HI MORE INJECTION MOULDING ROBOT THS 850 950 1100W SERIES

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HI MORE INJECTION MOULDING ROBOT THS 850 950 1100W SERIES Specification

Load Capacity
3-7kg

Shape
Robotic Arm

Accuracy
0.1mm

Hardness
Industrial Grade

Size
THS 850/950/1100W (Arm Stroke: 850mm/950mm/1100mm)

Coating
Anti-rust/ Corrosion Resistant

Method
Servo and Pneumatic Driven

Machine Type
Injection Moulding Robot

Weight
Approx. 85-145 kg (model dependent)

Type
Servo/ Pneumatic Injection Moulding Robot

Material
Aluminum Alloy & Steel

Tolerance
High Repeatability 0.1mm

Surface
Powder Coated / Painted Finish

Use
Automatic pick-and-place in injection moulding processes

Application
Injection Moulding Machines

Usage & Applications
Used for automating part removal and secondary processes from plastic injection moulding machines

About HI MORE INJECTION MOULDING ROBOT THS 850 950 1100W SERIES

MODEL	THS-850W	THS-950W	THS-1100W
ITEM	III/V	III/V	III/V
Molding Machine Size (ton)	180-250	250-350	350-550
A. Full Length	2420 / 2520	2630 / 2730	3100 / 3200
B. Full Width	1425	1525	1750
C. Height of Main Arm	1240	1350	1420
D. Height of Sub Arm	X / 1240	X / 1350	X / 1420
E. Max. Radius of Product Handled	325	325	360
F. Min. Distance b/w the Arms	X / 67	X / 67	X / 55
G. Standby Position of Main Arm	97	147	113
H. Standby Position of Sub Arm	X / 159	X / 195	X / 180
I. Distance b/w Main Arm and Base	120 / 270	110 / 260	150 / 305
J. Distance b/w Sub Arm Base	X / 110	X / 100	X / 180
K. Max. Demolding Stroke	720	810	970
R. Height of Controller	765	815	810
Y. Distance from Congtroller to Center of Gravity of Main Arm	810 / 870	910 / 970Â	Â 920 / 970
X. Traverse Stroke	1350	1500	1730
U. Height of Base	275	325	X
Zm. Vertical Stroke of Main Arm	850	950	1100
Zs. Vertical Stroke of Sub Arm	X / 850	X / 950	X / 1100
Max. Payload (including an end effecter)	5KG		8KG

Advanced Microprocessor-Based Control

Take command of your automation with a sophisticated microprocessor controller, offering intuitive operation via a touch screen or keypad interface. This system provides customizable control from 3 to 5 axes, allowing you to tailor functions to specific tasks and injection moulding needs. Benefit from precise operation, overseeing various automatic and manual processes with effortless adaptability.

Flexible Mounting and Robust Build

Adapt the HI MORE THS 850/950/1100W robot to your workspace with both side and top mounting options. Its durable construction from aluminum alloy and steel, paired with powder-coated or painted finishes, ensures longevity and corrosion resistance, even in demanding industrial environments. The ergonomic robotic arm shape eases integration into a variety of plastic injection moulding machines.

Maximized Productivity with Safety in Mind

Experience efficient and secure automation. The robot operates in manual, semi-automatic, or fully-automatic modes, featuring integrated safety interlocks and an emergency stop to protect operators and equipment. Achieve rapid, repeatable pick-and-place operations with a cycle time as quick as 4.5 seconds while maintaining accuracy and safety during all stages of your production process.

FAQs of HI MORE INJECTION MOULDING ROBOT THS 850 950 1100W SERIES:

Q: How is the HI MORE THS 850/950/1100W Injection Moulding Robot installed on injection moulding machines?

A: This robot can be side- or top-mounted on most injection moulding machines, providing flexible integration options to suit diverse production setups and existing equipment configurations.

Q: What types of operating modes are available for this robot?

A: The robot supports manual, semi-automatic, and fully-automatic operating modes, allowing users to select and switch between operation styles based on production requirements and desired automation levels.

Q: When should I use the customizable gripper option?

A: Customizable grippers are recommended when handling specialized parts, runners, or uniquely shaped products. They optimize handling efficiency and minimize risk of part damage during pick-and-place tasks.

Q: Where is this injection moulding robot typically used?

A: It is commonly used in injection moulding plants, specifically for automating part removal and secondary processes from plastic injection moulding machines throughout various industrial sectors in India.

Q: How does the robot ensure safety during operation?

A: The robot is equipped with integrated safety interlocks, an emergency stop button, and secure cycle programming to minimize risks and protect both personnel and equipment during operation.

Q: What benefits does microprocessor-based control provide for these robots?

A: Microprocessor-based control offers precise, reliable operation and easy programmability, enabling high repeatability (0.1mm) and facilitating fast cycle times as low as 4.5 seconds, while simplifying user interaction through touch screen or keypad controls.

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