Buffalo Bistro Double Ribbed Contact Grill (CU604)

The reliable Buffalo bistro contact grill combines a tough stainless-steel build with ribbed cast iron plates for long-term use and exceptional grilling results. With an adjustable swivel head and variable heat dials for different thicknesses and temperatures, you have complete control over the entire grilling process.

The Buffalo ultra-heavy-duty cast-iron grill plates are perfect for everyday commercial use and are the ideal non-stick cooking surface when seasoned. Thanks to the ribbed design of the plates, food is cooked with branding lines, giving a premium just-grilled look. The ribbed plates also help to channel grease away from the food into the drip tray – perfect for reducing the grease in food and keeping the plates ready to cook the next item.

Supplied with a removable grease tray and griddle scraper for simple cleaning. Responsive manual controls are front facing so the plates can be independently controlled for rapid heat-up when needed. A grill scraper is included for efficient cleaning in between uses, helping to create a hygienic work area.

Please note this item exceeds 30kg and as such the carrier may require assistance at point of delivery

Product Details:

• Brand: Buffalo
• Dimensions: 210(H) x 550(W) x 395(D)mm
• Dimensions Area: 210×226
• Material: 430 Stainless Steel
• Power: Electric
• Temperature Range: 100 deg C to 300 deg C
• Voltage: 230V
• Warranty: 2 Years Parts & Labour
• Product Weight: 28kg

Further Information:

• Heavy duty cast iron grill plates for long service life
• Counter balanced top plate for fuss-free cooking
• Responsive front-mounted manual controls
• Independently controlled plates with rapid heat-up
• Removable grease collection tray
• Adjustable swivel top plates maximises cooking area
• Grill scraper included for efficient cleaning
• Please note this item exceeds 30kg and as such the carrier may require assistance at point of delivery
• Please note this item exceeds 30kg and as such the carrier may require assistance at point of delivery