Fisher Accumet Excel XL15 Benchtop pH-mV Meter with ATC Probe and Support Arm

The Fisher Accumet Excel XL15 pH-mV Meter is a precision microprocessor-controlled analytical instrument designed for accurate measurement of pH, absolute mV, relative mV, and pH (FET) values. This benchtop pH meter includes an Automatic Temperature Compensation (ATC) probe and a support arm for ease of electrode handling (electrode sold separately).

Key technical features include:

• Microprocessor precision with intuitive touchscreen interface for streamlined operation.
• Capability to measure various electrochemical parameters: pH, absolute mV, relative mV, and FET pH readings.
• Automatic buffer recognition with the option to select from three standard buffer groups.
• Calibration flexibility with support for up to five standard or user-defined buffer solutions, ensuring accuracy for diverse analytical protocols.
• Customizable display and configurable operating parameters for user-tailored workflows.
• Operator and sample identification capabilities facilitating data traceability in regulated environments.
• Robust data management with internal memory capable of storing up to 1000 data points per user profile; supports data transfer to external devices such as computers or printers.
• Extensive online help integrated into the interface aids quick user adoption and troubleshooting.

This benchtop pH-mV meter is widely used in fields such as molecular diagnostics, biotechnology research, and bioprocessing, making it essential for workflows involving precise pH measurement in biopharmaceutical production pipelines and synthetic biology applications. Its ability to maintain accuracy in variable temperature environments via ATC makes it ideal for live-cell imaging preparation, cell culture monitoring, and other sensitive biochemical assays.

Compatible electrodes, including Hanna brand sensors, can be procured separately to suit specific laboratory requirements. The Accumet Excel XL15 supports advanced electrochemical analysis and is valued among scientists seeking reliable and customizable pH measurement solutions in clinical diagnostics and biomedical engineering research settings.