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Microprocessor Colony Counter

APEX LABS

MICROPROCESSOR DIGITAL COLONY COUNTER (AL-270 SERIES)

The Apex Labs AL-270 Microprocessor Colony Counter is a highly sophisticated microbiology analysis system engineered for rapid, error-free tabulation of bacterial and mold colonies on Petri dishes. Equipped with intelligent error-correction algorithms, a robust dual-mode counting mechanism, and a non-volatile memory matrix, this benchtop system safeguards data integrity and optimizes labor efficiency across bacteriological, pharmaceutical, food quality control, and environmental testing laboratories.

Technical Specifications

ParameterEngineering Standard
Display Interface6-Digit High-Visibility LED Display Block
Maximum Counting Range0 to 999,999 Counts
Petri Dish Capacity SizeUp to 110 mm Diameter
Optical Magnification Lens1.7x Power Factor with Adjustable Mount
Power Supply Requirements230 V ±10% AC, 50 Hz Single-Phase Grid

System Configurations & Accessories Matrix

Model CodeConfiguration DescriptionFunctional Elements IncludedCommercial Action
AL-270Main Benchtop UnitMicroprocessor counter station, 1.7x magnifier arm, auto-marker pen, power cable, and operation manual.Request Quote
AL-271Replacement Spare ComponentSpare Electronic Counting Pen / Marker Probe AssemblyGet Spare

Key Architectural Features

  • Non-Volatile Data Auto-Saving: Integrated storage module features automatic session recovery, retaining the exact tally values safely in hardware memory during unexpected laboratory mains power failures.
  • Fail-Safe Dual-Counting Redundancy: Outfitted with an auxiliary key-switch control panel that allows analysts to continue working manually through structural tactile switches if the primary electronic pen encounters terminal tip failure.
  • Intelligent Error Correction & Decrement Control: Resolves accidental human errors or pen skipping with a precision lockable decrement utility that enables seamless one-step rollbacks without zeroing out overall workflow times.
  • Back-Counting Error Safeguards: Embedded logic protocols actively screen out backward counting double-trigger errors, securing baseline labor time value against overlapping inputs.