Peripheral (Auxiliary) Devices/Components

ET Series Large Manipulator

A manipulator is a robotic arm-like mechanism that is designed to manipulate or move materials, tools, and parts without direct human contact. Manipulators resemble some functions of the human upper limbs consist of a number of segments. They are used in industrial applications to effectively perform tasks like transporting products or production operations.

Owing to their progressive advancements, manipulators have found extensive applications in various sectors, including automotive manufacturing, consumer goods packaging, optical fabrication, and more. Instances of their use include the removal of finished products and nozzles from injection molding machines, automatic cutting or removing the excess glue port, spraying mold agent , in-mold inserts, in-mold labeling, out-of-mold shaping, assembly, stacking, and packaging. These applications have resulted in staff reductions, enhanced efficiency and quality, and improved safety for customers.

Accurate Positioning
Fast Speed
Easy Operation
Durable

Advantages

Suitable for product removal from large and medium-sized 350–4000T horizontal injection molding machinery (applications involving big and heavy loads).
Its bullhead design, working with the high-power and high-performance fully servo system, ensures outstanding stability during the retrieval of items.
The end-of-arm posture group can be tailored to customers’ specific products (by adding an A-axis or B-axis), allowing for flexible multi-degree-of-freedom movement and achieving the best extraction path.
With capabilities such as "quick pick-up and gentle placement," "mold opening follow-up," stacking, etc., it realizes automatically feeding raw materials and unloading finished products.

Parameters

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Model	Applicable Injection Molding Machines（t）	Up and Down（mm）	Pulling（mm）	Transverse Movement（mm）	Lateral Attitude Angle	Maximum Load (kg) (including fixture)	Takeout Time（s）	Empty Cycle Time（s）	Drive Mode	Working Air Pressure	Air Consumption	Power Supply	Power Consumption(Kva)	Net Weight（kg)
630-ETⅡ-1500C-T3Y	350~800	1500	1000	2200	90°	12	3.41	13.2	Full AC servo motor drive	5~7	8	Single phase AC 220±10V 50/60HZ	2.0	540
630-ETⅡ-1500D-T3Y	550~1000	1500	1400	2200		25	4.2	15.0		5~7	8		2.35	540
630-ETⅡ-1700D-T3Y	800~1500	1700	1400	1550		25	5.2	18.0		5~7	8		2.35	566
630-ETⅡ-1900C-T3Y	1000~2000	1900	1600	2700		25	5.0	17.5		5~7	8		2.35	790
630-ETⅡ-1900D-T3Y	1000~2000	1900	1600	2700		40	10.0	27.0		5~7	8		2.9	1068
630-ETⅡ-2200C-T3Y	1500~2500	2200	1800	3000		40	12.5	32.0		5~7	8		2.9	1100
630-ETⅡ-2500D-T3Y	1600~3000	2500	1800	3600		50	12.5	35.0		5~7	8		2.9	2500
630-ETⅡ-3000D-T3Y	2500~4000	3000	2000	4500		50	12.5	45.0		5~7	8		5.4	2800

The aforementioned takeout time, empty cycle time, and air consumption are results of our internal standard tests. During your equipment's trial run, these parameters may fluctuate due to variations in real travel distances, loads, debugging parameters, and the number of fixtures used.

*Please be advised that the models undergo continual improvement and upgrading, which may result in changes to their appearance and features without prior notice.

Selection Guide

Mold materials, samples, production recordings, and other relevant materials would be more beneficial in allowing us to make more informed recommendations that align with your specific requirements.

Efficiently fulfilling production demands while maintaining cost-efficiency
In accordance with the mold configuration (two plate mold and three plate mold)
In accordance with the molding cycle
Considering the workshop environment for clients
Depending on the mold clamping force of the injection molding machine

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Peripheral (Auxiliary) Devices/Components

ET Series Large Manipulator

Advantages

Parameters

Selection Guide

RMB