U.S. Solid 320g x 0.1mg Analytical Balance | 0.0001g Precision Laboratory Scale for Jewelry Analysis, Scientific Research & Compounding | RS232 Interface & Underhook Weighing | g, mg, ct, oz

U.S. Solid 320g x 0.1mg Analytical Balance | 0.0001g Precision Laboratory Scale for Jewelry Analysis, Scientific Research & Compounding | RS232 Interface & Underhook Weighing | g, mg, ct, oz

120g
Sale price  $140.00 Regular price $700.00
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U.S. Solid 320g x 0.1mg Analytical Balance | 0.0001g Precision Laboratory Scale for Jewelry Analysis, Scientific Research & Compounding | RS232 Interface & Underhook Weighing | g, mg, ct, oz
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U.S. Solid 320g x 0.1mg Analytical Balance | 0.0001g Precision Laboratory Scale for Jewelry Analysis, Scientific Research & Compounding | RS232 Interface & Underhook Weighing | g, mg, ct, oz

Sale price  $140.00 Regular price $700.00

  • 【STABLE ANALYTICAL BALANCE SENSOR】 This high precision digital lab scale utilizes electromagnetic force compensation to eliminate the drift common in lower-grade electronic scientific balances; provides consistent 0.1 mg resolution for sensitive laboratory weighing across all four weighing units
  • 【VERSATILE MILLIGRAM SCALE APPLICATIONS】 Ideal for compounding pharmacies, jewelry analysis, and chemistry research; this laboratory weighing instrument supports underhook weighing for density determination and specific gravity testing of solids or liquids
  • 【PRECISION SCIENTIFIC WEIGHING SPECS】 Massive 320 g capacity with impeccable 0.0001 g (ten-thousandth) readability; the rapid stabilization time of under three seconds ensures efficient data logging via the standard RS232 data interface
  • 【DURABLE LAB SCALE CONSTRUCTION】 Built with a heavy-duty cast aluminum alloy base to isolate environmental vibrations that affect milligram measurements; the reinforced glass draft shield prevents air currents from disrupting the precision weighing chamber
  • 【EASY CALIBRATION & MAINTENANCE】 Includes a 200 g external calibration weight for immediate accuracy verification; requires a thirty-minute warm-up to reach thermal equilibrium, ensuring this precision scientific balance maintains reliable, repeatable results

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