X50 alloy

Used for on-site analysis of alloy grades and elements.

Alloy Material Identification (PMI)

PMI is an essential part of safety management in industries such as metal smelting, machinery manufacturing, pressure vessels, power plants, petrochemicals, biopharmaceuticals, aerospace, cement and fertilizers. Mixing or using unqualified materials can cause serious accidents. The Sciaps portable XRF alloy analyzer is used to ensure that the alloy components used in production and installation meet the specifications required by the design.

Metal waste recycling

The recycling and reuse of scrap metals require the use of Sciaps portable XRF alloy analyzers to conduct on-site analysis and testing of a variety of alloy types and material qualities. To make prompt and reliable judgments and provide necessary information for both parties in raw material transactions.

In the metal manufacturing industry, quality assurance and quality control (QA/QC) of materials, semi-finished products, and finished products are essential. Mixing or using unqualified materials will inevitably cause losses to the enterprise. The Sciaps portable XRF alloy analyzer is widely used in various manufacturing industries, from small metal material processing plants to large aircraft manufacturers. It has become an instrument for material confirmation, semi-finished product inspection, and finished product re inspection in the quality system.

film analysis

By selecting the coating mode, the thickness of the metal coating can be measured using the X series analyzer.

Mode, element, measurement substrate, brand

Patterns and elements
◆ Alloy:Ti、V、Cr、Mn、Fe、Co、N、Cu、Zn、W、Hf、Ta、Pb、Bi、Zr、Nb、Mo、Sn. Sb、Cd、Ag、Au、Pt、Pd、Rh Waiting for 25 elements.
◆Measurement body: including but not limited to aluminum alloy, tool steel, chromium molybdenum steel, nickel alloy, titanium alloy, cobalt alloy, nickel/cobalt alloy, forged aluminum alloy, copper alloy, precious metals, zinc alloy, abnormal alloy, stainless steel, zirconium alloy, hybrid alloy and other items.
◆There are over 500 standard alloy grades in the standard library, and users can customize hundreds of non label numbers that meet special requirements.

Technical Features

High precision and good repeatability

The SciAps XRF analyzer is the 5th generation handheld XRF analyzer developed by a team led by Dr. Don Sackett from the United States, using new hardware and software. The advanced detectors and optimized core algorithms of this instrument have greatly improved the repeatability of important indicators.

Compact, lightweight, and easy to use

A 5-inch large screen color display that is clearly visible under all lighting conditions.

The instrument can stand on the table with its unique square design at the bottom, making it easy to place.

Easy to operate, even non-technical personnel can easily master it in a short period of time.

Durable and safe

The analyzer adopts industrial grade double-layer detector protection technology and comes with a standard stainless steel shutter protection device, effectively protecting the detector from irregular sample damage during the testing process. Reduced the risk of analyzer damage and lower the cost of later use.

The shutter protection device can also effectively block X-rays and prevent accidental injuries.
◆ Heat dissipation structure design, with higher heat dissipation efficiency, can better protect the electronic components inside the instrument and extend the life of electronic components. The instruments are tested in a high-temperature chamber before leaving the factory, simulating a high-temperature working environment. Only instruments that pass the test will be sent to customers.
Easy to operate and compatible operating platform
User oriented Android system, intuitive, simple, and easy to upgrade. Provide a user experience.

If the software can run on the Android platform, it can run on SCIAPS instruments.

Adopting embedded GPS and high-definition camera, the instrument integrates GPS location information, XRF analysis data, and color images. These data are interrelated, can be stored and called together, and have the ability to trace data back to the field, in order to establish documents and draw mapping maps of element positions.
Concise report production and archiving operations, with the ability to trace data back to the field, in order to establish documents and draw mapping maps of element positions.
During the report production and archiving process, files support seamless connection and sharing between instruments, mobile phones, PCs through data transfer methods such as WIFI, USB, Bluetooth, and USB.