M6 threads), allowing for free selection of one side for installing the connecting rod.
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0.5 inch optical adjustment bracket
characteristic: • Can install Ø 0.5 inch optical components with a thickness greater than 3.0mm (0.12in); • Nylon headband with M3 on the side for fixing optical components; • Adopting precision thread pair M4 × 0.25, it can achieve ± 3 ° angle adjustment; • The threaded pair adopts an internal hexagonal adjustment design, which can reduce accidental rotation; • Two sides have M4 threaded holes on one side and M4 countersunk holes on the other side for easy installation of connecting rods; The 0.5 inch optical adjustment bracket of Dimension labs uses the M3 nylon head top screw on the side to fix Ø 0.5 inch optical components with a thickness greater than 3.0mm (0.12in) in the center limit hole. The M4 × 0.25 precision thread pair can achieve precise angle adjustment of ± 3 °. When using three adjusters simultaneously on the three-axis adjustment frame, it can achieve a maximum Z-axis translation of 0.25 inches (6.4mm). The threaded pair adopts an internal hexagonal adjustment design, which can reduce unexpected knobs. The two sides of the 0.5-inch optical adjustment bracket are respectively equipped with M4 threaded holes and M4 countersunk holes, and one side can be selected to connect with the connecting rod as needed.
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XY axis optical adjustment frame
characteristic: • Equipped with standard SM threads, it can install optical components with Ø 0.5in/Ø 1.0in/Ø 30.0mm/Ø 2.0in; • Can achieve XY axis translation adjustment; • Optional 360 ° rotation function with central hole; • Two sides with M4 threaded holes for installing extension rods; Dimension labs' XY axis optical adjustment frame is suitable for optical components that require XY axis adjustment and rotation adjustment. We provide mirror frames that can accommodate optical components of various sizes and specifications. There are two versions of this adjustment frame, one can only adjust the XY axis, and the other can adjust both the XY axis and rotation. The adjustment frame adopts a precision adjustment frame with rubber rings, which can achieve XY axis adjustment of ± 1.5/± 2.0mm, and each adjustment axis also has a locking function. The version with rotation adjustment has a center rotation hole surface with a scale indication with a resolution of 2 °, and also has a locking function. The two sides of the adjustment frame are equipped with 3PCS M4 threaded holes, which can be used for connecting rod installation as needed,
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Five axis optical adjustment frame
characteristic: • 5 precision adjustment axes can achieve ± 4 °/± 2 ° angle adjustment, ± 1.5/± 2.0mm X and Y axis translation, and ± 3.2mm Z axis translation; • Equipped with standard SM05 (0.535 "-40)/SM1 (1.035" -40)/M30/SM2 (2.035 "-40) threads; • Both sides have M4 countersunk holes (with M6 threads) for installing connecting rods; The five axis optical adjustment frame of Dimension labs has 5 adjustment axes, which can be used for angle and X/Y axis translation. The angle adjustment is controlled by three M6x0.25 thread pairs, and the X and Y axis adjustments are controlled by two M5x0.25 thread pairs. Each shaft is equipped with a locking nut that can be tightened after adjustment to maintain stability. The center hole of the adjustment bracket has standard SM05 (0.535 "-40)/SM1 (1.035" -40)/M30/SM2 (2.035 "-40) internal threads. The adjustment rack panel is engraved with vertical and horizontal scale lines for easy alignment of the center hole. The adjustment bracket has multiple M4 countersunk holes (with M6 threads) on both sides, which can be connected to the connecting rod as needed.
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Six axis optical adjustment frame
characteristic: • 6 precision adjustment axes can achieve ± 4 °/± 2 ° angle adjustment, ± 1.5/± 2.0mm X and Y axis translation, ± 3.2mm Z axis translation, and 360 ° rotation adjustment; • Standard SM05 (0.535 "-40)/SM1 (1.035" -40)/SM2 (2.035 "-40) threads; • Both sides have M4 countersunk holes (with M6 threads) for installing connecting rods; The six axis optical adjustment frame of Dimension labs has 6 adjustment axes, which can be adjusted for angle, X, Y axis translation, and 360 ° rotation. The angle adjustment is controlled by three M6x0.25 thread pairs, and the X and Y axis adjustments are controlled by two M5x0.25 thread pairs. Each axis is equipped with a locking mechanism that can be locked after adjustment to maintain stability. The center hole of the adjustment bracket has standard SM05 (0.535 "-40)/SM1 (1.035" -40)/SM2 (2.035 "-40) internal threads. The adjustment rack panel is engraved with an angle scale with a division of 2 ° to achieve precise rotation adjustment. The adjustment bracket has multiple M4 countersunk holes (with M6 threads) on both sides, which can be connected to the connecting rod as needed.
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90 ° Flip Adjustment Frame
characteristic: • Equipped with standard SM05 (0.535 "-40)/SM1 (1.035" -40)/SM2 (2.035 "-40) threads, capable of installing optical components measuring Ø 0.5/Ø 1/Ø 2 inches; • Provides braking force at 0 ° and 90 ° positions, and can be locked throughout the entire adjustment range; • Multiple stacks can be achieved through Ø 6.0mm through holes; • Can be directly installed with connecting rods or cage rods; The 90 ° flip adjustment bracket of Dimension labs comes with standard SM1 (1.035 '' -40) threads that can accommodate Ø 1 inch optical components. The braking force is provided at 0 ° and 90 ° positions, which can be fixed without locking. Any angle position between 0-90 ° can be fixed with two nylon overhead wires. The design of Ø 6.0mm through-hole allows multiple adjustment frames to be stacked in series using cage rods and locked with side fixing screws. The bottom has M4 threaded holes for direct installation of connecting rods.
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Rotating optical adjustment frame
characteristic: • Equipped with standard SM threads, capable of installing Ø 0.5/Ø 1 inch optical components; • Can rotate continuously 360 °, with locking, and a scale resolution of 2 °; • Adopting a precision adjustment shaft, it can achieve ± 3 ° angle adjustment; • Both sides have M4 countersunk holes (with M6 threads) for easy installation of connecting rods; Dimension labs' rotatable optical adjustment frame is used for Ø 0.5/Ø 1 inch optical components that require angle and rotation control. The adjustment frame can achieve 360 ° continuous rotation and ± 3 ° angle adjustment. The adjustment frame with three angle adjustment axes can also achieve Z-axis translation of 6.4mm. The surface of the rotating hole at the center of the adjustment frame has a scale indicator with a resolution of 2 ° and a locking function. Each angle adjustment shaft also has a copper collar, which can be locked after adjustment to ensure the stability and sustainability of the adjustment frame. Both sides of the adjustment bracket are equipped with countersunk holes (with M6 threads) for M4, allowing users to freely choose and install connecting rods;
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Rotating waveplate holder
characteristic: • Equipped with standard SM threads, it can install optical components measuring Ø 0.5in/Ø 20.0mm/Ø 1.0in/Ø 30.0mm/Ø 1.5in/2.0in inches; • Can rotate continuously 360 °, with locking, and a scale resolution of 2 °; • The bottom has M4 threaded holes for direct installation of connecting rods; The rotating waveplate holder of Dimension Labs can rotate continuously 360 °, used for installing optical components with Ø 0.5in/Ø 20.0mm/Ø 1.0in/Ø 30.0mm/Ø 1.5in/Ø 2.0in. Equipped with SM internal threads, optical components with a maximum thickness of 6.0/9.0/11.0mm can be installed using the included snap ring, or optical components with the same specification of external threads can be installed. The fixed frame consists of an optical component mounting ring and a fixed frame housing. The optical component mounting ring is installed to the fixed frame housing by hand tightening screws. To remove it from the casing, simply loosen the screws.
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