YOUR  AUTOMATIC  PROFIT PRODUCERS

AUTOMATIC 'ZA'  SERIES

General Information

Made by one of the foremost manufacturers of Wafer biscuit and Ice-cream cone machines. Years of experience are combined with the application of latest design  & technology to meet exacting market demand.  The equipment ranges from small tabletop machines to fully automatic machines. 

The goal is both, practicality of operation and maximizing profitability for customers. 

The Company also designs and supplies tailor made solutions to an individual customer' s need. 

'ZA' SERIES AUTOMATED ICE CREAM CONE BAKING MACHINE

The Automatic Ice-cream cone baking machine of the "ZA" Series consists of efficient ovens for the large-scale production of all kinds of  Ice cream cones, molded sugar cones, cups and hollow wafers. 

According to the output required, these machines are supplied with 18, 24 or 30 baking moulds or higher. 

The ovens can be heated by Liquefied Petroleum Gas (LP Gas) or Electricity. (Local electric power specifications must be supplied by the Customer) 

An automatic stacking device can be supplied as an optional extra. 

The machine is gear driven through a variable speed attachment by a powerful motor.     The baking speed/period is infinitely adjusted between 1-4 minutes . (approx.) 

The baking moulds are mounted on carriages fitted on to an endless chain. 

These moulds pass under an automatic batter depositor at a pre-selected speed of  between 60 sec. to 4 minutes.   

The batter pump is synchronized with the movement of the moulds to ensure accurate injection of the batter into the center of the mould. 

On emerging from the oven an automatic stripping device removes the waste batter. 

These moulds automatically open and the baked cones are ejected onto the stacking conveyor, they are subsequently packed. 

The baking moulds are manufactured from special quality cast alloy to ensure dimensional stability.  The moulds have a homogenous and dense surface, thus enabling thermal stability and heat accumulation and excellent thermal conductivity. 

The diameter of the selected cone decides the number of cavities in the moulds. (see the enclosed chart). 

The construction of the mould carriages is so designed to enable a quick changeover from one set of moulds to another for the production of a different size of cone.

The ovens are built with rigid steel frames of welded construction to eliminate distortion. 

The efficient insulation of the baking chamber gives a minimum loss of heat and efficient utilization of energy. 

Required Labor

One skilled and Four unskilled workers are required to complete all operations. 

Operational Area Requirements

The total operational area required is about 1000 to 1500 Sq. ft. 

Features

Batter Depositor

The deposing head of the Batter Depositor moves at the same speed as the baking moulds and so deposits the liquid batter centrally in the mould engravings.   

Cone Ejector

The ejector mandrel, synchronized with the speed of the passing moulds, moves in to loosen the cones from the open baking mould. The cones then drop into the chutes feeding onto the conveyor of the stacking device. 

Stripping Device

The cam-operated stripping knife removes the small lumps of the batter which form on the outside of the moulds at the steam slots during the baking process.   

Gas Burners

The efficiently designed burners ensure uniform heat for even baking characteristics.  This also ensures the optimal gas consumption. 

General

The Company is constantly guided by the principle of offering our customers better and better machines; and to offer increased efficiency and higher levels of automation. 

The technical data and illustrations are subject to change without notice.

Pricing

Since each machine is basically custom built to individual requirements, prices are quoted on an individual basis.  Please request more information by contacting us as below and provide us with the following information to enable us to accurately quote you prices:

1.      Hourly production capacity required

2.      Accurate power availability (actually measured) voltage and Cycles available (50 or 60Hz) as well as 1 or 3 phase electricity availability and preference.

3.      Country and City of proposed operation.