AllPoints 93997K Digital Thermometer Kit with Stainless Steel Probe
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- Compact footprint for space-saving workplaces
- High accuracy within ±0.2°C ensures safety
- Stainless steel probe resists corrosion and wear
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The Atkins 93997K Thermometer Kit Digital is a precise digital temperature measurement device designed for foodservice operations and commercial kitchen environments. Manufactured by Atkins, this OEM thermometer features a compact footprint with dimensions of 2 inches in height, 5 inches in width, and 9.7 inches in depth. Weighing only 0.85 lbs, it is constructed from durable materials suitable for frequent maintenance. The model 93997K offers fast and accurate temperature readings suitable for monitoring critical food safety parameters. Its technical specifications include a compact size optimized for handheld use, ensuring easy integration into busy workflows for quality control, HACCP compliance, and process monitoring within commercial foodservice settings.
The Atkins 93997K Thermometer Kit Digital provides high-precision temperature measurement for foodservice professionals. Its ergonomic design ensures durability with a stainless steel tip for consistent contact. Easy calibration and battery replacement improve maintenance efficiency. Suited for handheld use in temperature-sensitive workflows, it enhances workflow accuracy. Its integrated digital display allows rapid readings, supporting HACCP compliance in kitchen environments.
Ideal for commercial kitchens requiring precise temperature monitoring during food prep and storage
The AllPoints 93997K Thermometer Kit Digital is engineered to meet demanding food safety standards, featuring a compact, lightweight construction with a stainless steel probe tailored for frequent use. It operates with standard battery power, delivering rapid, accurate temperature readings—within ±0.2°C—suitable for monitoring critical points in cooking, cooling, or storage processes. The device’s small footprint (2" x 5" x 9.7") allows for ease in handling, cleaning, and calibration while maintaining a robust build from corrosion-resistant materials. Designed for moderate workflow environments, this digital thermometer supports HACCP compliance and simplifies temperature documentation. Its non-hazardous composition and compatibility with typical commercial kitchen storage protocols ensure consistent performance in diverse foodservice applications.
A commercial digital thermometer is an electronic temperature measurement device used in foodservice and food processing environments to ensure food safety and quality. The AllPoints Atkins 93997K Thermometer Kit Digital is designed for precise, rapid readings during food preparation, storage, and quality control checks. It is typically installed in handheld form for easy use and maintenance within moderate workflow settings, such as kitchen lines or cold storage areas. This model’s design focuses on providing accurate measurements within a broad temperature range, ideal for monitoring HACCP-critical points in foodservice operations to meet industry standards and maintain product integrity.
Top digital thermometers like the AllPoints Atkins 93997K offer reliable, rapid temperature readings for moderate use in commercial kitchens, supporting safe food handling and HACCP protocols. Its robust design and durable construction ensure consistent performance in food prep areas and cold storage environments, making it suitable for professional foodservice operations requiring precise temperature control and documentation.
Designed for durability and precision, the AllPoints 93997K Thermometer Kit Digital stands out with its stainless steel probe and compact ergonomic design, making it suitable for frequent use in commercial kitchens. Unlike standard models, it offers rapid, highly accurate readings within minimal time, supporting efficient workflow and strict food safety protocols. Its straightforward calibration and maintenance features help maintain consistent operation while its size allows easy integration into tight spaces, improving overall operational efficiency.
