HI MORE INJECTION MOULDING ROBOT UNB 1500TW SERIES

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HI MORE INJECTION MOULDING ROBOT UNB 1500TW SERIES Specification

Size
Arm Length: 1500mm

Method
Automatic Pick & Place

Coating
Anti-Corrosion Paint

Machine Type
Injection Moulding Robot Arm

Accuracy
0.1 mm

Hardness
Standard Industrial Grade

Load Capacity
Payload up to 10 kg

Weight
Approx. 180 kg

Shape
Rectangular Arm with Linear Rails

Type
Servo Driven Side Entry Robot

Material
Aluminum Alloy & Steel Structure

Tolerance
High Precision

Surface
Smooth Finish

Use
Robotic Arm for Injection Moulding

Application
Injection Moulding Machine Automation

Usage & Applications
Plastic Part Removal & Placement

Series Name
UNB 1500TW

Cycle Time
As Fast as 5 seconds

Axis
3 Axis Servo Drive

Stroke(X/Y/Z)
X: 1500mm, Y: 500mm, Z: 900mm

Display
LCD Touch Screen Panel

Control System
Microcomputer Intelligent Control

Installation
Side Entry Mount

Air Pressure
0.50.7 MPa

Safety Features
Emergency Stop, Overload Protection, Safety Cover

Power Supply
AC 220V / 380V, 50/60Hz

About HI MORE INJECTION MOULDING ROBOT UNB 1500TW SERIES

MODEL	UNB-1300	UNB-1500	UNB-1800
ITEM	SW/TW	SW/TW	SW/TW
Molding Machine Size (ton)	450-750	650-1000	850-1600
A. Full Length	2970	3470	3970
B. Full Width	2240	2620	2620
C. Height of Main Arm	1880	1980	2130
D. Height of Sub Arm	1970	2070	2220
E. Max. Radius of Product Handled	560
F. Mn. Distance b/w the Arms	330
G. Standby Position of Main Arm	163
H. Standby Position of Sub Arm	X/250	X/250	X/250
I. Distance b/w Main Arm and Base	330/542	330/542	330/542
J. Distance b/w Sub Arm and Base	X/240	X/240	X/240
K. Max. Demolding Stroke	1320	1520
Y. Height of Control Box	950
X. Distance b/w Control Box and Center of Gravity of Main Arm	1800	2200	2700
U. Traverse Stroke	452
Ym. Height of Base	450	650
Ys. Horizontal Stroke of Main Arm	300
Zm. Vertical Stroke of Main Arm	1300	1500	1800
Zs. Verticacl Stroke of Sub Arm	X/1300	X/1500	X/1800
Max. Payload (KG)	12 (including an end effector)

Superior Automation for Injection Moulding

The UNB 1500TW Series is specifically designed to enhance automation in injection moulding processes. Its servo-driven design ensures rapid, precise plastic part handling, reducing downtime and increasing production speeds. Users can enjoy reliable and efficient operation thanks to its advanced microcomputer control and robust structural design.

Advanced Safety and User-Friendly Operation

Safety is paramount with the inclusion of emergency stop, overload protection, and a safety cover. The intuitive LCD touch screen panel simplifies setup and monitoring, making it accessible for operators while maintaining rigorous safety standards on the shop floor.

FAQs of HI MORE INJECTION MOULDING ROBOT UNB 1500TW SERIES:

Q: How does the UNB 1500TW Series robot enhance the injection moulding process?

A: The robot automates the removal and placement of plastic parts, significantly reducing manual labor and cycle times. Its precise servo-driven movements ensure consistent and efficient material handling, which elevates productivity and reduces the potential for errors in injection moulding applications.

Q: What are the installation requirements for the UNB 1500TW robot arm?

A: The robot requires a side entry mount on compatible injection moulding machines. It operates with an AC 220V or 380V power supply at 50/60Hz, and requires a stable air pressure source between 0.5 to 0.7 MPa for optimal pneumatic functions.

Q: When should I consider using the UNB 1500TW robot for my automation needs?

A: You should deploy the UNB 1500TW robot when consistent, high-speed part removal and placement are necessary in your injection moulding process, especially if you aim to improve cycle times, accuracy, and workplace safety in plastic manufacturing operations.

Q: Where can the UNB 1500TW Series be applied most effectively?

A: This robotic arm is best suited for automated pick-and-place tasks in injection moulding facilities, particularly where high precision and rapid cycle times are crucial. It integrates seamlessly with standard plastic part moulding machines across various industries.

Q: What benefits does the microcomputer intelligent control system offer?

A: The microcomputer intelligent control system provides precise programming and flexible operation, enabling accurate management of movements and functions. It also supports diagnostics and easy adjustments, resulting in optimized automation and operational efficiency.

Q: How does the safety system protect operators during use?

A: The robot is equipped with multiple safety features, including an emergency stop, overload protection, and a robust safety cover. These mechanisms help prevent accidents and ensure a secure operating environment for all personnel involved.

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