XINDA-OM-MT-008
L30T-XY5 Five-Axis Optical Mounts for 30 mm Cage Systems
Check specifications and interfaces by original model
- Individual original model selections
- Original model images retained
- Model-specific parameters and interfaces
- Available models
- 2 standard models
- Lead time
- Confirmed after model and quantity review
- Purchase method
- RFQ by model
Reference price
$345.63 - $379.08
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.
This family positions optics within a 30 mm cage system. Source annotations explicitly identify XY translation and tilt adjustment, with an XY adjustment range of ±1 mm. The two online SKUs have different optic interfaces: L30T-XY5T uses a 1 inch set-screw opening, while L30T-XY5TS uses an SM1 threaded opening with retaining-ring mounting. Select by optic edge geometry and thickness, mounting depth, rod-hole layout, M4 post connection and adjustment-knob clearance. The five-axis description does not define every axis or provide unspecified angular travel or positioning accuracy. English artwork shows the family structure and does not replace confirmation of the selected interface and engineering dimensions. Confirm supplied rings, optics and installation accessories separately.
Two optic interfaces
The L30T-XY5T photograph explicitly identifies a 1 inch set-screw optic opening. The functional image associates this configuration with a 4 mm mounting depth and M3 optic-retention set screw. L30T-XY5TS explicitly has an SM1 threaded opening, associated with retaining-ring mounting and a 5.5 mm depth. The complete SM1 thread specification is absent and is not borrowed from another family. Mounting depth is not automatically maximum optic thickness; check edges, contact points and ring clearance.
Translation and tilt adjustment
The main image describes five-axis adjustment and explicitly mentions tilt and XY translation. Functional annotations identify M6 fine-thread adjusters for these functions and give an XY adjustment range of ±1 mm. The five-axis description does not define each axis and is not extended into an unspecified Z travel or angular degree of freedom. Adjustment pitch, angular range, resolution, backlash and repeatability are absent.
Cage and post installation
A functional image identifies Ø6 mm rod holes for a 30 mm cage system and an M4 threaded hole for securing the mount. A demonstration shows an M4 connection to a post. The 30 mm value describes the source-listed cage system, not the mount overall size. Check rod and knob clearance, post threading and mounting references. Demonstration rods, posts and holders are not assumed included.
Structure and supplied items
Photographs show a black layered adjustment structure with multiple knobs, but no material grade, coating process, dimensional drawing, load or clamping-force specification is supplied. Select the interface using its dedicated model image; set-screw retention and threaded retaining-ring mounting are distinct configurations. Confirm optics, rings, tools, mounting accessories and actual delivery. English artwork is a family reference only.
Selection checklist
Choose set-screw or SM1 mounting
Check depth, optic thickness and ring clearance
Check cage rods, M4 post and knob clearance
Confirm motion definitions, accuracy and accessories
To be confirmed
Complete SM1 thread and optic-thickness range
Individual axes, angular travel, pitch and accuracy
Material, finish, overall dimensions, tolerances and load
Optics, rings, tools, mounting parts and 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
- Laboratory assembly
- Instrument component mounting
- Adjustment or support component selection
Product highlights
- Individual original model selections
- Original model images retained
- Model-specific parameters and interfaces