HI MORE INJECTION MOULDING ROBOT THS 850 950 SERIS

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HI MORE INJECTION MOULDING ROBOT THS 850 950 SERIS Specification

Accuracy
0.1 mm

Hardness
Up to 50 HRC (Structural Components)

Machine Type
Three-Axis Injection Moulding Robot (THS 850/950 Series)

Size
Standard for 850-950 ton IMM

Method
Servo Driven Linear Motion

Weight
Approx. 280 kg

Load Capacity
Up to 30 kg

Coating
Anti-rust Electrostatic Powder Coating

Shape
Rectangular Arm with Extendable Axis

Type
Servo Driven Pick and Place Robot

Material
Aluminium Alloy and Stainless Steel

Tolerance
0.1 mm

Surface
Polished

Use
Industrial Automation in Injection Moulding

Application
Injection Moulding Machine Automation

Usage & Applications
Automatic part removal, Insert placing, Component handling

About HI MORE INJECTION MOULDING ROBOT THS 850 950 SERIS

MODEL	THS-850	THS-950
ITEM	III/V	III/V
Molding Machine Size (ton)	180-250	250-350
A. Full Length	2420/2500	2630/2730
B. Full Width	1425	1525
C. Height ofÂ Main Arm	1475	1645
D. Height of Sub Arm	X/1475	X/1645
E. Max. Radius of Product Handled	337	337
F. Min. Distance b/w the Arms	X/60	X/60
G. Standby Position of Main Arm	86	136
H. Standby Position of Sub Arm	X/133	X/183
I. Distance b/w Main Arm and Base	120/255	110/245
J. Distance b/w Sub Arm and Base	X/105	X/95
K. Max. Demolding Stroke	790	880
R. Height of Control Box	770	820
Y. Distance b/w Control Box and Center of Gravity of Main Arm	810/870	910/970
X. Traverse stroke	1370	1500
U. Height of Base	275	325
Zm. Vertical Stroke of Main Arm	800	900
Zs. Vertical Stroke of Sub Arm	X/850	X950
Max. Payload (including an end effecter)	5KG

Advanced Automation for Injection Moulding

Experience seamless automation with the HI MORE THS 850/950 Series robot, tailored for industrial injection moulding processes. Thanks to its fully servo-driven and PLC-controlled system, this robot ensures consistent performance, increased productivity, and enhanced safety during operations. The integration of advanced safety features, such as emergency stop, safety fence, and alarm system, protects operators and equipment.

Intuitive Operation and Flexible Control

The touch screen HMI allows for straightforward parameter setting, while offering three distinct modes: fully automatic, semi-automatic, and manual. This flexibility enables manufacturers to adapt to different production needs and optimise cycle times, ranging from 6 to 10 seconds, in accordance with application demands.

Durable Design Built for Reliability

Constructed from high-grade aluminium alloy and stainless steel, the robots structure is both resilient and corrosion-resistant. With anti-rust electrostatic powder coating and a maximum structure hardness of up to 50 HRC, the THS 850/950 Series is designed to deliver reliable performance under heavy use in temperatures from 5C to 45C.

FAQs of HI MORE INJECTION MOULDING ROBOT THS 850 950 SERIS:

Q: How is the HI MORE THS 850/950 Injection Moulding Robot installed on a machine?

A: The THS 850/950 Series robot is designed for top mounting on injection moulding machines within the 850950 ton range. This installation method allows efficient automation of part removal, insert placing, and component handling directly from the injection moulding workspace.

Q: What controls and operation modes does the robot offer for user flexibility?

A: Operators can manage the robot through an intuitive touch screen HMI, choosing between fully automatic, semi-automatic, and manual modes. This ensures adaptability to various production requirements and ease of operation during mold changes or maintenance.

Q: When should the robot be used in injection moulding operations?

A: It is ideal for use whenever automated part removal, insert placement, or precise component handling is required to increase production efficiency and maintain dimensional accuracy during injection moulding cycles.

Q: Where does the HI MORE THS 850/950 Series fit in the automation process?

A: The robot is integrated directly with injection moulding machines as a pick and place solution, automating post-moulding tasks such as part extraction and insert loading to streamline workflow and reduce labor dependency.

Q: What is the process for setting up and programming the robot?

A: Setup involves mounting the robot on the IMM, configuring motion and operation parameters via the touch screen HMI, and selecting the desired operation mode. The PLC-controlled system simplifies programming, enabling swift adaptation to specific moulding tasks.

Q: What are the key benefits of using this servo-driven pick and place robot?

A: Primary advantages include increased moulding cycle efficiency, precision handling with 0.1 mm accuracy, robust safety systems, noise levels below 70 dB, and reliable performance in demanding industrial environmentsultimately enhancing productivity and product quality.

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