Vanta Max & Vanta Core Handheld XRF Analysers

High-performance handheld XRF analysers for geological exploration, soil testing, environmental analysis, and field-based material identification.

Product Overview

The Vanta Max and Vanta Core handheld XRF analysers deliver fast, accurate and reliable elemental analysis where enhanced sensitivity and precision are key.

The Vanta Max offers premium performance with a high-resolution SDD detector, and 55kV Tungsten X-Ray tube for enhanced sensitivity. This is particularly important for geological exploration, soil testing, and environmental analysis.

The Vanta Core provides reliable, cost-effective analysis for routine Alloy identification, metals analysis and precious metals analysis, where precision and accuracy are paramount.

Both instruments enable geologists, inspectors, engineers and scientists to make confident decisions on-site and in the field with minimal sample preparation and with rapid measurement times.

Features & Benefits

Highest analytical capability

55kV Tungsten X-Ray tube and SDD technology provides enhanced sensitivity.

Rugged field design

Withstands drops, dust and wet environments during field-based site investigations

Mineral exploration

Delivers rapid elemental readings ideal for ore definition, tailings and soils.

Flexible data export

Supports wireless transfer and traceable QA workflows.

Extended runtime

Hot-swappable batteries keep teams working all day.

Vanta Max

  • High-speed elemental analysis of a variety of materials
  • SDD detector for excellent sensitivity and low detection limits
  • 55kV Tungsten X-Ray tube for enhanced sensitivity (Vanta Max)
  • Automatic calibration and drift correction
  • Advanced grade library and custom alloy definitions

Vanta Core

  • Rugged housing with MIL STD 810G drop resistance
  • IP65 or higher environmental protection for harsh environments
  • Intuitive touchscreen interface for fast operation
  • Wireless connectivity for data transfer
  • Hot swappable batteries for extended field operation
  • Optional accessories for hands free testing

Analytical excellence

8-50kV Rhodium X-Ray tube and SDD technology for high performance

Rugged field design

Withstands drops, dust and wet environments during field-based site investigations

Alloy ID and Precious Metals

Delivers Alloy grade ID, and precious metal analysis in seconds.

Flexible data export

Supports wireless transfer and traceable QA workflows.

Extended runtime

Hot-swappable batteries keep teams working all day.

Vanta Max & Vanta Core Teaser Video

About the Product - Vanta Max

Vanta Max – Highest Analytical Performance

The Vanta Max is engineered for users who require the highest level of analytical performance. It incorporates a premium Silicon Drift Detector (SDD), enabling higher count rates, improved signal-to-noise ratios, lower detection limits, and the shortest measurement times.

This allows for accurate measurement of light elements such as Mg, Al and Si, which are critical in aerospace alloys, casting operations, and high-value component manufacturing.

The improved detector throughput also reduces measurement times, making it well suited to production lines, large inspection programs, and field-based analysis where speed is essential.

Rugged and Robust for field-based studies

The Vanta Max features a robust casing designed to meet MIL-STD-810G drop standards, offering operators confidence when working at height, in busy workshops, or on uneven outdoor terrain.

Its IP-rated protection shields the instrument from dust and moisture, which is particularly beneficial across UK environments where weather conditions can be unpredictable. Hot-swappable batteries extend runtime during long shifts, reducing the need for downtime and charger rotation.

Ease of use for all operators

Users benefit from an intuitive interface that supports rapid learning curves. The touchscreen layout aligns with common process-control and laboratory software design, allowing operators to access results, grade match information and spectra quickly.

The onboard geochemical calibration supports accurate elemental analysis of rocks, mineral and soils, and users can add custom standards for specialist applications. This flexibility is valuable across the mining, geoscience, and environmental fields, where bespoke compositions and non-standard materials are common.

Applications of the Vanta Max

The Vanta Max excels in environments where accuracy, reliability and fast decision-making are essential. This includes mine exploration drilling where lab-quality analyses are required on-site to identify mineralised zones early in the campaign. Grade control to define ore boundaries and gangue with confidence.

Environmental monitoring of mine tailings, soils, and waters for heavy metal contamination. Field mapping to generate real-time element distributions in the field to guide geoscience activities.

About the Product - Vanta Core

Vanta Core – Practical Performance for Routine Analysis

The Vanta Core model is designed as a versatile, cost-effective solution for routine metals analysis, incoming material verification, general-purpose alloy screening, and precious metals analysis.

It often utilises a high-quality SDD detector, which provides dependable results across a wide range of alloy families including stainless steels, brasses, bronzes, tool steels, superalloys, and precious metals.

While detection limits may not match the SDD-based Vanta Max, the Vanta Core delivers excellent performance for everyday QA tasks and is ideal for users who require reliable readings without the premium specification of the flagship model.

Robust, Rugged, and Simple

Its rugged build shares many of the same design philosophies as the Vanta Max, offering durability in workshop, warehouse and field settings.

The Vanta Core typically includes simplified software modes that streamline routine measurements and reduce operator training requirements.This is particularly useful for busy QA teams, metal stockholders and recycling yards where multiple users share the device.

Applications of Vanta Core

The Vanta Core is widely used in fabrication shops for verifying incoming stock, performing weld-rod checks, and confirming grade consistency across production batches. It is also

established in recycling centres where the primary requirement is fast identification rather than ultra-low detection limits.

A Midlands-based fabrication company deploying Vanta Core units on their PMI lines reported improved throughput due to shorter measurement times and fewer ambiguous results. A scrap processing facility in the Northwest UK noted improved batch purity after switching from older XRF devices to a Vanta Core system. The applications and success stories are numerous, and the Vanta Core’s versatility make it an ideal solution for many industries.

Choosing between Vanta Max and Vanta Core

The choice between models generally depends on analytical requirements. If low detection limits, light-element capability and high throughput are essential, the Vanta Max is typically the preferred option.

If the user’s workflow focuses on routine alloy identification with consistent accuracy, the Vanta Core provides excellent value. Many organisations use both Vanta Max for critical work and Vanta Core for routine screening achieving a balanced, cost-effective analytical fleet.

“Vanta Max and Vanta Core are rugged handheld XRF analysers providing fast,
accurate elemental analysis for geology, metals, environmental
testing, and field identification.”

Product FAQ's

It provides rapid, non-destructive elemental analysis of metals, alloys, minerals, soils, and other materials for QA, PMI and general composition investigations.

Vanta Max uses an SDD detector for higher sensitivity and faster readings, while Vanta Core offers cost-effective performance for routine testing.

Yes. The instruments are designed with safety interlocks, shielding and training guidance to support safe operation.

The Vanta Max typically offers enhanced light-element performance due to its SDD detector, making it better suited to light-element analysis including magnesium, aluminium an silicon.

Yes. Their rugged housings, IP-rated protection and drop resistance make them ideal for field-based and workshop environments.



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