Taylor 25 lb Dial Portion Control Scale
ITEM#: TS25KL
Product Overview
The Taylor 25 lb Dial Portion Control Scale is a heavy-duty, NSF-listed mechanical portioning scale built for consistent, reliable weight measurements in high-volume foodservice environments. With a 25 lb x 2 oz capacity, dual oz/g display, and a removable stainless steel platform, it's a durable, low-maintenance workhorse for any busy kitchen.
Key Features:
- 25 lb Capacity: Weighs up to 25 lb x 2 oz with dual ounce and gram readout for versatile portioning across any recipe or application.
- Angled Front Display: Easy-to-read dial display angled for clear visibility during top-loading use.
- Removable Stainless Steel Platform: Durable, cleanable platform removes easily for quick sanitation between uses.
- No Batteries Required: Mechanical dial design requires no power source for continuous, maintenance-free operation.
- NSF Listed: Certified for commercial foodservice use.
A reliable, no-fuss mechanical scale built to handle heavy portioning demands shift after shift.
Product Overview
The Taylor 25 lb Dial Portion Control Scale is a heavy-duty, NSF-listed mechanical portioning scale built for consistent, reliable weight measurements in high-volume foodservice environments. With a 25 lb x 2 oz capacity, dual oz/g display, and a removable stainless steel platform, it's a durable, low-maintenance workhorse for any busy kitchen.
Key Features:
- 25 lb Capacity: Weighs up to 25 lb x 2 oz with dual ounce and gram readout for versatile portioning across any recipe or application.
- Angled Front Display: Easy-to-read dial display angled for clear visibility during top-loading use.
- Removable Stainless Steel Platform: Durable, cleanable platform removes easily for quick sanitation between uses.
- No Batteries Required: Mechanical dial design requires no power source for continuous, maintenance-free operation.
- NSF Listed: Certified for commercial foodservice use.
A reliable, no-fuss mechanical scale built to handle heavy portioning demands shift after shift.