Industrial Handheld Metal Detector Spectrometer

• Customization: Available
• After-sales Service: 1 Year
• Application: Industrial
• Model NO.: Vanta Element-S Model
• Warranty: > 1Year
• Detection Method: Spectroscopic
• Advantage: High Resolution
• Principle: Classic Spectrometer
• Wavelengths: UV Spectrometer
• Dispersive Element: Grating Spectrometer
• Light Number: Polychromator
• Certification: CE
• Customized: Customized
• Use: Affordable Alloy ID
• Best for: Basic Analysis
• Window: Thickkapton Window
• Excitation Source: 2-Wattx-Ray Tube With35kvtungsten Anode
• Elementadditionavailable: Yes
• Color: Customizable
• Transport Package: Wooden Box + Metal Outer Box
• Specification: customizable
• Trademark: customizable
• Origin: China
• HS Code: 9031801000
• Production Capacity: 50000PCS/Year
• Package Size: 60.00cm * 60.00cm * 30.00cm
• Package Gross Weight: 20.000kg

Product Description

Product Description

Get alloy chemistry and grade ID in seconds with affordable XRF testing. The Vanta Element analyzer series provides

elemental analysis for fast alloy identification and sorting in two cost-effective models:

Vanta Element analyzer for fast, basic alloy ID

Vanta Element-S analyzer adds light element detection of magnesium (Mg), aluminum (Al), silicon (Si), sulfur (S),

and phosphorus (P)

Both models feature fast grade ID and clear on-screen grade comparison to speed up metaltesting for scrap sorting,

metal manufacturing, and precious metals analysis. Easy to use and easy to learn,the smartphone-like interface

streamlines user training and the alloy identification process.

Confidently Verify and Sort Metals and Alloys

The Vanta Element series includes an alloy database with the most commonly used alloys in scrap recycling

and manufacturing. Easily customize the database for proprietary or additional grades.

Low-alloy steels: Fe | Mn | Cu

Stainless steel: Fe | Cr | Ni | Mo

Copper alloys: Cu | Zn | Sn

Nickel alloys: Ni | Co | Fe

Aluminum alloys: Mg | Al | Si

Precious metals: Au | Ag | Pt | Pd

Product Parameters

	Vanta Element Model	Vanta Element-S Model
Use	Affordable alloy ID	Affordable light element detection
Best for	Basic analysis	Analyzing Mg, Al, Si,S, and P
Detector	Silicon drift detector	Faster silicon drift detector
Window	ThickKapton window	Prolene window withKapton mesh support
Excitation Source	2-wattX-ray tube with35kVtungsten anode	4-wattX-ray tube with50kVsilveranode
ElementAdditionAvailable	Yes	Yes

Specification

X-ray fluorescence spectroscopy (XRF) technology: When high-energy X-rays with energy higher than the binding energy of the inner electrons of an atom collide with an atom, an inner electron is expelled to form a hole, making the atomic system unstable. When the outer electron jumps to the hole, the Auger effect may occur, that is, the ejected photon is absorbed and another secondary photoelectron is expelled; or energy may be released in the form of photons, producing X-ray fluorescence. The energy or wavelength of fluorescence corresponds to the element one by one. The type of element can be determined by measuring the wavelength of fluorescent X-rays, and quantitative analysis of elements can be performed based on the intensity of fluorescent X-rays. The X-ray detector converts the optical signal into an electrical signal, which is then processed and analyzed to obtain the result.
Laser induced breakdown spectroscopy (LIBS) technology: A high-energy pulsed laser beam is emitted by a laser light source and focused on the sample surface, causing the sample material to instantly vaporize and form plasma. The excited atoms and ions in the plasma radiate characteristic spectral lines, which are collected by the spectrometer and decomposed and analyzed by the spectral detector to determine the elemental composition of the sample.

 

Usage scenarios

• Portability: Small size, light weight, easy to carry, can be tested on site, no need to send samples back to the laboratory, improve work efficiency, such as field geological exploration, construction site and other environments can be convenient to use.
  Rapid analysis: can provide analysis results within a few seconds, for scenes that require immediate decision-making, such as metal recycling site to quickly classify and evaluate materials, very important.
  Easy operation: user-friendly interface, most of the design is intuitive, users can get started without particularly complex training, lowering the threshold of use.
  Nondestructive testing: no damage to the sample, can obtain its composition information without destroying the sample, especially suitable for the detection of precious samples such as cultural relics and artworks.
  Versatility: can analyze the composition and structure of a variety of materials including metals, non-metals, alloys, ceramics, glass, etc., to meet diverse detection needs.
  Technical parameters
  Energy range: determines the range of detectable elements and the detection sensitivity of different elements. Generally speaking, the wider the energy range, the more types of elements can be detected.
  Resolution: affects the ability to resolve the characteristic spectra of different elements. High resolution can more accurately identify and distinguish the spectral lines of adjacent elements and improve the accuracy of analysis.
  Detection limit: refers to the minimum content of an element that can be reliably detected. The lower the detection limit, the stronger the instrument's ability to detect trace elements.
  Analysis time: usually between a few seconds and tens of seconds. The shorter the analysis time, the higher the work efficiency, but it may affect the detection accuracy to a certain extent.
  Detector type: Common ones include silicon drift detectors, proportional counters, etc. Different types of detectors have differences in sensitivity, resolution, response speed, etc., which will affect the overall performance of the instrument.

After Sales Service