LANYO FASP-30B Fully Automated Solid Sample Preparation System (Inline Production Line)

Overview

The LANYO FASP-30B Fully Automated Solid Sample Preparation System is an inline, high-integrity laboratory workstation engineered for unattended, standardized processing of dry solid environmental matrices—including soils, sediments, mine tailings, industrial solid waste, bedrock chips, and geological deposits. It implements a deterministic, traceable workflow grounded in rheological consistency, mechanical sieving fidelity, and contamination-controlled material handling. Unlike semi-automated grinders or benchtop mills, the FASP-30B integrates sequential unit operations—coarse grinding, fine grinding, vibratory homogenization, multi-stage sieving (10–200 mesh), quartering by simulated cross-mix division, gravimetric subsampling, vial filling, and end-of-cycle decontamination—into a single, ISO/IEC 17025-aligned platform. Its architecture supports full chain-of-custody documentation, making it suitable for regulatory-compliant laboratories operating under EPA, CNEMC, or GLP frameworks where sample integrity directly impacts decision thresholds in risk assessment and remediation validation.

Key Features

• 30-position automated sample carousel with programmable inlet/outlet sequencing, enabling continuous 24/7 operation without manual intervention
• Two-stage grinding system: primary jaw crushing preserves soil aggregate microstructure and minimizes lattice distortion; secondary impact milling delivers precise particle size distribution across 60-, 100-, and 200-mesh fractions
• Vibratory mixing module ensures complete homogeneity post-sieving via controlled amplitude/frequency profiles compliant with GB/T 6003.1–2022 sieve calibration standards
• Quadrant division mechanism replicates ASTM D2234-style manual coning and quartering, eliminating operator bias while maintaining mass balance within ±0.5% repeatability
• Integrated analytical balance (0.001 g resolution) with draft shield and auto-tare function for certified subsampling prior to vial loading
• Triple-mode cleaning cycle: rotating bristle brushes, vacuum-assisted particulate removal, and acoustic dampening—validated for <10 ng residual metal carryover between samples (ICP-MS verified)
• Modular enclosure design with stainless-steel contact surfaces, HEPA-filtered airflow, and non-metallic grinding media to eliminate exogenous elemental contamination

Sample Compatibility & Compliance

The FASP-30B is validated for use with heterogeneous solid matrices having moisture content ≤15% (w/w) and bulk density 1.2–2.8 g/cm³. It conforms to over 105 national and industry-specific protocols, including HJ/T 166–2004 (soil monitoring), NY/T 395–2012 (agricultural soil), DZ/T 0130.4–2006 (geological lab QA/QC), HJ/T 20–1998 (solid waste), and EJ/T 428–1989 (radiological soil handling). All operational parameters—including grind time, vibration duration, sieve dwell time, and cleaning sequence—are configurable and logged with timestamped audit trails satisfying FDA 21 CFR Part 11 requirements for electronic records and signatures. The system supports GLP-compliant metadata tagging (sample ID, analyst ID, method version, instrument calibration status) embedded in exported CSV/Excel reports.

Software & Data Management

Controlled via LANYO LabOS™ v4.2—a browser-based, role-secured interface supporting multi-user access control, method library management, and real-time process monitoring. Each run generates a digital batch record containing raw sensor data (motor current, temperature, vibration amplitude), intermediate weight logs, sieve retention percentages, and final vial assignment maps. Data exports are structured in FAIR-compliant format (Findable, Accessible, Interoperable, Reusable) and integrate natively with LIMS platforms via HL7 or RESTful API. Optional add-ons include remote diagnostics, predictive maintenance alerts based on motor load trending, and blockchain-anchored result immutability for third-party verification.

Applications

• National and provincial environmental monitoring networks requiring high-throughput, auditable soil preparation for heavy metal speciation, pH, CEC, and bioavailable nutrient analysis
• Geological survey institutes performing systematic rock/mineral fragmentation for XRF, ICP-OES, and hyperspectral correlation studies
• Contaminated site assessment labs executing EPA Region 4–aligned sampling plans under CERCLA or RCRA corrective action programs
• Academic research groups investigating pedogenic processes, sediment transport dynamics, or microplastic distribution in archived core samples
• Mobile field labs deployed at mining sites or ecological restoration zones, leveraging its <20 m² footprint and 220 V/50 Hz power compatibility
• Reference material producers validating homogeneity and stability of CRM batches per ISO Guide 35 requirements

FAQ

Does the FASP-30B support integration with XRF or LIBS analyzers?
Yes—via optional RS-232/Modbus TCP gateway modules that synchronize sample ID, target mesh size, and weight metadata with downstream spectrometers.
Can the system handle wet or frozen samples?
No—it is designed exclusively for air-dried or oven-dried solids (≤15% moisture); optional pre-drying modules are available as auxiliary units.
What is the maximum throughput per 8-hour shift?
Up to 120 samples (30-position carousel × 4 cycles), assuming standard 60/100/200-mesh preparation protocol.
Is method validation documentation provided?
Yes—each shipment includes IQ/OQ/PQ protocols, GMP-aligned test scripts, and a Certificate of Conformance referencing ISO/IEC 17025:2017 clause 5.5.2.
How is cross-contamination verified between runs?
A certified blank matrix (quartz sand spiked with 10 ppb Cr, Pb, As) is processed after every 10th sample; recovery must remain <5% to trigger automatic cleaning escalation.