Skyfood GL200F Manual Meat Slicer w/ 8" Blade, Belt Driven, Aluminum, 1/4 hp - Image 1
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SKU: 248-GL200F
Brand: Skyfood
Model: GL200F

Skyfood GL200F Manual Meat Slicer w/ 8" Blade, Belt Driven, Aluminum, 1/4 hp

The Skyfood GL200F is a compact, belt-driven manual meat slicer with an 8" chromium-plated carbon steel blade. Ideal for light-duty slicing in commercial kitchens, featuring a cast aluminum body, removable carriage, and moisture-proof switch. Perfect for delis, sandwich shops, and small restaurants.

Key Features

  • 8" chromium-plated carbon steel blade with a maximum slice thickness of 9/16 inch for precise, professional slicing
  • Belt-driven mechanism ensures smooth, consistent performance for light-duty applications
  • Cast aluminum body with removable carriage and nonslip rubber feet for stability and easy cleaning
  • Top-mounted knife sharpener for optimal blade performance, reducing downtime for maintenance
  • Moisture-proof on/off switch and compact design (16 15/16" W x 15 15/16" D x 15 15/16" H) ideal for small kitchens
The Skyfood GL200F manual meat slicer is a reliable, compact solution for light-duty meat slicing in commercial kitchens. Designed with a durable cast aluminum body, this belt-driven slicer ensures stability and longevity, making it perfect for delis, sandwich shops, and small restaurants. Its 8" chromium-plated carbon steel blade delivers precise, consistent slices, with a maximum thickness of 9/16 inch—ideal for deli meats, cheese, and other soft products. The top-mounted knife sharpener ensures optimal blade performance, while the removable carriage and nonslip rubber feet enhance convenience and safety. Whether you're preparing deli meats, roast beef, or turkey, the GL200F delivers professional-quality results with minimal effort. Its moisture-proof on/off switch and easy-to-clean design make it a practical choice for busy restaurant environments. Built to last, this 1/4 HP manual slicer is a cost-effective investment for businesses prioritizing performance and durability without sacrificing space efficiency.