HI MORE INJECTION MOULDING ROBOT UX F III 250 550 SERIES

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HI MORE INJECTION MOULDING ROBOT UX F III 250 550 SERIES Specification

Load Capacity
Up to 10 kg payload

Machine Type
Injection moulding robot

Weight
Approximately 120-150 kg depending on configuration

Size
Compatible with 250 to 550 ton injection moulding machines

Shape
Robotic arm, customizable gripper designs

Method
Servo controlled extraction and placement

Cutting Speed
N/A (not applicable)

Coating
Anodized aluminium, powder coated steel

Hardness
Robust structure, designed for heavy-duty operation

Thread Type
Standard metric (for mounting interfaces)

Spindle Speed
N/A (not applicable)

Accuracy
High precision repeatability 0.1mm

Type
Servo driven, 3-axis/5-axis injection moulding robot

Material
High strength aluminium alloy, steel components

Tolerance
0.1mm

Surface
Smooth, anti-corrosive finish

Use
Automation for injection moulding machines

Application
Plastic part picking and placing

Usage & Applications
Industrial automation, plastic component manufacturing

About HI MORE INJECTION MOULDING ROBOT UX F III 250 550 SERIES

MODEL	UXIII-450	UXIII-550
ITEM	UXIII-450 / UX(F)III-450	UXIII-550 / UX(F)III-550
A. Full Length	495
B. Full Width	1140
C. Height of Main Arm	1700	1800
D. Height of Sub Arm	N/A
E. Max. Radius of Products Handled	N/A
F. Min. Distance b/w the Arms	N/A
G. Standby Position of Main Arm	70 ~ 300 / 155 ~ 385	70 ~ 300 / 155 ~ 385
H. Standby Position of Sub Arm	N/A
J. Distance b/w Sub arm and Base	N/A
K. Distance b/w Sub arm and Base	850	950
L. Vertical Stroke of Main Arm	N/A
M. Min. Distance from Sub Arm to Base	N/A
N. Min. Distance from Main Arm to Base	70
P. Controller Width	500
Q. Controller Height	340
R. X Axis Width	1150
S. Y Axis Height	320
T. Z Axis Height	1210
U. Base Height	700

Precision Automation for Injection Moulding

Designed to elevate industrial automation, the HI MORE UX F III 250-550 Series offers high-precision robotic arms with customizable gripper designs. Its robust construction and advanced servo drive system enable swift, stable, and repeatable motion, making it ideal for high-speed plastic part handling. Reliable performance and flexibility make it indispensable in demanding production environments.

User-Friendly and Safe Operation

Benefit from simple teach pendant programming and a smart HMI touchscreen, ensuring both beginners and experienced operators can manage complex moulding tasks efficiently. Integrated safety sensors and emergency stop mechanisms protect both the operator and equipment, supporting safe, long-term use.

FAQs of HI MORE INJECTION MOULDING ROBOT UX F III 250 550 SERIES:

Q: How does the HI MORE UX F III 250-550 robot enhance injection moulding automation?

A: This robot automates the picking and placing of plastic components, reducing cycle times and increasing throughput. Its high precision and servo motor drive ensure reliable, repeatable operations, significantly improving production efficiency and consistency.

Q: What axes configurations are available and which applications suit each?

A: The UX F III series is offered in both 3-axis and 5-axis versions. The 3-axis variant is ideal for standard pick-and-place tasks, while the 5-axis model accommodates more complex part orientations and intricate processes in advanced manufacturing settings.

Q: When is customization of stroke lengths and gripper designs recommended?

A: Customization is beneficial when handling products of unusual size, geometry, or when existing space constraints are present. Adjustable arm traverse, vertical, and crosswise strokes, as well as interchangeable gripper designs, ensure the robot meets specific application needs.

Q: Where can this robot be installed and integrated?

A: This model seamlessly fits onto injection moulding machines in the 250 to 550 ton range. Its compatibility with standard interfaces and I/O communication enables easy integration into automated, CNC-oriented production lines across plastic manufacturing facilities.

Q: What steps are involved in programming the robot for a new task?

A: Programming is simplified with the intuitive teach pendant and HMI panel. Operators use drag-and-teach options or direct input to set precise movements, working ranges, and cycle routines, streamlining setup for different moulded parts.

Q: How does the robot ensure consistent quality and safety during operation?

A: Equipped with precision servo motors, 0.1mm repeatability, and advanced safety sensors, the robot maintains high production standards. Emergency stop features and robust construction minimize risks, ensuring stable, safe operation even in intensive factories.

Q: What benefits do users gain by integrating this injection moulding robot?

A: Users enjoy faster throughput, improved precision, reduced manual labor, and minimized handling errors. The robots adaptability, simple controls, and robust build lead to lower operating costs, enhanced product quality, and reliable long-term service.

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