Long arm four axis robot with 2D visual system

BRTPL1608AVS

Short Description

The BORUNTE BRTIRPL1608A type robot is a four-axis robot designed for light, tiny, and distributed material applications such as assembly and sorting. There is a 1600mm maximum arm length and an 8kg maximum load. IP40 is the protection grade attained. The precision of the repetition location is ±0.1mm.

Main Specification

Arm Length(mm): 1600

Loading Ability(kg): 8

Accuracy of position(mm): ±0.1

Angle repeat positioning: ±0.5°

Power Source(kVA): 6.4

Weight(kg): About 93

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Product Detail

Product Tags

Specification

Item		Arm length	Range
Master Arm	Upper	Mounting surface to stroke distance 1146mm	42°
	Hem		97°
End	J4		±360°
Rhythm(time/min)
Cyclic loading(kg)	0kg	3kg	5kg	8kg
Rhythm (time/min) (Stroke:25/305/25(mm)	150	150	130	115

Product Introduction

The BORUNTE 2D visual system may be used for applications such as grabbing, packaging, and randomly positioning items on an assembly line. It has the advantages of high speed and wide scale, which can effectively solve the problems of high mistake rate and labor intensity in traditional manual sorting and grabbing. The Vision BRT visual program has 13 algorithm tools and uses a visual interface with graphical interaction. Making it simple, stable, compatible, and easy to deploy and use.

Tool detail:

Items	Parameters	Items	Parameters
Algorithm functions	Gray matching	Sensor type	CMOS
Resolution ratio	1440*1080	DATA interface	GigE
Colour	Black&white	Maximum frame rate	65fps
Focal length	16mm	Power supply	DC12V

There will be no additional notification if the specification and look change due to improvement or for other reasons. I appreciate your understanding.

Q&A:

What is 2D visual technology?

The 2D vision system takes flat photos with a camera and identifies objects through image analysis or comparison. It is generally used to detect missing/existing objects, recognize barcodes and optical characters, and perform various 2D geometric analyses based on edge detection. It is used to fit lines, arcs, circles, and their relationships. 2D vision technology is largely driven by contour based pattern matching to identify the position, size, and direction of components. Generally, 2D is used to identify the position of parts, detect angles, and dimensions.