Three-Axis Servo Driven Robot Manufacturer

Three-Axis Servo Driven Robot

Request a Quote

View All: http://plastics-machines.com/6-1-three-axis-servo-driven-robot.html

ST3-S2

Traverse robot used in plastic injection molding process to remove sprues and products

The three-axis servo-driven robot is designed for the plastic injection molding process. It removes sprues and finished products. This system is tailored for operations involving two-plate molds and hot runner molds, and it can perform complex tasks such as arranging, stacking, quality inspection, and embedding.

Features

Each axis is driven by a servo motor, paired with high-precision linear guides and imported high power V belt, ensuring fast, quiet, and accurate positioning. The robot's telescopic arm features a reduced cycle time and stable motion.
Equipped with collision protection devices at all movement limits, preventing operational mishaps. Comprehensive software and hardware protection, including I/O short circuit protection, safeguards against electrical and mechanical faults, ensuring safe operation of both the injection molding machine and the robot.
Features a 7-inch TFT high-definition touchscreen with a friendly user interface. Operators can upgrade remote controllers and the motherboard, and download other programs via USB, and enjoy open teaching functionalities with 8GB of storage. The board supports Ethernet, CAN, RS-485, and RS-422 ports, enhancing system responsiveness and safety.
Offers multiple language options to accommodate global users, facilitating ease of use across different regions.

Applications

Designed for efficient extraction of finished products and sprues during injection molding, this servo driven robot is suitable for two-plate molds and hot runner systems. Capable of various specialized tasks such as alignment, stacking, quality inspection, and embedding, it is ideal for injection molding machines with clamping forces up to 3600T, enhancing operational efficiency and precision in modern manufacturing setups.

Specifications

Model (ST3)		900-1600T-S2	1100-1800T-S2	900-1400HT-S2	1100-1600SHT-S2	1200-1600MHT-S2	1400-2000MT-S	1600-2200MT-S	1800-2400MT-S	2000-2800MT-S	2200-3000LT-S	2600-4000LT-S	3000-4000LT-S
Robot type		Single kick-stroke beam	Telescopic arm with frame type beam	Small movable-beam	Small movable beam	Small movable beam	Medium movable beam	Medium movable beam	Medium movable beam	Medium movable beam	Large movable beam	Large movable beam	Large movable beam
IMM (ton)		220-260	320-400	160-220	260-320	200-320	450-650	650-850	850-1400	1400-1800	1800-2400	2400-3000	3000-3600
Traverse stroke (mm)		1600	1800	1400	1600	1600	2000	2200	2400	2800	3000	4000	4000
Crosswise stroke (mm)		525	800	600	600	800	1100	1600	1600	1580	1580	1660	1820
Vertical stroke (mm)		900(1000	1100(1200	900	1100	1200	1400	1600	1800	2000	2200	2600	3000
Max. load (with tool) (kg)		5	8	3	3	8	15	20	20	20	20	40	40
Min. pick-out time (sec)		1.3	1.5	0.65	0.7	1.2	3	3.3	3.6	3.8	4.2	4.5	5.0
Min. cycle time (sec)		5.5	6.2	3.5	3.8	5	13	14	16	17.5	24	26	28
Air pressure (bar)		4-6	4-6	4-6	4-6	4-6	4-6	4-6	4-6	4-6	4-6	4-6	4-6
Max. air consumption (Nl/cycle)*		4	6	6	6	6	6	6	6	6	8	8	8
Weight (kg)		270	320	360	380	300	530	580	650	690	990	1010	1080
Dimensions (mm)	A	2840	3000	2500	2700	2700	3160	3460	3660	3860	4500	5500	5500
	B	1465	1530	1350	1350	1500	1817	2500	2500	2350	2550	2820	2980
	C	1330(1350)	1390(1445)	1170	1270	1270	1680	1890	1990	2090	2300	2500	2700
	D	900(1000)	1100(1200)	900	1100	1200	1400	1600	1800	2000	2200	2600	3000
	E	720	950	600	600	800	1100	1600	1600	1200	1580	1660	1820
	F	1600	1800	1400	1600	1600	2000	2200	2400	2800	3000	4000	4000
	G	155	190	1840	2040	2000	2450	2650	2850	3250	3500	4500	4500
	H	240	230	160	160	135	145	220	220	220	250	250	250
	I	2020	2150	240	240	320	355	355	355	355	320	320	320
Notes: 1) "M" stands for middle mold detector (suitable for 3-plate mold) "EM12" stands for Euromap12 communication interface "EM67" stands for Euromap67 communication interface "N" stands for non-operation side 2) Power: 1φ, 200-240V, 50/60Hz 3) "*" stands for extra 60Nl/min of air consumption for vacuum application 4) "( )" stands for optional