XINDAPRECISION INDUSTRIAL OPTICS
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XINDA-OM-MT-015

ZJT Beam Height Adjustment Mounts

Check specifications and mounting interfaces by original model

  • Individual original model selections
  • Original model images retained
  • Model-specific parameters and interfaces
Available models
4 standard models
Lead time
Confirmed after model and quantity review
Purchase method
RFQ by model

Reference price

$445.98 - $724.71

Select a model to view availability.

View 4 models
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Product overview and selection guidance

Product-family scope, interfaces, selection limits, and supply notes.

The ZJT family combines upper and lower mirror mounts with a support column to adjust beam height and direction. General source text describes height, tilt and rotation adjustment. Three of the four online models have explicit optic-size, height and beam-elevation labels; ZJT-T1.5S300 has no dedicated image, and that evidence limit is retained. Model-specific elevation ranges take precedence over the general 0–200 mm promotion, and assembly height is kept separate from beam elevation. A general 300 mm assembly example describes 1 inch optics, posts and collars, but does not guarantee those components or quantities for every SKU. Confirm mirrors, coatings, wavelength range, mounting interfaces, clamping conditions, load and actual supply scope. English artwork is a family reference only.

Beam height and direction

The general description identifies height, tilt and rotation adjustment, using upper and lower mirror mounts to change beam height and direction. It describes a standard maximum elevation of 200 mm, while dedicated images give different ranges. Model-specific labels take precedence; 0–200 mm is not a travel guarantee for every SKU. Users select suitable mirrors, and coating, wavelength, damage threshold and optical performance are unspecified.

Three labeled ranges and one missing image

ZJT-T05S150 identifies 0.5 inch optics, a 150 mm height and 37–123 mm beam elevation. ZJT-TS300 identifies 1 inch optics, 300 mm and 54–263 mm. ZJT-T2S300 identifies 2 inch optics, 300 mm and 71–245 mm. ZJT-T1.5S300 appears only as an online model selection, with no dedicated image; optic size and travel are not decoded from its name.

General 1 inch assembly example

A 300 mm example labels Ø25 mm support and connecting posts, 100 mm sections and M4/M6 holes. It identifies two fixing collars with M4 holes, two three-axis optical mounts, two 45° cells, and stainless-steel M4/M6 socket screws, washers and a forked clamp plate. This is a 1 inch example, not a confirmed kit list for every model. Its quantities, post diameter and mounting holes are not transferred to all SKUs.

Installation, material and supply

The general description identifies stainless-steel column support and promotes stability and low deformation, without quantified deformation or load tests. Confirm posts, collars, base, cells and clamping conditions, leaving operating space around the required beam height. Material grade, overall dimensions, tolerances, angular travel, backlash, repeatability and supplied mirrors/accessories remain unconfirmed. Custom height extensions have no defined range or delivery commitment.

Selection checklist

Check model-specific optic size, height and elevation range

Confirm mirrors, coatings and wavelength range

Confirm posts, collars, base and cell supply

Check travel, load, tolerances and the missing-image model

To be confirmed

ZJT-T1.5S300 drawing, dimensions and range

Optic thickness, coatings, optical performance and accessory quantities

Material grade, overall dimensions, tolerances, load and accuracy

Custom height range, actual supply scope 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