XINDA-OM-MT-005
ZJP-6SM Six-Axis Optical Mounts
Position and angular adjustment for SM05, SM1 and SM2 optics
- Integrated multi-axis adjustment
- Lockable 360° rotation
- SM05, SM1 and SM2 interface options
- Available models
- 3 standard models
- Lead time
- Confirmed after model and quantity review
- Purchase method
- RFQ by model
Reference price
$1,192.99 - $1,569.28
Select a model to view availability.
Not sure which model? Get selection helpProduct overview and selection guidance
Product-family scope, interfaces, selection limits, and supply notes.
The source describes ZJP-6SM as a six-axis optic adjustment mount with independent X/Y adjustment, tilt adjustment, continuous 360° rotation and locking features. Its three online models are listed for 0.5, 1 and 2 inch optics, with SM05, SM1 and SM2 threaded openings respectively. Dedicated images mark optic-thickness values of 15.5, 15.6 and 15.8 mm, while a general image describes a maximum thickness. The documentation retains the source markings and asks for confirmation of their dimensional basis rather than presenting them as overall mount thickness. M6 × 0.25 and M4 × 0.25 adjustment-thread pairs come from the annotated image, but do not establish optic displacement per turn or adjustment resolution. A rotation scale, locking hardware and advertised six-axis motion do not provide quantified accuracy. English artwork identifies the family’s appearance; confirm fit, load, travel, materials and supply scope for the chosen model.
Six-axis positioning and locking
The source describes ZJP-6SM as a six-axis optic adjustment mount. Its main-image text states that the optic mounting feature can translate or rotate along six axes, with independent X and Y adjustment, continuous 360° rotation and locking screws for each axis. This establishes the advertised functions, not quantified travel, angular range, resolution, repeatability or stability. A detailed axis-to-control map is not invented.
Adjustment threads and rotation disc
The annotated image identifies an M6 × 0.25 fine-thread pair for tilt adjustment and M4 × 0.25 for X/Y adjustment, with locking. A polymer-tipped set screw secures the rotation disc, which carries a scale. Screw pitch is not treated as optic displacement per turn, and a scale does not establish calibration accuracy. Confirm lever geometry, scale divisions, backlash and displacement after locking.
Three optic and interface selections
Dedicated images identify three selections: 0.5 inch/SM05, 1 inch/SM1 and 2 inch/SM2, with optic-thickness markings of 15.5, 15.6 and 15.8 mm respectively. Source units and differences in labeling are retained rather than turning these into overall mount dimensions. A main image states that a retaining ring accompanies the threaded opening, but its designation, quantity, washers and other accessories still need confirmation. Full SM thread specifications are not transferred from a different product.
Mounting interface and unspecified parameters
The general annotation identifies M4 countersunk holes and an M6 thread for securing the mount. Hole count, spacing, depth and model-specific drawings are not supplied. Black bodies and gold-colored adjustment collars do not establish material grade or surface treatment. Check optic edge, thickness, clear opening, required six-axis motions, installation space and preload. Confirm load capacity, materials, travel, accuracy, supplied accessories and actual delivery separately.
Selection checklist
Optic size, thickness basis and SM interface selection
Required six-axis motion, travel, resolution and shift after locking
Mounting holes, threads, space, clear opening and preload
Retaining ring, washers, other accessories, material and delivery
To be confirmed
Thickness-limit/mounting-depth basis and dimensional tolerances
Full SM thread specifications, mounting-hole spacing/depth and model drawings
Axis travel, angular ranges, scale divisions, accuracy, backlash and load
Materials, finish, retaining-ring/accessory quantities and actual delivery
Procurement and technical information
Select a model so we can confirm pricing, availability, lead time, and required documents.
Procurement method
Formal RFQ by model
Lead time
Confirmed after model and quantity review
Technical documents
Request drawings and specifications with your RFQ
Typical applications
- Free-space optical alignment
- Optical system prototyping
- Multi-axis component positioning
Product highlights
- Integrated multi-axis adjustment
- Lockable 360° rotation
- SM05, SM1 and SM2 interface options