D6 PHASER

Traditional 2D XRD solutions utilize a very small spot on the sample with a very large detector. This works well for large instruments where space is available. In a benchtop, XRD 2D is used to assess the morphological state of the sample for insights into sample preparation and to associate reflections in phase ID. The D6 PHASER is capable of two forms of 2D diffraction. PHI 1D and the patented BRAGG2D utilize the full beam footprint in combination with any member of the LYNXEYE detector family to create a 2D diffraction image. This mode is available on every D6 PHASER no matter the detector, divergence slit, air scatter solution, or stage. 

• No special requirements: compatible with any member of the LYNXYE Family of detectors
• High-intensity fast scans as the full-sized beam is used
• Large beam footprint gives a proper assessment of the overall sample preparation quality
• The same information that is available using traditional 2D detectors and small beam sizes

The D6 PHASER is the most powerful and versatile benchtop X-ray diffractometer on the market. The platform design of the D6 PHASER allows us to expand the benchtop concept with more tools and accessories for many years to come. As new technologies are discovered, the backbone systems in the D6 mean that we can create new attachments to extend the D6 PHASER.

• Reflection to transmission, flat plate to foils, bulk to films, standard conditions to non-ambient, a stage for every experiment
• Optimizing the beam is easier than ever before with a range of fixed and motorized slits, Sollers, and air scatter screens

Complete guidance and a friendly interface instill user confidence in component changes for optimal instrument utilization so that the instrument can be used to its fullest extent.

• Startup Verification: The instrument displays a yellow questioning face to indicate its unknown verification status upon startup.
• Touchscreen Interface: The instrument features a user-friendly touchscreen interface with a dedicated push button method to initiate the verification process.
• Evaluation Parameters: During verification, the instrument assesses peak position, relative intensity, and full width at half maximum of four peaks across the measurement range.
• Reporting and Icon Generation: The verification process generates a comprehensive report and an icon that visually represents the system's readiness.
• Readiness Indicators: A green smile icon indicates that the system is ready to use, while a red frown icon suggests the need for new reference values to be applied. Pressing the Referencing and Verification button facilitates this process, resulting in a green smile once the goniometer axis is confirmed to be within specifications.

Users start by configuring the appropriate components for their measurements using DaVinci, a graphical representation of the instrument. Our software offers clear instructions and guidance for configuring the instrument setup.

The WIZARD tool allows users to plan method files for measurements. It provides step-by-step guidance through interactive templates, enabling users to define various measurements, including advanced features like variable step size, variable counting time (VCT), non-ambient temperature profiles, texture, stress, grazing incidence diffraction, and X-ray reflectometry.

COMMANDER offers multiple ways to execute measurements on the D6 PHASER. The immediate measurement interface provides direct control over the instrument, including generator power, configured axes, and scan conditions. The interface dynamically adjusts based on the chosen components in DaVinci. Alternatively, the JOB interface allows users to launch measurements using method files generated by WIZARD. A push-button interface is also available for executing method files with a single click or touchscreen interaction.

Measurements are stored in the result database and can be saved as files to specific locations. Our software provides automated analysis routines and a comprehensive scripting platform, allowing users to launch analyses and store the results directly in the database.

DIFFRAC.SUITE, along with the analysis applications, offers controlled access through a user database. This ensures that the right people have access to the appropriate features. The software is also GxP compatible, complying with the 21 CFR Part 11 protocol for regulated industries.