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ATC pH Probe (3-in-1) Amaris Medical
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ATC pH probe (3-in-1)

A ATC pH Probe (3-in-1) is a combination electrochemistry sensor that integrates pH sensing, reference electrode, and automatic temperature compensation (ATC) into a single probe, designed for accurate, simultaneous measurement of pH and temperature in clinical diagnostic, pharmaceutical quality control, and research laboratories . The built-in ATC sensor automatically corrects pH measurements for temperature-dependent variations in electrode slope, ensuring accurate readings across a temperature range of 0-90°C (or 0-100°C for specialized models) .
The probe features an epoxy body for durability and chemical resistance, an Ag/AgCl reference system (gel-filled or refillable), and a glass sensing bulb with a pH range of 0-14 . Available junction types include wick (general purpose), glass fiber (low maintenance), and ceramic (high precision), allowing selection based on sample type and application requirements . Response time is rapid, with stable readings achieved within 30 seconds at 25°C .
For the clinical laboratory scientist and medical technologist, the ATC pH Probe (3-in-1) simplifies pH measurement of biological fluids including serum, plasma, urine, and cerebrospinal fluid—reducing the need for separate temperature probes and minimizing sample handling . For the clinical pathologist, accurate pH measurement supports diagnosis of metabolic acidosis, alkalosis, diabetic ketoacidosis, and renal tubular disorders. For the quality control chemist, the probe provides reliable pH measurement of calibration buffers and QC samples, ensuring that pH meters used for patient sample testing are properly calibrated and functioning within acceptable parameters .
Compatible with pH meters accepting BNC and Mini-DIN/8-pin connectors, the ATC pH Probe (3-in-1) is an essential tool for clinical chemistry laboratories, pathology departments, pharmaceutical QC labs, and research facilities requiring accurate, reproducible pH measurement for patient sample testing, quality control, and diagnostic applications.
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Electronic Bottle-Top Dispenser (dFlow) Amaris Medical
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Electronic Bottle-Top Dispenser (dFlow)

The dFlow Electronic Bottle-Top Dispenser is a motor-controlled digital dispensing system designed for precise, fatigue-free delivery of laboratory reagents directly from reagent bottles . Featuring a volume range of 0.1-99.9mL with 100μL resolution, 16 adjustable speed levels, and a TFT display module, this dispenser provides accurate volume delivery (10mL: R=0.5%, CV=0.3%) compliant with DIN EN ISO 8655 standards .
The external remote control panel allows operation without manual disturbance, significantly reducing the risk of repetitive strain injury while keeping operators away from hazardous chemical contact . Two operation modes—dispenser mode for single aliquots and stepper mode for continuous multi-volume dispensing—provide versatility for diverse laboratory workflows . A recirculation feature minimizes costly reagent waste by allowing priming without discarding expensive solutions .
For the clinical laboratory scientist and medical technologist, the dFlow electronic dispenser supports accurate dispensing of clinical chemistry reagents, immunoassay buffers, molecular biology reagents, and pharmaceutical quality control samples. The stepper motor drive ensures smooth, consistent operation across 16 adjustable speed levels, accommodating liquids of varying viscosities . The fluid path features chemically resistant materials (borosilicate glass cylinder, FEP tubing, PTFE components) compatible with a wide range of laboratory reagents . Included bottle adapters (S40, GL25, GL28, GL32, GL38) allow attachment to various reagent bottle thread sizes via the standard GL45 base .
For the patient undergoing diagnostic testing, precise and consistent reagent dispensing using the dFlow electronic bottle-top dispenser ensures that clinical chemistry, immunoassay, and molecular diagnostic test results are accurate, reliable, and reproducible—supporting appropriate clinical decision-making across laboratory medicine and pharmaceutical quality control applications.
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