Twin Screw Food Extruder Machine

DIFFERENT MODEL OF ORDINARY TWIN SCREW EXTRUDER FOR SALE 

Model

Installed Power

Power Consumption

Output

Size (L*W*H)

LY65

47KW

30KW

180kg/h

3500x950x1850mm

LY70

53KW

37KW

200-250kg/h

3200x760x2000mm

LY70L

53KW

37KW

200-250kg/h

3200*930*2000mm

LY85

99KW

75KW

500kg/h

3800*1100*2350mm

Applied Products：Pet food\ nutrition rice\ puff snacks\doritos chips

Applied Products

MULTIFUNCTIONAL STANDARD SCREW EXTRUDER MACHINE FOR SALE  

LY75

98KW

75kw

200-500kg/h

5200*1100*2800mm

LY95

142kw

110KW

600-1200kg/h

6400*3000*3000

Applied Products：Pellets snacks,Puffs snacks,Pet Food,Fish Feed,Corn Flakes, Breakfast Cereals, TVP, Artificial rice etc

MODEL

LY65

LY70

LY 70L

LY85

Cooling system            

         WITHOUT            

      WITHOUT               

        WITH               

       CUSTONIZABLE            

L/D

1050/₵65

1408/₵70

1408/₵70

1900/₵85

Application for Twin Screw Extrusion 

Puffed Snacks

Cereals Snacks

Chips Food

Pet Food

Aquafeed

-Direct expanded snacks

-Nutrition baby powder

-Core Filled Snacks

-Bread Snack/Flat Crispy Bread

-Modified flours and starches

-Bread crumbs

-Texturized proteins

-Artificial rice

- Breakfast cereals

-Corn Flakes

-Baby Food

-Multigrain Corn chips

-Doritos chips

-Rice Cracker

-Corn chips

-Foods for small pet

-Bird food

-Multicolor Food

-Dog food

-Semi-moist pet food

– Micropellets

– Floating feeds

– Sinking feeds

– Shrimp pellets

A:  Our double screw extruder mainly used in following application with different snacks:

Applied Products

Main Ingredients： 

Wheat Flour, Corn Flour, Potato Flour, Rice Flour, bran, multi-grains powder,Corn Starch,Wheat Starch

Main Features Of Twin Screw Food Extruder Machine

1

Series of double-screw extruder mainly consist of feeding system, extruding system, cutting system, heating system, lubricating system and controlling system.

2

Transfer mixed raw materials from Mixer to co rotating twin screw extrusion

3

Automatic lubricating and forced cooling make sure that twin extruder machine performs safely and extends using life.

Feeding system, extruding system and cutting system all adopt frequency conversion timing to gain powerful drive, stable perform, and electricity saving.

4

Screw are made of alloy and processed by special technique to possess high intensity, abrasion resistant and longer using life.

5

By means of designing different structures and slenderness ratios according to needs of products, screw extruding system can meet different technology demands.

Extruders has become the standard over time in several industries because it offers numerous advantages

---  More consistency in production and control of product quality

--   Increased productivity due to continuous processing, faster start up and shut down between product changes, quick changeover and advanced automation

---   Greater flexibility, with the capability to process a wide range of raw materials

---   Optimized footprint thanks to energy and water savings

---   Simple and easy to maintain and clean

Performance

Single Screw Extruer

Co-rotation Twin Screw Extruded machine

Conveying Efficiency

Low

High

Compounding Ability

Low

High

Shear Effect

Medium

High

Energy consumption

High

Lower

Self-cleaning

Low

High

Calorific Value

High

High

Stay Time

Long

Short

Material feeding

Difficult

Easy

ordinary twin-screw extruder（TSE）

Multifunctional standard extruder（MSE）

The screw is an integral screw and can’t be freely combined. Different products need to be replaced with different types of screws

twin screw extruder design can also more effectively change the screw element combination and different accurate metering feeding hopper for various  material compounding.

Mixing capability of ordinary twin- screw extruders is very limited, and any flow restrictions to enhance mixing through special screw designs lead to depress the extruder throughput.

Remarkable mixing capability, due to the interpenetration of the screws and the broad diversity of specialized screw designs (such as reverse screw elements, kneading blocks, gear mixing elements, etc.) which allow the extent of shearing/mixing to be precisely adjusted; hence leading to control the degree of mixing in regards to mixing intensity and mixing quality (dispersive versus distributive).

Button control

PLC control

Better control of process parameters, that are: narrower residence time distribution, lower dispersion of shear rates and strain, higher convective heat transfer, accurate control of temperature profile; hence leading to much better control of shear-time-temperature histories in the extruder, to much wider range of mechanical energy inputs, and so to more consistency in regards to material conversion and product quality.

The V-belt drives the cutter to run, and the wear rate is high

– Cutter with lateral movement, Highly flexible cutter

The cutter can be moved to one side for easier control, access and cleaning.

WITHOUT

- intelligent recipe memory

In order to guarantee an end product of consistent quality, the

extruder system is equipped with an intelligent

recipe memory. This offers two significant benefits: the susceptibility to process errors decreases, and production can be

quickly adapted to other recipes.