CANE HARVESTER

SUGAR CANE HARVESTER

CANE CUTTING MACHINE

HARVESTER

CANE CUTTER

SUGAR CANE CUTTER

300l Oil Resevoir And
Twin Cooling Fans

Addition Railers For
Large Cane

Assembly Area

Assembly In Factory

Base Cutter For
Stoney Fields

Belt Drive Mechanism

Bottom Floating Base
Cutter

Brazil Show 2009

Cane Harvester At
Brazil 2009 Show 1

Cane Harvester At
Brazil 2009 Show 2

Cane Harvester

Cane Basket Hydraulics
And Attachment

Cane Tipping
Collection Basket

Connected To
5272 Massey

Connected To
John Deere 5715

Control Panel

Conveyor Systems
Detailed View

Conveyor Systems
Main View

Cut Basis

Fields Being Cut
Indonesia 1

Fields Being Cut
Indonesia 2

Fitting Of Hydraulics

Foot Operated Base
Cutter Control

Hydraulic Motors

Hydraulics For
Tipping Basket

Jockey Mechanism
For Travelling

Loading Into
20 Inch Completed

Loading Into
20 Inch

Mimmic Designs
For Controls

Oil Filter Caps
And Filter System

Pivot Points

PTO Connection And
Hyadraulic Motors

Quick Release
Hydraulic Couplings

Rear View

Scale View

Temperature Gauge

Topper Arms In
Protective Packaging

Topper Cutter

True Standing Tractor
Attachment PTO Drive

Twin Filter Systems
For Hydraulics

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Twin Oil Coolers

Variety Of Topper
Cutters Available

Wheel Assemblies

SUGAR CANE HARVESTER FEATURES

Hydraulic Tank

Wheels

Main Drive Cutter

Cane Basket

Scrolls

Belt Drive / Collector

Topper

Main Tube Support

PTO Linkage

CONTACT DETAILS

Vicro Marketing

PO Box 2243

Bedfordview

2008

Republic Of South Africa


Tel:	+27 (0)11-873-5034 / 5076 / 5158
Fax:	+27 (0)11-873-5149
Cell	+27 (0)82-412-7485

Roger:	vicro@mweb.co.za
Warren:	wrhammond@gmail.com

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CANE HARVESTER FEAURES - BELT DRIVE COLLECTOR

The cane harvester has a twin belt mechanism which are opposed to each other in a wave formation in order to grip the cane within the two belts as the tractor moves in a forward direction.

The belt motor is driven by a hydraulic motor installed at the top of the cutting machine - Due to the formation and opposing belts the force of the one belt alone drives the opposing belt.

The belts are tensioned by mechanical adjustments and geared teeth pulleys so in the event of no cane passing through the belts they will take up any slack in the system. The belts are supported by a chain linkage which in turn runs on a vesconite slide for ease of lubrication.