30 mm Translatable Coaxial Plate MCOS-1T
JCOPTIX translating cage plates offset an entire cage assembly to compensate displacement from plate beamsplitters, anamorphic prism pairs, or beam displacers. A fixed and a moving plate use dovetail guidance, locking with a top round-head screw. Bottom M4 threads mount 12.7 mm or 25 mm posts. Translating plate for 30 mm cages, travel ±6 mm: applicable model MCOS-1T; central SM1 through-thread for Ø25.4 mm optics; adjustment ±6 mm. JCOPTIX fixed and moving plates provide dovetail-guided ±6 mm travel. The moving plate's SM1 thread and SM1 retaining ring hold optics up to 3.5 mm thick and 25.4 mm diameter. Four 4-40 holes accept cage rods. The fixed plate has four 6 mm blind holes for rods and a bottom M4 thread for free-space mounting. A ±6 mm scale indicates position; lock with a 2 mm hex key. Do not remove the 3 bottom M2 screws or the top M3 screw, as internal balls may fall out.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Body Material | 6061-T6 |
| Surface Treatment | Black Anodized |
| Compatible optical element diameter | Ø25.4 mm |
| Maximum compatible optical element thickness | 3.5 mm |
| Adjustment Range | ± 6 mm |
| Clear Aperture Dimension | Ø23 mm |
| Compatible Coaxial System | 30 mm |
Key Features
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
Height- and Angle-Adjustable Coaxial Support Mount IMA-ADB Optical Mounts / Kinematic Mounts Jcoptix
Body Material: 6061-T6 Surface Treatment: Black Anodized Compatible Cage System: 30 mm Cage System
JCOPTIX height-/angle-adjustable cage supports hold multilayer systems, with independently adjustable layer heights and rotating support plates for angular adjustment. Modular designs use different rod lengths for height and add/remove IMA-ADB lift plates for layer count. After positioning, secure the base to the table/breadboard, lock rotation, then use setscrews/flexure screws to connect lift plates to supported rods/tubes and two vertical rods. Multiple-direction fixation provides stability, reliability, and flexibility. Adjustable supports for 30 mm systems. Models: IMA-ADB, IMA-ADB1, IMA-ADB2, IMA-ADB3. Simultaneous multilayer support. Multiple lift ranges. For 30 mm systems and SM1 tubes. Assemblies comprise long bases, rotating plates, lift plates, and vertical MCR rods. IMA-ADB is a separate lift plate for adding/removing layers. IMA-ADB1: height 35-62.6 mm; angle ±30°; two 76.2 mm MCR-3 rods and one IMA-ADB plate. IMA-ADB2: height 35-240 mm; angle ±30°; two 254 mm MCR-10 rods and two IMA-ADB plates. IMA-ADB3: height 35-291 mm; angle ±30°; two 304.8 mm MCR-12 rods and three IMA-ADB plates. After adjustment, two supplied M6 cap screws secure the base. M4 setscrews and M4 cap screws lock rotation. M4 setscrews, M4 rubber-tipped screws, and M2.5 cap screws connect lift plates to supported rods/tubes and two vertical rods, ensuring stable multidirectional fixation and system flexibility.
-
Circular Two-Axis Adjustable Optical Mount MMM-RMS Optical Mounts / Kinematic Mounts Jcoptix
Body Material: 6061-T6 Surface Treatment: Black Anodized Central Tapped Hole Specifications: RMS（0.8“-36）
JCOPTIX round two-axis mounts have threaded or smooth bores. Two standard SM rings secure thin optics in threaded versions. Smooth versions use a side rubber-tipped screw and dual-line locating bore for three-point contact. Two 0.25 mm fine-pitch adjusters provide high-resolution ±4° or ±3° pitch/yaw. M4 countersunk holes allow left-/right-handed installation. Viewed facing the mount, the vertical front-plate portion on the left of incident light defines left-handed; the opposite is right-handed. SM-threaded round mounts, ring retention. Models: MMM-05T, MMM-1T, MMM-2T. For Ø12.7 mm, Ø25.4 mm, Ø50.8 mm thin optics. Two rings. Two precision adjusters. Left-/right-handed mounting. JCOPTIX SM mounts hold thin round optics with two SM rings. MMM-1T has two M4 countersunk holes; MMM-2T has six M4 countersunk holes; MMM-05T has one M4 threaded and one M4 countersunk hole. Switching holes reverses handedness. Smooth-bore mounts, setscrew retention. Models: MMM-05, MMM-1, MMM-2, MMM-30. For Ø12.7 mm, Ø25.4 mm, Ø30 mm, Ø50.8 mm optics. Rubber-tipped screws. Two precision adjusters. Left-/right-handed mounting. Standard round optics are secured by one side M4 rubber-tipped screw and dual-line bore. MMM-1/MMM-30 have two M4 countersunk holes; MMM-2 has six M4 countersunk holes; MMM-05 has one M4 threaded and one M4 countersunk hole. Switching mounting holes reverses handedness. RMS objective-thread round mount. Model: MMM-RMS. Central RMS (0.8"-36) standard objective threads. Two RMS rings. Two precision adjusters. Left-/right-handed mounting. JCOPTIX RMS mounts accept RMS objectives/optomechanics through RMS (0.8"-36) central threads. Two M6 × 0.25 screws give ±4° pitch/yaw at 0.38°/turn. Two M4 holes mount 12.7 mm posts in either handedness. Two extra RMS rings secure components.
-
Adjustable Rectangular Optical Mount MMM-SR Optical Mounts / Kinematic Mounts Jcoptix
Minimum Compatible Optic Thickness: 3 mm Compatible Optic Height: 25.4 mm Rear Plate Mounting Tapped Hole: M4
JCOPTIX rectangular optical mounts hold rectangular optics using rubber-tip set screws and spring plates. Two screw adjusters provide ±4° or ±3 pitch/yaw as listed. Left/right versions are available, with two M4 mounting holes for 12.7 mm posts. Rectangular mounts for 25.4 mm-high optics. Models: MMS-1L, MMS-1R. For square/rectangular optics 25.4 mm high and at least 3 mm thick; ±4° pitch/yaw, 0.38°/turn; left/right configurations. These mounts hold 25.4 mm-high, at least 3 mm-thick optics such as OME1S-R2 dielectric or OMM1S-S1 metal-film plane mirrors. Rubber-tip set screws accepting 2.0 mm keys and spring plates secure the optic. Two M6 × 0.25 adjusters provide ±4° pitch/yaw at 0.38°/turn. Facing the mount, the vertical arm to the left of incident light defines left-handed, and the reverse right-handed. Two M4 countersunk holes attach 12.7 mm posts. Rectangular mount for 12.7 mm-high optics. Model: MMS-05R. For square/rectangular optics 12.7 mm high and at least 3 mm thick; ±4° pitch/yaw, 0.72°/turn. It holds 12.7 mm-high, at least 3 mm-thick optics such as OMM05S-G1 metal-film plane mirrors using rubber-tip screws accepting 2.0 mm keys plus spring plates. Two M5 × 0.25 adjusters provide ±4° pitch/yaw at 0.72°/turn; two M4 mounting holes attach 12.7 mm posts. Rectangular mounts for 50.8 mm-high optics. Models: MMS-2L, MMS-2R. For square/rectangular optics 50.8 mm high and at least 3 mm thick; ±3° pitch/yaw, 0.23°/turn. These hold 50.8 mm-high, at least 3 mm-thick optics using rubber-tip screws accepting 2.0 mm keys plus spring plates. Two M6 × 0.25 adjusters provide ±3° pitch/yaw at 0.23°/turn; two M4 mounting holes attach 12.7 mm posts. Rectangular mount for thin 25 mm-high optics. Model: MMS-2536. Rear front-plate spring clips hold 25 mm × 36 mm optics 1 mm thick; front rubber-tip screws hold 25 mm × 50 mm optics ≥3 mm thick; ±3° pitch/yaw, 0.28°/turn; elliptical clear aperture 25.4 mm × 40 mm. JCOPTIX MMS-2536 has both spring clips and rubber-tip screws. Rear clips hold 1 mm-thick 25 mm × 36 mm optics; a 1.5 mm key adjusts clamping force. Avoid excessive force that could damage optics. Front rubber-tip screws, tightened with a 2.0 mm key, hold 25 mm × 50 mm optics ≥3 mm thick. Two M6 × 0.25 adjusters provide ±3° pitch/yaw at 0.28°/turn. Two M4 countersunk holes attach 12.7 mm posts. Compact rectangular-optic mount. Model: MMM-SR. Overall 25.4 mm × 33.1 mm × 25.1 mm; for 25.4 mm-high optics; listed minimum thickness 3 mm; angular range ±4°. The JCOPTIX compact mount is described as accepting 25.4 mm-high optics thicker than 3 mm. Overall size is only 25.4 mm × 33.1 mm × 25.1 mm. A rubber-tip set screw at the front plate's top secures optics in the rectangular slot. Two M5 × 0.25 adjusters provide ±4° pitch/yaw at 0.83°/turn. Two rear M4 holes connect 12.7 mm posts for horizontal or vertical mounting.
-
Compact Adjustable Optical Mount MMM-SA Optical Mounts / Kinematic Mounts Jcoptix
Body Material: 6061-T6 Number of adjusters: 2 Surface Treatment: Black Anodized
JCOPTIX compact optical mounts suit space-limited applications. Two M5 × 0.25 screw pairs provide ±4° pitch/yaw at 0.83°/turn. The series accepts Ø25.4 mm round optics or rectangular optics 25.4 mm high. Two rear M4 holes connect to 12.7 mm posts for horizontal or vertical mounting. Compact mount for round optics. Models: MMM-SA, MMM-S, MSH1. Overall size: 25.4 mm × 28.6 mm × 20.3 mm. For Ø25.4 mm optics, 2.5-6.5 mm thick. Angular range: ±4°. JCOPTIX offers the combined mount and mirror holder (MMM-SA), mount alone (MMM-S), and mirror holder alone (MSH1). MSH1 holds round optics 25.4 mm in diameter and 2.5-6.5 mm thick. Its 4-40 stud mates with the mount front plate's 4-40 hole. Two M5 × 0.25 screw pairs provide ±4° pitch/yaw at 0.83°/turn. Two rear M4 holes connect to 12.7 mm posts for horizontal or vertical mounting. Compact mount for rectangular optics. Model: MMM-SR. Overall size: 25.4 mm × 33.1 mm × 25.1 mm. For rectangular optics 25.4 mm high. Minimum thickness: 3 mm. Angular range: ±4°. JCOPTIX rectangular mounts hold optics 25.4 mm high and thicker than 3 mm. Compact overall dimensions are only 25.4 mm × 33.1 mm × 25.1 mm. A rubber-tipped setscrew at the top of the front plate secures optics in the rectangular slot. Two M5 × 0.25 screw pairs provide ±4° pitch/yaw at 0.83°/turn. Two rear M4 holes connect to 12.7 mm posts for horizontal or vertical mounting.
-
Compact Adjustable Optical Mount MMM-S Optical Mounts / Kinematic Mounts Jcoptix
Body Material: 6061-T6 Number of adjusters: 2 Surface Treatment: Black Anodized
JCOPTIX compact optical mounts suit space-limited applications. Two M5 × 0.25 screw pairs provide ±4° pitch/yaw at 0.83°/turn. The series accepts Ø25.4 mm round optics or rectangular optics 25.4 mm high. Two rear M4 holes connect to 12.7 mm posts for horizontal or vertical mounting. Compact mount for round optics. Models: MMM-SA, MMM-S, MSH1. Overall size: 25.4 mm × 28.6 mm × 20.3 mm. For Ø25.4 mm optics, 2.5-6.5 mm thick. Angular range: ±4°. JCOPTIX offers the combined mount and mirror holder (MMM-SA), mount alone (MMM-S), and mirror holder alone (MSH1). MSH1 holds round optics 25.4 mm in diameter and 2.5-6.5 mm thick. Its 4-40 stud mates with the mount front plate's 4-40 hole. Two M5 × 0.25 screw pairs provide ±4° pitch/yaw at 0.83°/turn. Two rear M4 holes connect to 12.7 mm posts for horizontal or vertical mounting. Compact mount for rectangular optics. Model: MMM-SR. Overall size: 25.4 mm × 33.1 mm × 25.1 mm. For rectangular optics 25.4 mm high. Minimum thickness: 3 mm. Angular range: ±4°. JCOPTIX rectangular mounts hold optics 25.4 mm high and thicker than 3 mm. Compact overall dimensions are only 25.4 mm × 33.1 mm × 25.1 mm. A rubber-tipped setscrew at the top of the front plate secures optics in the rectangular slot. Two M5 × 0.25 screw pairs provide ±4° pitch/yaw at 0.83°/turn. Two rear M4 holes connect to 12.7 mm posts for horizontal or vertical mounting.
Related Articles
The LZFL405‑80mW‑3 series from Shenzhen Leirte Optoelectronics Co., Ltd. is a coaxial‑packaged violet‑blue single‑mode fiber‑coupled laser diode. It delivers 80 mW continuous‑wave output at 405 nm. Light is coupled into 3 μm core‑diameter single‑mode fiber for clean beam quality and easy integration into diverse optical systems. It serves as a compact violet‑blue light source for medical instruments and industrial printing applications.
Macro channel water-cooled stacked laser diodes integrate dozens of laser bars into one vertical stacked module with large-diameter macro flow cooling channels.
CytoViva delivers comprehensive hyperspectral imaging solutions covering visible to near-infrared spectrum, compatible with brightfield, fluorescence and proprietary enhanced darkfield microscopy modes.
Electro-optic deflectors (EODs) are optical devices used to steer or deflect light beams by applying an electric field to a specialized optical crystal. Unlike mechanical beam steering systems that rely on moving mirrors, electro-optic deflectors enable high-speed, non-mechanical beam control with exceptional precision and responsiveness. They are widely used in laser scanning, optical communications, microscopy, laser printing, spectroscopy, and scientific research, where rapid and accurate laser beam positioning is essential.
Loading...
Name
Phone
Organization
Use Case
Database Platform