Ex-Showroom Baker Max Spiral Mixer 130L FS130A-VIC634 (3 Phase, 50kg Flour)

Handle large-scale dough production with this ex-showroom Baker Max spiral mixer (Lot VIC634). This impressive 3-phase mixer, model FS130A, is in as new condition directly from the showroom, built for demanding bakeries and pizzerias. With a substantial 130L bowl capacity and the ability to handle up to 50kg of dry flour, it’s a powerful and certified used commercial dough mixer offering exceptional value and performance, backed by a 12-month warranty.

Ex-Showroom: Baker Max Spiral mixer 3 phases 130t bowl 50kg flour – FS130A-VIC634

Lot Number: VIC634

Class: 1

Conditions: Showroom Unit. AS NEW, without packaging.

Warranty: 12 months

The big one from Bakermax, the FS130A is colossal in size and is the premier spiral mixer for large-scale bakeries and pizzerias delivering huge quantities of smooth dough mass the rapidly create the finest pizzas, breads, and wraps.

When production is high and the quantity that needs to be processed is big the FS130A arrives to deliver. This machine is immense, and powerful and is part of a productive and reliable line of great spiral mixers that have been sculptured and ingeniously constructed by Bakermax, who deliver the most utilized bakery equipment. Bakermax’s dough machines are at the top of the competition for those operating a bakery or pizzeria. The FS100A is one of the biggest mixers on offer, holding up to a whopping 130 liters and 50kg of dry ingredients!

key Features

• 3 phases two speed electronically controlled
• Stainless steel cover with safeguard
• CE certification
• Strong & durable
• Clean easily
• Fully automatic
• Dimension (WxDxH mm): 730x1160x1380
• Litre: 130
• Max Dry Ingredients* (kg): 50

* Maximum capacities are based on dry bread flour & a MINIMUM of 55% water content. Overloading machines and/or using the incorrect speed can cause
damage & will void the warranty. Prices and specifications are subject to change without notice. Pictures are for illustrative purposes and final product may differ