Description:The automatic mould upender is designed for dislocation and turning-over of the heavy objects such as metal coils,steel coils, moulds,spools,etc, to make the goods from vertical to horizontal,or from horizontal to vertical. Features: *Special double chain drive,oblique gear&worm speed reducer
Steel plate turnover machine /plywood turnover machine
Product Description( Key-words: Coil upender,upender,coil titer,coil tippers,plywood upender,Mould upenders) The Emanpack. mechanical upender provides an easy and efficient way to upend metal coils, molds, dies and other heavy and bulky loads. Mechanical upenders, sometimes called coil positioners, rotate steel, aluminum
Automatic injection mold upender and tilter
Automatic mould upender Description: The automatic mould upender is designed for dislocation and turning-over of the heavy objects such as metal coils,steel coils, moulds,spools,etc, to make the goods from vertical to horizontal,or from horizontal to vertical. Features: *Special double chain
Metal coil 90 degree tilter steel coil turnover machine steel coil upender
1,Machine introduction Coil upender is major used for turning over the heavy articles from one side to another. It is popular in heavy industries for lessening labor and saving time. What’s more, it also can be worked together with other machines forming into a production line. 2,Features: ² Adopting special double chain drive, oblique gear & worm speed reducer is to control the turning speed; ² Four-roller device wrapped with polyamide adhesive; ² In order to make safe and effective, inverter control is adopted; ² Adjustable mechanical pressure device is adopted; ² It can be remote operation with a separated control panel; ² Multiple position limit system ensures safe operation. 3,Technical Parameter Items DH-FZ-10 Max loading 10T Turn-over speed 90min±10% Transfer mode Double chain/four roller/Oblique& worm speed reducer Power output 5.0KW Ratio 1:286 Perspective 90º Power voltage 3 phase 380V Working mode Semi-auto/ remote control Machine Specifications could be met