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DHS V9648 High-Throughput Tissue Grinder

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Brand DHS
Origin Tianjin, China
Model V9648
Instrument Type Benchtop High-Throughput Grinder
Sample Compatibility Hard, semi-hard, brittle, elastic, fibrous, and soft biological & inorganic materials
Maximum Feed Size Adjustable via adapters
Final Particle Size ≤5 µm
Throughput 48 × 2.0 mL tubes, 24 × 5.0 mL tubes, 15 × 5.0 mL hardened grinding tubes, or one 96-well deep-well plate
Vibration Frequency Range 1000–2100 cycles/min
Grinding Time Setting Digital display, 1–99 sec adjustable
Programmable Cycles Up to 9 automatic repeats
Motor Brushless DC motor
Power Consumption 300 W
Dimensions (W×H×D) 406 × 484 × 346 mm
Net Weight 50 kg
Noise Level <65 dB(A)
Safety Features Full-cycle safety interlock, proprietary anti-loosening clamping mechanism
Grinding Modes Dry grinding, wet grinding, cryogenic grinding
Chamber Material Anodized aluminum alloy base + PTFE-coated contact surfaces

Overview

The DHS V9648 High-Throughput Tissue Grinder is an engineered benchtop solution for rapid, reproducible mechanical homogenization of diverse biological and inorganic samples through vertical reciprocating ball-milling. Utilizing controlled high-frequency oscillation (1000–2100 cycles/min), the instrument delivers consistent impact, shear, and friction forces across all sample positions simultaneously—enabling uniform cell lysis, tissue pulverization, and particle size reduction to ≤5 µm without thermal degradation. Designed for laboratories requiring rigorous sample preparation scalability—especially in genomics, proteomics, forensic toxicology, agricultural biotechnology, and environmental monitoring—the V9648 operates under closed-tube conditions to preserve sample integrity, prevent cross-contamination, and support downstream analytical workflows including DNA/RNA extraction, protein solubilization, and elemental analysis.

Key Features

  • Vertical reciprocating motion architecture ensures efficient energy transfer and maximizes grinding force distribution across all sample positions.
  • True high-throughput capability: accommodates up to 96 samples per run using standardized 96-well deep-well plates or configurable tube adapters (48 × 2.0 mL, 24 × 5.0 mL, or 15 × 5.0 mL hardened tubes).
  • Proprietary anti-loosening clamping system with auto-centering alignment guarantees secure, vibration-resistant fixation of grinding plates during operation—eliminating positional drift or adapter misalignment.
  • Full-cycle safety interlock prevents motor activation unless the lid is fully engaged and all adapters are correctly seated; status indicators provide real-time feedback on operational readiness.
  • Digital time control (1–99 seconds) with programmable repeat cycles (up to 9) enables precise method standardization across users and shifts.
  • Brushless DC motor delivers stable torque output, low maintenance requirements, and extended service life under continuous high-load operation.
  • PTFE-coated contact surfaces and anodized aluminum housing resist chemical corrosion and facilitate decontamination between runs—critical for GLP-compliant labs handling regulated matrices.

Sample Compatibility & Compliance

The V9648 accepts a broad spectrum of sample types—including hard tissues (bone, teeth), fibrous plant material, frozen microbial pellets, ceramic powders, and polymer composites—without pre-sizing constraints, as feed size is determined solely by adapter selection. Cryogenic grinding is supported via liquid nitrogen–precooled adapters, enabling processing of thermolabile analytes. All grinding protocols align with common method validation frameworks referenced in ISO 17025-accredited laboratories. While not certified to specific regulatory standards (e.g., FDA 21 CFR Part 11), the instrument’s repeatable timing, mechanical traceability, and closed-system design support audit-ready documentation when integrated into SOPs compliant with CLIA, CAP, or GMP environments.

Software & Data Management

The V9648 operates via embedded digital control interface—no external PC or proprietary software required. Ten user-defined programs can be stored locally, each preserving time, cycle count, and frequency settings. Timestamped operation logs are not generated internally; however, integration with laboratory information management systems (LIMS) is achievable via external timer relays or PLC-triggered I/O signals (optional accessory). For regulated environments, manual logbooks or electronic batch records may be used to document run parameters, operator ID, date/time, and sample identifiers—consistent with ALCOA+ data integrity principles.

Applications

  • High-yield nucleic acid isolation from plant leaves, animal liver, or blood clots prior to qPCR or NGS library prep.
  • Rapid homogenization of forensic evidence (e.g., hair shafts, bone fragments) for toxicological screening or STR profiling.
  • Preparation of homogeneous reference materials for ICP-MS or XRF analysis in environmental soil and sediment testing.
  • Cryogenic milling of pharmaceutical excipients and active ingredients to achieve sub-5 µm particle distributions for dissolution testing.
  • Cell disruption of yeast and bacterial cultures under non-denaturing conditions for native protein purification.
  • Comminution of mineral ores and construction aggregates for geochemical assay calibration standards.

FAQ

What types of adapters are included with the base unit?
The V9648 host does not include adapters by default. Optional accessories include part numbers 0401289-1 (48 × 2.0 mL), 0401289-2 (96-well deep-well plate), 0401289-3 (15 × 5.0 mL hardened tube), and 0401289-4 (24 × 5.0 mL centrifuge tube) adapters.
Can the instrument perform cryogenic grinding without modification?
Yes—cryogenic grinding is supported using standard adapters pre-chilled in liquid nitrogen. No hardware modifications are required; users must ensure proper personal protective equipment (PPE) and ventilation per OSHA guidelines for cryogen handling.
Is there a built-in data export function or USB port?
No. The V9648 features standalone digital controls only. Data recording must be performed manually or via external automation interfaces.
What maintenance intervals are recommended for routine operation?
Brushless DC motor requires no scheduled brush replacement. Annual inspection of clamping mechanism wear, vibration dampeners, and PTFE surface integrity is advised. Cleaning with isopropanol and lint-free wipes after each use maintains optimal performance.
Does the device meet CE or UL certification requirements?
The V9648 complies with IEC 61000-6-2 (immunity) and IEC 61000-6-4 (emissions) for industrial environments. It carries China Compulsory Certification (CCC) but is not CE-marked or UL-listed for North American or EU markets.

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