Four Axis Multifunctional Industrial Palletizing Robot

BRTIRPZ3116A Four axis robot

Short description: BRTIRPZ3116B is a four axis robot developed by BORUNTE, with fast response speed and high accuracy. Its maximum load is 160KG and the maximum arm span can reach 3100mm.

Main Specification

Arm Length (mm)：3100

Repeatability (mm)：±0.5

Loading Ability (KG)：160

Power Source (KVA)：9

Weight (KG)：1120

Four axis multifunctional industrial palletizing robot

Product Introduction

BRTIRPZ3116B is a four-axis robot developed by BORUNTE, featuring fast response speed and high accuracy. Its maximum load is 160 kg, and the maximum arm span can reach 3100 mm. Realize large-scale movements with a compact structure, flexible, and precise movements. Usage: Suitable for stacking materials in packaging forms such as bags, boxes, bottles, etc. The protection grade reaches IP40. The repeat positioning accuracy is ±0.5mm.

Accurate Positioning Fast Long Service Life Low Failure Rate Reduce labor.

Basic Parameters:

Trajectory chart:

Basic principles and design issues of the four axis robot

Q: How do four axis industrial robots achieve motion?

A: Four axis industrial robots typically have four joint axes, each consisting of components such as motors and reducers. By precisely controlling the rotation angle and speed of each motor through a controller, the connecting rod and end effector are driven to achieve different directions of motion. For example, the first axis is responsible for the rotation of the robot, the second and third axes enable the extension and bending of the robot arm, and the fourth axis controls the rotation of the end effector, allowing the robot to flexibly position in three-dimensional space.

Q: What are the advantages of a four axis design compared to other axis count robots?

A: Four axis industrial robots have a relatively simple structure and low cost. It has high efficiency in some specific application scenarios, such as in repetitive planar tasks or simple 3D picking and placing tasks, where a four axis robot can quickly and accurately complete actions. Its kinematic algorithm is relatively simple, easy to program and control, and the maintenance cost is also relatively low.

Q: How is the workspace of a four axis industrial robot determined?

A: The workspace is mainly determined by the range of motion of each joint of the robot. For a four axis robot, the rotation angle range of the first axis, the extension and bending range of the second and third axes, and the rotation range of the fourth axis collectively define the three-dimensional spatial area it can reach. The kinematic model can accurately calculate the position of the end effector of the robot in different postures, thereby determining the workspace.