HI MORE INJECTION MOULDING ROBOT THS 1300 1500 1800W SERIES

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HI MORE INJECTION MOULDING ROBOT THS 1300 1500 1800W SERIES Specification

Load Capacity
Up to 15 kg

Weight
Variable, Model Dependent

Hardness
High, Suitable for Industrial Use

Machine Type
Injection Moulding Robot

Shape
Rectangular Arm, Customized

Method
Servo Driven, Three-Axis Motion

Size
Available for 1300mm, 1500mm, 1800mm Stroke

Coating
Anti-Corrosive, Powder Coated

Accuracy
High Precision, 0.05 mm

Type
Three-Axis Servo Robot

Material
Stainless Steel, Aluminium Profile, Engineering Plastic

Tolerance
0.05 mm

Surface
Polished

Use
Injection Molding Automation

Application
Plastic Injection Molding Industries

Usage & Applications
Automatic Loading, Unloading, Runner Removal

About HI MORE INJECTION MOULDING ROBOT THS 1300 1500 1800W SERIES

MODEL	THS-1300W	THS-1500W
ITEM	III / V	III / V
Injection Molding Machine Model Applicable	450-750	650-1000
A. Full Length	3200	3700
B. Full Width	2400	2600
C. Height of Main Arm	2110	2160
D. Height of Sub Arm	X / 1880	X / 2030
E. Max. Radius of Product Handled	511	511
F. Min. Distance b/w the Armsmin	X / 225	X / 250
G. Standby Position of Main Arm	225	225
H. Standby Position of Sub Arm	X / 270	X / 270
I. Distance b/w Main Arm and Basemin	200 / 385	250 / 420
J. Distance b/w Sub Arm and Basemin	X / 160	X / 170
K. Max. Demolding Strokemax	1480	1650
R. Height of Controller	1030
Y. Distance from Controller to Center of Gravity of Main Arm	1000 / 1050	1130 / 1180
X. Traverse Stroke	1760	2000
U. Height of Base	452
Zm. Vertical Stroke of Main Arm	1300	1500
Zs. Vertical Stroke of Sub Arm	X / 1300	X / 1500

Advanced Control System for Automation Excellence

The HI MORE THS W Series robots utilize a state-of-the-art microprocessor-based controller and LCD touchscreen interface for accurate, intuitive operation. With fully servo-driven axes, these robots offer seamless, repeatable motion, maximizing productivity and process consistency.

Customizable and Versatile Design

Each robot in the series features a customizable end-effector, variable arm reach, and adaptable installation. Engineered from durable materials and protected by anti-corrosive coating, these robots are ideal for diverse injection molding tasks in different industrial settings.

Safety and Reliability at the Forefront

Safety features such as emergency stop, integrated sensors, and industrial-grade temperature resistance ensure secure, uninterrupted operation. The robots robust design supports continuous use while keeping maintenance needs low and downtime minimal.

FAQs of HI MORE INJECTION MOULDING ROBOT THS 1300 1500 1800W SERIES:

Q: How is the HI MORE THS 1300/1500/1800W robot installed and integrated with injection molding machines?

A: This series is designed for easy floor-mounted installation and is suitable for integration with injection molding machines ranging from 160T to 650T. The microprocessor-based controller ensures straightforward connectivity and setup within existing automation systems.

Q: What applications can these injection moulding robots handle?

A: These robots excel at automatic loading, unloading, runner removal, and various other tasks within plastic injection molding industries, enhancing productivity and ensuring high precision for a range of molding processes.

Q: When is it beneficial to upgrade to a three-axis servo robot like the THS W Series?

A: Upgrading becomes beneficial when seeking faster cycle times, consistent accuracy (0.05 mm), better part handling, and reduced manual labor, particularly for high-volume or precision-focused injection molding operations.

Q: Where can the robots be customized or adapted for specific production needs?

A: The THS W Series allows customization in end-effector design, arm reach, color, and gripper function. Adaptations can be made upon request to accommodate unique part handling, machine configuration, or factory layout requirements.

Q: How does the robot maintain accuracy and reliability?

A: With fully servo-driven X, Y, Z axes and a high-precision controller, the robot achieves repeatable accuracy of 0.05mm. Materials like stainless steel and aluminum profile, combined with industrial-grade coatings, ensure consistent performance and long-term reliability.

Q: What are the maintenance requirements and operation features of these robots?

A: The robots are engineered for low-maintenance operation. Features like self-diagnostic capability, quality materials, and advanced servo controls reduce wear and facilitate easy upkeep, ensuring minimal downtime during continuous industrial use.

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