Automatic sample preparation system

automatedfor spectrometryfor research

Overview
Automated integration of Raman spectroscopy and X-ray diffraction (XRD) enables coordinated characterization of solid-state samples. Raman spectroscopy provides rapid, non‑destructive molecular information, while XRD delivers phase composition, crystallinity and structural data. Automating both techniques in a single workflow standardizes operations, increases throughput and produces reliable, consistent data for materials research, formulation development and quality control.

Detailed description
Automation of analytical sample handling, preparation and measurement combines multi‑modality Raman spectroscopy and XRD to deliver efficient, reproducible analysis of molecular and crystalline structures. Integrated workstations reduce manual handling, streamline sample throughput and ensure consistent measurement conditions across research and routine laboratory tasks.

Benefits

• Combined molecular and structural insight (Raman + XRD)
• Improved throughput and productivity through automation
• High reproducibility and consistent data
• Reduced manual effort and lower operational risk
• Applicable to materials research, formulation development and quality control
• Scalable automation for varied laboratory sizes and workflows

Software and workflow capabilities
Fast, flexible experiment automation: design, execute, analyze and report experiments with automated workstations using prebuilt workflows or custom sequences assembled from predefined tasks. Orchestrate multi‑instrument workflows, coordinate manual and automated steps, and centralize experiment status, messaging and inventory management.

Technical features / specifications

• Integrated techniques: Raman spectroscopy (molecular, non‑destructive) and X‑ray diffraction (phase composition, crystallinity, structural properties)
• Typical applications: materials research, formulation development, quality control
• Capabilities: automated sample preparation, synthesis support, process research and formulation workflows
• Outcomes: standardized procedures, increased throughput, reproducible and consistent data
• Software: experiment automation, workflow orchestration and laboratory management components (scalable)