One axis horizontal servo manipulator for injection BRTB10WDS1P0F0

One axis servo manipulator BRTB10WDS1P0F0

Short Description

BRTB10WDS1P0/F0 is telescopic type, with a product arm and runner’s arm, for two plate or three plate mold products take out. The traverse axis is driven by an AC servo motor.

Main Specification

Recommended I.M.M (ton): 250T-380T

Vertical Stroke (mm): 1000

Traverse Stroke (mm): 1600

Max loading (kg): 3

Weight (kg): 221

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Product Detail

Product Tags

20000

Product Introduction

BRTB10WDS1P0/F0 traversing robot arm applies to all types of horizontal injection machine ranges of 250T-380T for take-out products and sprue. It is especially suitable for taking out small injection molding objects, such as all kinds of earphone cable skin, earphone cable connector, wire skin and so on in electronic appliances. Single-axis drive control integrated control system: fewer signal lines, long-distance communication, good expansion performance, strong anti-interference ability, high accuracy of repeated positioning.

Accurate Positioning

Fast

Long Service Life

Low Failure Rate

Reduce Labor

Telecommunication

Basic Parameters

Power Source (KVA)	Recommended I.M.M (ton)	Traverse Driven	Model of EOAT
1.78	250T-380T	AC Servo motor	One suction one fixture
Traverse Stroke (mm)	Crosswise Stroke (mm)	Vertical Stroke (mm)	Max.loading (kg)
1600	P:300-R:125	1000	3
Dry Take Out Time (sec)	Dry Cycle Time (sec)	Air Consumption (NI/cycle)	Weight (kg)
1.92	8.16	4.2	221

Model representation: W: Telescopic type. D: Product arm +runner arm. S5: Five-axis driven by AC Servo Motor( Traverse-axis、Vertical-axis + Crosswise-axis).
The above-mentioned cycle time are the results of our company’s internal test standard. In the actual application process of the machine, they will vary according to the actual operation.

Trajectory Chart

A	B	C	D	E	F	G	H
1470	2419	1000	402	1600	354	165	206
I	J	K	L	M	N	O
135	475	630	1315	225	630	1133

No further notice if the specification and appearance are changed due to improvement and other reasons. Thank you for your understanding.

Recommended Industries

In the mechanical industry, the application of robotic arms has the following significance:

1. It can improve the automation level of the production process
The application of robotic arms is conducive to improving the automation level of material transportation, workpiece loading and unloading, tool replacement, and machine assembly, thereby improving labor productivity, reducing production costs, and accelerating the pace of industrial production mechanization and automation.

2. It can improve working conditions and avoid personal accidents
In situations such as high temperature, high pressure, low temperature, low pressure, dust, noise, odor, radioactive or other toxic pollutants, and narrow working spaces, direct manual operation is dangerous or impossible. The application of robotic arms can partially or completely replace human safety in completing tasks, greatly improving the working conditions of workers. Meanwhile, in some simple yet repetitive operations, replacing human hands with mechanical hands can avoid personal accidents caused by fatigue or negligence during operation.

3. It can reduce manpower and facilitate rhythmic production
The use of robotic arms to replace human hands in work is one aspect of directly reducing manpower, while the use of robotic arms can work continuously, which is another aspect of reducing manpower. Therefore, almost all automated machine tools and integrated processing automatic production lines currently have robotic arms to reduce manpower and more accurately control the pace of production, facilitating rhythmic production.