Lab Jack

Name: Lab Jack
Brand: ADITECH
Price: 7000.0 INR
Availability: InStock

Price 7000.0 INR/ Set

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MOQ : 1 Set

Lab Jack Specification

Feature
Good Quality

Warranty
1 Year

Power Source
Manual

Material
MS

Color
Black

Type
Lab Jack

Usage
Industrial

Lab Jack Trade Information

Minimum Order Quantity
1 Set

Delivery Time
7 Days

About Lab Jack

When used in Laser Welding and XRF (X-ray Fluorescence) Spectroscopy, a laboratory scissor jack serves as a high-precision positioning tool rather than just a simple utility riser. In these applications, millimeter-level height accuracy is vital to ensure structural alignment, safety, and proper analysis. [1]

1. In Laser Welding

In material fabrication and micromachining, a lab jack serves as an adjustable Z-axis stage.

Focal Point Alignment: Laser welding requires the beam to focus exactly on the joint gap of the metal parts. A lab jack moves the workpiece up or down to align perfectly with the lasers focal plane.
Consistency Across Varying Thicknesses: When transitioning between materials of different gauges or dimensions, the lab jack allows operators to change sample heights smoothly without resetting the entire laser optical head assembly. [2]
Stability Against Vibration: Heavy-duty steel or aluminum jacks minimize mechanical wobbling, ensuring the laser path creates uniform, defect-free weld seams. [1, 3]

2. In XRF Spectroscopy

XRF analyzers determine the elemental composition of materials by firing primary X-rays at a target and reading the secondary fluorescence. [4, 5]

Geometric Precision: The intensity of the detected X-ray signal drops significantly if the distance between the sample surface and the analyzer window changes. A lab jack places the sample at the exact distance required by the spectrometer calibration. [4]
Non-Destructive Target Selection: For oddly shaped components or multi-point weld analysis, the lab jack shifts specific target areas precisely into the path of the X-ray beam without causing damage to delicate sensors. [5, 6]
Safety Positioning: Elevating samples cleanly onto a stable deck prevents tipping, protecting both the user and the delicate beryllium or silicon drift detectors (SDD) within benchtop XRF systems from accidental contact.

Comparison of Key Requirements

Feature	For Laser Welding	For XRF Spectroscopy
Material Build	Rigid heavy-duty steel to handle workpiece weight.	Anodized aluminum or stainless steel to prevent scattering interference.
Adjustment Need	Macro and micro adjustments to match laser focus.	Fixed micro-positioning to maintain signal intensity.
Key Priority	Anti-vibration and load capacity.	High flatness and parallelism.