Public Security EOD Telescopic Manipulator For Dangerous Explosive Articles Disposal

4 Meters EOD Telescopic Manipulator with Camera for Bomb Disposal

Description

Telescopic manipulator is a kind of EOD device. It is comprised of the mechanical claw, mechanical

arm, counterweight, battery box, controller, etc. It can control the claw's open and close, and achieve

the mechanical claw's exact operation with the LCD screen. This device is used for all dangerous

explosive articles disposal and suitable for public security, fire fighting and EOD departments. It is

designed to provide the operator with a 4 meters stand-off capability, thus significantly increasing operator

survivability should a device detonate.

Apart from moving suspect objects the manipulator can be used to position disruptors, x ray equipment

and a whole host of other EOD equipment.

Features

• High grabbing capacity: it can grab about 10 kg objects.
• 4 meter stand-off capability
• Rechargeable battery
• Adjustable counter balance
• The mechanical claw can be operated electrically and rotated 360°manually;
• The height of bracket is adjustable with universal wheels which can be locked;
• The IR night vision camera and the LCD monitor can be operated at night.

Specifications

Company Introduction

In 2008, Beijing Hewei Yongtai Technology Co., LTD was established in Beijing.Focus on the development and operation of special safety equipment, mainly serve the public security law, armed police, military, customs and other national security departments.

In 2010, Jiangsu Hewei Police Equipment Manufacturing Co., LTD was established in Guannan.Covering an area of 9000 square meters of workshop and office building, it aims to build a first-class special safety equipment research and development base in China.

In 2015, a military-police Reserch and development center was set up in Shenzhen.Focus on the development of special safety equipment, has developed more than 200 kinds of professional safety equipment.

Staff from Headquarters

Staff from Shenzhen research centre