Four axis fast speed parallel robot BRTIRPL1003A

BRTIRPL1003A Four axis robot

Short Description

BRTIRPL1003A type robot is a four-axis robot that developed by BORUNTE for assembly, sorting and other application scenarios of light, small and scattered materials.

Main Specification

Arm Length (mm): 1000

Repeatability (mm): ±0.1

Loading Ability (kg): 3

Power Source (kVA): 3.18

Weight (kg): 104

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Product Detail

Product Tags

Product Introduction

BRTIRPL1003A type robot is a four-axis robot that developed by BORUNTE for assembly, sorting and other application scenarios of light, small and scattered materials. The maximum arm length is 1000mm and the maximum load is 3kg. The protection grade reaches IP40. The repeat positioning accuracy is ±0.1mm.

Accurate Positioning

Fast

Long Service Life

Low Failure Rate

Reduce Labor

Telecommunication

Basic Parameters

Item		Range	Range	Max speed
Master Arm	Upper	Mounting surface to stroke distance 872.5mm	46.7°	stroke：25/305/25（mm）
	Hem		86.6°
End	J4		±360°	150 time/min

Arm Length (mm)	Loading Ability (kg)	Repeated Positioning Accuracy (mm)		Power Source (kVA)	Weight (kg)
1000	3	±0.1		3.18	104

Trajectory Chart

F&Q about BORUNTE parallel robot

1.What is a four-axis parallel robot?
A four-axis parallel robot is a type of robotic mechanism that consists of four independently controlled limbs or arms connected in a parallel arrangement. It is designed to provide high precision and speed for specific applications.

2.What are the advantages of using a four-axis parallel robot?
Four-axis parallel robots offer advantages such as high stiffness, accuracy, and repeatability due to their parallel kinematics. They are suitable for tasks requiring high-speed motion and precision, such as pick-and-place operations, assembly, and material handling.

3.What are the main applications of four-axis parallel robots?
Four-axis parallel robots are commonly used in industries such as electronics manufacturing, automotive assembly, pharmaceuticals, and food processing. They excel in tasks like sorting, packaging, gluing, and testing.

4.How does the kinematics of a four-axis parallel robot work?
The kinematics of a four-axis parallel robot involve the movement of its limbs or arms in a parallel configuration. The end-effector's position and orientation are determined by the combined motion of these limbs, which is achieved through careful design and control algorithms.

Application cases about BRTIRPL1003A

1.Lab Automation:
Four-axis parallel robots are used in laboratory settings for tasks such as handling test tubes, vials, or samples. Their precision and speed are crucial for automating repetitive tasks in research and analysis.

2.Sorting and Inspection:
These robots can be employed in sorting applications, where they can pick and sort items based on certain criteria, such as size, shape, or color. They can also perform inspections, identifying defects or inconsistencies in products.

3.High-Speed Assembly:
These robots are ideal for high-speed assembly processes, such as placing components onto circuit boards or assembling small devices. Their rapid and accurate movement ensures efficient assembly line operations.

4.Packaging:
In industries like food and consumer goods, four-axis parallel robots can efficiently package products into boxes or cartons. Their high-speed and accuracy ensure products are packed consistently and efficiently.