SKYRAY - EXPLORER 3000 HANDHELD RoHS XRF ANALYZER

SKYRAY - EXPLORER 3000 HANDHELD RoHS XRF ANALYZER

Category: Handheld XRF Analyzer Available
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Description

Skyray Explorer 3000 – Handheld RoHS XRF Analyzer

Model: Explorer 3000
Brand: Skyray Instruments
Product Type: Handheld X-Ray Fluorescence Analyzer
Primary Application: RoHS and hazardous-substance screening


Overview

The Skyray Explorer 3000 is a portable handheld X-ray fluorescence, or XRF, analyzer developed for rapid, non-destructive screening of hazardous substances in electrical products, electronic components, consumer goods, packaging materials, toys, batteries and industrial materials.

The instrument performs elemental analysis directly on solid, liquid and powder samples with little or no sample preparation. Its compact handheld design supports both on-site inspection and laboratory use.

According to the brochure, the Explorer 3000 uses an energy-dispersive XRF analytical method and can measure elements with atomic numbers from 12 to 92, covering magnesium through uranium. It supports simultaneous analysis of up to 40 elements, with typical measurement times from 1 to 60 seconds.


Applications

The brochure specifically highlights applications in electronics, WEEE recycling, machinery processing, toy production, packaging manufacturing and consumer-product inspection.


RoHS Screening Capability

The Explorer 3000 is intended for rapid screening of restricted substances associated with RoHS compliance.

Typical screening elements include:

Important: handheld XRF normally measures total elemental concentration. It does not directly distinguish:

Positive or borderline screening results may require confirmatory laboratory analysis.


Detectable Element Range

The brochure lists fast analysis for elements including:

The stated overall elemental range is Mg to U, subject to calibration, sample matrix, measurement time and detector configuration.


Technical Specifications

Parameter

Specification

 Brand

 Skyray Instruments

 Model

 Explorer 3000

 Analytical Method

 Energy-dispersive X-ray fluorescence, EDXRF

 Elemental Range

 Atomic number 12–92, Mg to U

 Simultaneous Elements

 Up to 40 elements

 Content Range

 ppm to 99.99%

 Measurement Time

 1–60 seconds

 Typical Minimum Detection Limit

 Approximately 5 ppm, application-dependent

 Sample Forms

 Solid, liquid and powder

 Detector

 SDD

 Optional Detector

 Fast-SDD

 Detector Resolution

 128 eV

 X-Ray Tube

 Miniature silver-target X-ray tube

 Maximum Tube Setting

 50 kV, 200 μA

 Collimators

 4.0 mm and 2.0 mm

 Filters

 Six filters with automatic switching

 Camera

 5-megapixel high-resolution camera

 Display

 5-inch transflective LCD touchscreen

 Connectivity

 GPS, Wi-Fi and Bluetooth

 Data Transmission

 Digital multi-channel technology, SPI and waterproof mini-USB

 Standard Battery

 Rechargeable 9000 mAh lithium battery

 Optional Battery

 27000 mAh lithium battery

 Operating Temperature

 −20°C to +50°C

 Operating Humidity

 ≤90%

 Dimensions

 244 × 90 × 330 mm

 Instrument Weight

 Approximately 1.7 kg


Key Features

Rapid Non-Destructive Analysis


SDD Detector Technology


Automatic Collimator and Filter Selection


Built-In Sample Camera


Large Rotatable Display


Portable and Ergonomic Design


Long Battery Operation

Actual battery life depends on measurement frequency, screen use, wireless connectivity and ambient conditions.

Waterproof and Dust-Resistant Design

The brochure describes the Explorer series as waterproof and dustproof for use in demanding industrial environments. The exact IP rating should be confirmed before publishing a specific ingress-protection claim.


Software Functions

The Explorer software provides two principal operating modes:


Operator Mode

Designed for routine daily testing.


Expert Mode

Designed for experienced users.


Safety Features

The brochure lists several operator-protection features:

Status indicators include:

All XRF operation must comply with applicable radiation-safety, licensing, registration and operator-training requirements.


Safety Features

The brochure lists several operator-protection features:

  • Automatic X-ray tube shutdown when no sample is detected

  • Thick steel construction with lead shielding

  • Rubber radiation shield to reduce scattered X-rays

  • Manual safety interlock

  • Multi-colour instrument-status lights


Status indicators include:

  • Green for power-on or standby

  • Red flashing during measurement

  • Yellow flashing when a fault is detected

All XRF operation must comply with applicable radiation-safety, licensing, registration and operator-training requirements.


Available Accessories

The brochure shows the following accessories:

  • Heavy-duty travelling case

  • Car charger

  • Portable Bluetooth printer

  • Optional table stand

  • Additional battery

The accessory page labels one battery as 2700 mAh, while the technical and feature pages refer to 9000 mAh and optional 27000 mAh batteries. This discrepancy should be clarified with Skyray before publishing the accessory battery capacity.


Portable Table Stand

The optional table stand allows the handheld analyzer to be used in a supported benchtop configuration.

This is useful for:

  • Small samples

  • Repetitive component testing

  • Improved positioning consistency

  • Reduced operator fatigue

  • Safer controlled measurement setup

Typical Tested Materials

  • Printed circuit boards

  • Electronic components

  • Plastic housings

  • Electrical cables

  • Solder materials

  • Metal parts

  • Packaging materials

  • Toys

  • Batteries

  • Consumer products

  • Recycled electronic materials

  • Alloy components

  • Coatings and plated surfaces

Important Measurement Considerations

Surface Measurement

XRF measures the area directly exposed to the X-ray beam. Results can be affected by:

  • Coatings

  • Plating

  • Surface contamination

  • Sample thickness

  • Curved surfaces

  • Small sample size

  • Non-uniform composition


Sample Geometry

For the best repeatability:

  • Position the sample flat against the measurement window

  • Fully cover the measurement aperture

  • Use the same measurement location

  • Avoid gaps and irregular movement

  • Use the table stand for small samples where possible

 

Light-Element Measurement

The brochure states that light elements can be detected without helium. Actual performance for Mg, Al, Si, P and S depends strongly on:

  • Detector type

  • Window design

  • Calibration

  • Sample condition

  • Measurement time

  • Ambient-air absorption


Screening vs Compliance Confirmation

The Explorer 3000 is suitable for rapid screening. Final regulatory compliance decisions may require laboratory confirmation using an appropriate reference method.


Warranty & After-Sales Support

  • Warranty according to the confirmed commercial quotation

  • Installation and user training

  • Application-method setup

  • RoHS screening guidance

  • Calibration verification

  • Radiation-safety guidance

  • Software support

  • Battery and accessory support

  • Detector and X-ray tube troubleshooting

  • Preventive-maintenance support

  • Local technical support in Malaysia

Enquiry Information Required

Please provide:

  • Materials to be tested

  • Target elements

  • Expected concentration range

  • Required detection limit

  • RoHS screening requirement

  • Sample size and shape

  • Number of tests per day

  • Field or laboratory application

  • Need for alloy identification

  • Need for light-element measurement

  • Table stand requirement

  • Printer requirement

  • Reporting format

  • Applicable radiation-safety requirements


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