Milk, Cheese, and Meat - Wireless pH Testers

Measure pH across a range of food products with wireless testers designed for milk, cheese, and meat analysis in food science and agricultural studies.

• Wireless bluetooth connectivity for real time data monitoring

• Application-specific probes for milk, cheese, and meat samples
• Accurate pH measurement with automatic temperature compensation
• Supports investigation of fermentation, spoilage, and food quality
• Portable, durable design for lab and field use
• Rechargeable battery for extended operation
• Compatible with mobile apps for data logging and analysis

The Wireless pH tester for milk is designed for accurate measurement of pH in dairy products, making it a strong fit for food science and agricultural education. A specialized probe optimized for milk and semi-solid samples ensures reliable readings, enabling students to explore concepts such as fermentation, spoilage, and quality control in dairy production. Bluetooth connectivity supports seamless pairing with compatible devices for real time data monitoring and analysis, reinforcing data driven investigations. The portable, waterproof design and rechargeable battery support use in both classroom labs and field based agricultural studies.

The Wireless pH tester for cheese is built to measure acidity in cheese, curds, and other semi-solid dairy products, supporting instruction in food science and agriculture. The probe design maintains consistent contact with soft and textured samples, allowing students to investigate pH changes during cheese production and fermentation. Integrated Bluetooth connectivity enables real time data collection and analysis through a compatible mobile device, supporting deeper exploration of processing techniques. The durable, portable construction and rechargeable battery make it well suited for classroom labs and CTE programs focused on food production and quality control.

The Wireless pH tester for meat is engineered to measure pH in raw meat, supporting studies in food science, agriculture, and quality assessment. The penetration-style probe allows for direct measurement of internal pH, helping students examine postmortem changes, freshness, and processing conditions. Bluetooth connectivity enables real time data tracking and analysis through a compatible mobile device, helping visualize biochemical changes in protein based foods. The rugged, portable design and rechargeable battery support use in classroom labs, agricultural programs, and food safety training environments.