HY Robotics

As one of the most innovative robotics automation market leaders today, HYRobotics offer unique solutions with a full line of robotics systems. Our broad robotics line range enables us to offer precisely the right solution, even for highly specialized taskes with top load and side load options. HYRobotics has developed and manufactured robots for plastics injection molding machines since 1988. HYRobotics offeres a diverse line of products, from 30 tons to 4,000 tons, provides automation from simple to complex for customers.

The products line up include robots for sprue and parts removal, to fully integrated factory automation for insert molding, de-gating and in mold labeling, and parts stacking. We offer turnkey custom designed machines to supplement your automation needs. The HYRobotics staff is fully trained and knowledgeable about plant automation, and know the value of productivity. HYRobotics is a dedicated robotics manufacturing company with an ISO 9001 certified environment for high quality control system and an enterprise Resource Planning System has been implemented to maximize customer satisfaction with fast technical support. Our technical innovation and consistency will strengthen the value of your manufacturing productivity in every corner of the world.

Advantages of HY Robots


  • HYRobotics is dedicated Robotics Manufacturing company since 1988 and focus on the new opportunities of tomorrow and future-oriented robotics with state-of-art technology. HYRobotics brand is well known and one of most highly qualified robotics brand in the world wide for many customers since decades.

  • Reliable component & Mechanism, convenient but flexible robot controller, unique design ability & all of these development elements offers continues products improvement and satisfaction for Dedicated robotics manufacturing technology promise HYRObotics the position of Global leader of robotics.

  • This also promise to our customer the strength the value of productivity in every corner of worldwide.

TOP Ⅳ Series
  * Developed to minimize exposure of pneumatic and electric line for longer life operation in harsh plant
      environment.
  * Easy to adjust ascent complete position for door clearance
  * Kick stroke and location adjustment are easier than ever.
  * Easy to maintenance, service, part order with 3 dimensional parts drawing and list.
  * Long life Festo cylinder and reliable components.
 TOP IV Robot Controller.
    * Easy manipulation and Better safety.
  * Mode Selection Method realizes over 100 different motion pattern.
  * Tough TOPIV handy controller for harsh operation environment
  * SPI, Euromap IMM robot operation, interlock and safety.
  * LED displays each operation, IMM interlock, I.O signal
  * IMM and Robot Emergency Stop function
  * One touch Auto Operation
  * High quality and soft touch buttons
  * Minimize TOPIV Controller damage with Magneto Case
  * High heat resistance Handy Controller Case
High Speed plus continuous dependability
  * High Speed, safety and easy to operation with less maintenance realize real high speed operation.
  * Stable, dependable operation is achieved by our use of shock absorbers at the end of robot movement.
Dependable operation
- Low friction linear roller guide installed on Kick Slide guide.
- Linear bearing guides on ascending stroke guarantee fast, reliable operation
- HYRobotics Know-How realizes high speed and reliable operation with
  maintenance free.
One touch adjustment assure quicker robot set-up time
- One-touch adjustment of turning angle and release direction
- Simple adjustment is made by unfastening a lock nut and sliding the rotating
  cylinder
High speed take out and reduced speed product drop-off
- Dual control valves provide high speed take-out and slower parts release.
- These feature allow safety for operator and parts protection.
Fast take out cycle : 0.7 seconds
- With a dry cycle part removal of 0.7 seconds in the mold
( TOPIV-A550) , high speed injection molding cycles are achieved.
   
MODEL A B C D E
TOP IV-A,X,XC 450 1175 840 910 320 40
TOP IV-A,X,XC 550 1275 940
TOP IV-A,X,XC 650 1375 1040
TOP IV-A,X,XC 750 1475 1140 1110 520
TOP IV-A,X,XC 950 1675 1340

MODEL A B
TOP IV-TWIN 450 1175 840
TOP IV-TWIN 550 1275 940
TOP IV-TWIN 650 1375 1040

* Power : 100Vac-240Vac, 0.6A, 50/60Hz
* Take out cycle : 0.7 sec (TOPIV-A550)
* Control : Sequence Program
* Total dry cycle : 3.2 sec (TOPIV-A550)
* Pneumate pressure : 0.4 to 0.5 Mpa (70 PSi)
* Noise : 66 dB
* Max Payload : 2 kg
MODEL Injection Molding Machine Descent
Stroke(mm)
Kick(reach)
Stroke(mm)
Swing Angle(°) Waiting Position
Adjustment(mm)
Air Consumption
(NI/cycle)
Weight
(kg)
TOP-IV-A,X,XC 450 80ton 450 90 50~90 100 7 34
TOP-IV-A,X,XC 550 120ton 550 8 35
TOP-IV-A,X,XC 650 180ton 650 9 36
TOP-IV-A,X,XC 750 220ton 750 150 10 37
TOP-IV-A,X,XC 950 220ton 950 12 38
TOP IV-TWIN 450 80ton 450 90 11 44
TOP IV-TWIN 550 120ton 550 13 46
TOP IV-TWIN 650 180ton 650 15 48
A-TYPE Sprue picking only
X-TYPE Sprue picking and 90° Wrist Rotation ( Parts with sprue protection on conveyor)
XC-TYPE Sprue Picking and 90° Wrist Rotation plus end of arm vacuum tooling ( 4 point )
   
HIT Series
* Injection Molding Machine : For 50 ~ 250 Tons
   Horizontal
* Kick ( Reach ) Frame : Single Support Type
* Vertical Arm Structure : Non-Telescopic Arm
* Main Controller Location : Body Attached
   (Less foot print)
* Kick, Descent : Pneumatic Actuator
* Traverse Operation : Digital AC Servo Motor
 HIT 100 - S : SINGLE ARM
- D : DOUBLE ARM


* Take Out : With Vacuum, Chucking or Vacuum and Chucking
* Chuck Confirm ( Use or No Use )
* Outside Waiting ( Use or No Use )
* Take Out Motion ( L Motion or U Motion )
* Main Arm Descent ( From Fixed Platen or Moveable Platen )
* Sub Arm Descent ( From Fixed Platen or Moveable Platen )
* Chuck Rotation ( No Rotation, Before or After Traverse, No Kick, In Traverse )
* Main Arm Open ( Standard, In Mold or No Descent )
* Sub Arm Open ( Standard, In Mold, In Traverse or In Return )
* Ejector Control ( Use or No Use )
* Alarm Control ( Use or No Use )
* Process Time ( Up to 99 Seconds )


* Nipper ( Use or No Use )


Power Motion Control Control Method Normal Pneumatic Pressure Maximum Pneumatic Pressure Chuck Rotation
AC 220V(50/60Hz) Servo Motor microcomputer 6kgf 8kgf 90°
MODEL IMM Tons Travers(mm) Ascent/Descent(mm) Kick(reach)(mm) Electric Consumption Air Consumption Maximum handling capacity
standard Main Arm Sub Arm Main Arm Sub Arm
HIT-100S 150ton 1100 700 - 150 - 3 phase
AC 220V
1.7A(Max.)
22 3 kgf
HIT-100D 150ton 700 750 150 90 30
HIT-200S 250ton 1300 800 - 150 - 3 phase
AC 220V
1.7A(Max.)
25
HIT-200D 250ton 800 850 150 90 35
                        
Model A B C D E
HIT-100(S/D) 1660 1100 610 600 1410
HIT-200(S/D) 1860 1300 710 700 1510
   
MACH Series
* Injection Molding Machine : For 50~350 Tons Horizontal
* Digital Servo Motor Axis :1 Axis on Traverse Side
* Motion Guide : High Strength and Low noise LM Guide.
* Kick ( Reach ) Frame : Single Support Type
* Vertical Arm Structure : Non -Telescopic Arm
* Main Controller Location : Body Attached (Less foot print)
* Kick, Descent : Pneumatic Actuator
* Max. Take out Cycle Time :1.5 Sec (S-Type), 1.9 Sec
   (D-Type)
* Max. Process Cycle Time : 5.5 Sec (S-Type), 7 Sec
   (D-Type)
 MACH 200 - S : SINGLE ARM
- D : DOUBLE ARM

(1) Multi-Language Support including English.
(2) Large LCD Screen (128 x 64) ensure current status of Robot.
(3) Current status, Input and Output display for easy maintenance.
(4) Easy to create Auto Mode Operations. ( Mode Selecting Method)
(5) Unattended automation with stacking function.
(6) Take out Arm ( Main Arm, Sub Arm or Both )
(7) Take Out : With Vacuum, Chucking or Vacuum and Chucking
(8) Chuck Confirm ( Use or No Use )
(9) Outside Waiting ( Use or No Use )
(10) Take Out Motion ( L Motion or U Motion )
(11) Main Arm Descent ( From Fixed Platen or Moveable Platen )
(12) Sub Arm Descent ( From Fixed Platen or Moveable Platen )
(13) Chuck Rotation (No Rotation, Before or After Traverse, No Kick, In Traverse )
(14) Main Arm Open ( Standard, In Mold or No Descent )
(15) Sub Arm Open (Standard, In Mold, In Traverse or In Return)
(16) Ejector Control (Use or No Use)
(17) Alarm Control (Use or No Use)
(18) Multi Point Open (Maximum 99 Point on Traverse Side)
(19) Multi Stage Open (Maximum 4 times)
(20) Mold Close Delay (Use or No Use)
(21) Undercut (No Use, with Actuator or With Traverse)
(22) Process Time (Up to 99 Seconds)
* Pitch Open ( Use or No Use )
* Vertical Rotation ( No Use, In Mold, After Traverse, In Mold + After Traverse )
* Nipper in Robot ( Use or No Use )
* Nipper with Equipment ( No Use, with Robot, External 1. External 2 )
* Additional Gripper ( No Use, in Mold, Runner Open, Position )
Power Motion Control Control Method Normal Pneumatic Pressure Maximum Pneumatic Pressure Chuck Rotation
3Phase AC220V(50/60Hz) Servo Motor Microcomputer 6kgf 8kgf 90°
MODEL IMM Tons Travers(mm) Ascent/Descent(mm) Kick(reach)(mm) Electric Consumption Air Consumption Maximum handling capacity
standard L Type LL Type Main Arm Sub Arm Main Arm Sub Arm
MACH - 200S 250ton 1300 1500 1700 800 - 150 - 3 phase
AC 220V
1.7A(Max.)
25 3 kgf
MACH - 200D 250ton 800 850 150 100 35
MACH - 300S 440ton 1500 1700 - 1050 - 250 - 32 3 kgf
MACH - 300D 440ton 1050 1100 250 150 42
                                           
Type A B C D E H I J K L M N O P Q R S T U V
MACH - 200S 2276
(2476)
2676
480 1300
(1500)
[1700]
291 205 1632 307 145 - - - 564 - - 150 650 542 1018 75 639
MACH - 200D 24 165 450 450 180 189 639
MACH - 300S 2471
(2671)
1500
(1700)
270 167 1970 - - - 934 - - 240 810 632 1424 75 1009
MACH - 300D 24 165 820 820 270 830 189

()- L TYPE/ []- LL TYPE
   
MAX Series
* Injection Molding Machine : For 450 ~ 900 tons Horizontal
* Servo Motor Axis : Max. 3 Axis
* Motion Guide : High Strength and Low noiseLM Guide on all Axis
* Kick ( Reach ) Frame : Double Support Type
* Vertical Arm Structure :Telescopic Arm (2 Step)
* Main Controller Location : Body Attached(Less foot print )
* Traverse and Kick : AC Digital Servo Motors
* Descent : Pneumatic Actuator.
* Multi-Language Support including English.
* Large LCD Screen.
* ( 128 x 64 ) ensure current status of Robot.
* Current status, Input and Output Display for easy maintenance.
* Easy to create Auto Mode Operations.( Mode Selecting Method)
* Unattended automation with stacking function.
 MAX 600
- S : SINGLE ARM
- D : DOUBLE ARM
 MAX 600
- S A : SINGLE ARM + AIR CYLINDER
- D A : DOUBLE ARM + AIR CYLINDER

(1) Take out Arm ( Main Arm, Sub Arm or Both )
(2) Take Out : With Vacuum, Chucking orVacuum and Chucking
(3) Chuck Confirm ( Use or No Use )
(4) Outside Waiting ( Use or No Use )
(5) Take Out Motion ( L Motion or U Motion )
(6) Main Arm Descent(From Fixed Platen orMoveable Platen)
(7) Sub Arm Descent ( From Fixed Platen or Moveable Platen )
(8) Chuck Rotation (No Rotation, Before or After Traverse, No Kick, In Traverse )
(9) Main Arm Open (Standard, In Mold or No Descent)
(10) Sub Arm Open ( Standard, In Mold, In Traverse or In Return )
(11) Ejector Control ( Use or No Use )
(12) Alarm Control ( Use or No Use )
(13) Multi Point Open ( Maximum 99 Point on Traverse Side )
(14) Multi Stage Open ( Maximum 4 times )
(15) Mold Close Delay ( Use or No Use )
(16) Undercut (No Use, with Actuator or With Traverse)
(17) Process Time ( Up to 99 Seconds )
* Pitch Open ( Use or No Use )
* Vertical Rotation ( No Use, In Mold, After Traverse, In Mold + After Traverse )
* Nipper with Equipment ( No Use, with Robot, External 1. External 2 )
* Additional Gripper ( No Use, in Mold, Runner Open, Position )
   MAX-600S/D   MAX-800S/D
Power Motion Control Control Method Normal Pneumatic Pressure Maximum Pneumatic Pressure Chuck Rotation
Travers Kick(reach) Ascent/Descent
Single Phase AC220V(50/60Hz) Digital Servo Motor Digital Servo Motor Pneumatic Micro compter 6kgf 8kgf 90°
Type IMM Tons Travers Stroke Ascent/Descent Stroke Kick(reach) Stroke Air Consumption Electric Consumption Maximum handling capacity
Main Arm Sub Arm Main Arm Sub Arm
MAX - 600SA 550ton 2000 1300 - 450 - 28 Single Phase AC220V
S : 5A(Max.)
5 kgf
MAX - 600DA 550ton 1300 450 200 38
MAX - 800SA 900ton 2500 1600 - 500 - 44 Single Phase AC220V
S : 5A(Max.)
10 kgf
MAX - 800DA 900ton 1600 500 200 54
   MAX-600SA/DA   MAX-800SA/DA
Power Motion Control Control Method Normal Pneumatic Pressure Maximum Pneumatic Pressure Chuck Rotation
Travers Kick(reach) Ascent/Descent
Single Phase AC220V(50/60Hz) Digital Servo Motor Pneumatic Pneumatic Micro compter 6kgf 8kgf 90°
Type IMM Tons Travers Stroke Ascent/Descent Stroke Kick(reach) Stroke Air Consumption Electric Consumption Maximum handling capacity
Main Arm Sub Arm Main Arm Sub Arm
MAX - 600SA 550ton 2000 1300 - 450 - 28 Single Phase AC220V
S : 5A(Max.)
5 kgf
MAX - 600DA 550ton 1300 450 200 38
MAX - 800SA 900ton 2500 1600 - 500 - 44 Single Phase AC220V
S : 5A(Max.)
10 kgf
MAX - 800DA 900ton 1600 500 200 54
 MAX 600 - S : SINGLE ARM
- D : DOUBLE ARM

 MAX 600 - S A : SINGLE ARM + AIR CYLINDER
- D A : DOUBLE ARM + AIR CYLINDER
                        
Type A B C D E F G H I J K L M N O P Q R S T U V
MAX - 600S 2887 730 2000 224 - 420 260 1618 656 165 - - - 1128 - - 88 1212 530 1653 55 1183
MAX - 600D 50 140 993 993 118 1182 190
MAX - 800S 3565 770 2500 295 - 284 1975 681 205 - - - 1342 - - 93 1507 632 1927 70 1412
MAX - 800D 65 198 1149 1149 158 1442 263
                        
Type A B C D E F G H I J K L M N O P Q R S T U V W
MAX - 600SA 2545 330 2000 215 - 238 130 1618 342 165 - - - 1128 - - 88 1212 530 1653 55 1183 494
MAX - 600DA 65 140 978 978 118 1182 205
MAX - 800SA 3007 395 2500 295 - 219 1975 367 205 - - - 1342 - - 93 1507 632 1927 70 1412 537
MAX - 600DA 80 198 1134 1134 158 1442 278
   
VECT Series
* Injection Molding Machine : For 100 ~ 4000 Tons Horizontal
* Servo Motor Axis : Max. 3 Axis
* Motion Guide : High Strength and Low noise LM Guide on all Axis
* Kick ( Reach ) Frame : Double Support Type
* Vertical Arm Structure : Telescopic Arm (2 Step)
* Main Controller Location : Body Attached ( Less foot print )
* Traverse and Kick : AC Digital Servo Motors
* Descent : Pneumatic Actuator
* Multi-Language Support including English.
* Large LCD Screen.
* ( 128 x 64 ) ensure current status of Robot.
* Current status, Input and Output Display for easy maintenance.
* Easy to create Auto Mode Operations.( Mode Selecting Method)
* Unattended automation with stacking function.
 VECT 100
- S : SINGLE ARM
- D : DOUBLE ARM
 VECT 100
- S A : SINGLE ARM + AIR CYLINDER
- D A : DOUBLE ARM + AIR CYLINDER

(1) Take out Arm ( Main Arm, Sub Arm or Both )
(2) Take Out : With Vacuum, Chucking or Vacuum and Chucking
(3) Chuck Confirm ( Use or No Use )
(4) Outside Waiting ( Use or No Use )
(5) Take Out Motion ( L Motion or U Motion )
(6) Main Arm Descent ( From Fixed Platen or Moveable Platen )
(7) Sub Arm Descent ( From Fixed Platen or Moveable Platen )
(8) Chuck Rotation ( No Rotation, Before or After Traverse, No Kick, In Traverse )
(9) Main Arm Open (Standard, In Mold or No Descent)
(10) Sub Arm Open ( Standard, In Mold, In Traverse or In Return )
(11) Ejector Control ( Use or No Use )
(12) Alarm Control ( Use or No Use )
(13) Multi Point Open ( Maximum 99 Point on Traverse Side )
(14) Multi Stage Open ( Maximum 4 times )
(15) Mold Close Delay ( Use or No Use )
(16) Undercut ( No Use, with Actuator or With Traverse )
(17) Process Time ( Up to 99 Seconds )
* Pitch Open ( Use or No Use )
* Vertical Rotation ( No Use, In Mold, After Traverse, In Mold + After Traverse )
* Nipper in Robot ( Use or No Use )
* Nipper with Equipment ( No Use, with Robot, External 1. External 2 )
* Additional Gripper ( No Use, in Mold, Runner Open, Position )
Power Motion Control Control Method Normal Pneumatic Pressure Maximum Pneumatic Pressure Chuck Rotation
3Phase AC220V(50/60Hz) Digital Servo Motor Micom Control 6kgf 8kgf 90°
ton
Type IMM Tons Travers Stroke Ascent/Descent Stroke Kick(reach) Stroke Electric Consumption Air Consumption
(normal
/Cycle)
Maximum handling capacity
standard L Type LL Type Main Arm Sub Arm Main Arm Sub Arm
VECT-V-100S 150ton 1300 1500 1700 700 - 651 - 3Phase AC 220V
S:5A(Max.)
D:6A(Max.)
20 5 kgf
VECT-V-100D 150 750 525 525 27
VECT-V-200S 250ton 1500 1700 1900 800 - 651 - 3Phase AC 220V
S:5A(Max.)
D:6A(Max.)
22 5 kgf
VECT-V-200D 250ton 850 525 525 29
VECT-V-300S 300ton 1500 1700 1900 950 - 831 - 3Phase AC 220V
S:5A(Max.)
D:6A(Max.)
24 5 kgf
VECT-V-300D 300ton 950 705 705 32
VECT-V-400S 400ton 1700 2000 - 1100 - 951 - 3Phase AC 220V
S:10A(Max.)
D:13A(Max.)
7 5 kgf
VECT-V-400D 400ton 1100 825 825 7
VECT-V-600S 600ton 2000 2500 - 1300 - 1085 - 3Phase AC 220V
S:10A(Max.)
D:13A(Max.)
7 10 kgf
VECT-V-600D 600ton 1300 910 910 16
VECT-V-800S 900ton 2500 3000 - 1600 - 1218 - 3Phase AC 220V
S:11A(Max.)
D:15A(Max.)
22 15 kgf
VECT-V-800D 900ton 1600 1070 1070 22
VECT-V-1300S 1500ton 2500 3000 - 1600 - 1218 - 3Phase AC 220V
S:11A(Max.)
D:15A(Max.)
22 20 kgf
VECT-V-1300D 1500ton 1800 1450 1450 35
VECT-V-2000S 2000ton 3500 4000 - 2100 - 1710 - 3Phase AC 220V
S:16A(Max.)
56 30 kgf
VECT-V-2500S 2500ton 4000 4500 - 2500 - 1750 - 3Phase AC 220V
S:15A(Max.)
220 40 kgf ton
VECT-V-3000S 3000ton 3000 - 2070 3Phase AC 220V
S:26A(Max.)
152 40 kgf
                        
Type A B C D E F G H I J K L M N O P Q R S T U V
VECT-V-100S 2207
(2407)
[2607]
672 1300
(1500)
[1700]
235 - 420 260 1232 596 165 - - - 651 - - 300 400 530 1135 40 691
VECT-V-100D 50 116 525 525 330 420 166
VECT-V-100S 2047
(2607)
[2807]
672 1500
(1700)
[1900]
235 - 260 1292 596 165 - - - 651 - - 300 500 530 1135 40 691
VECT-V-200D 50 116 525 525 330 520 166
VECT-V-300S 2407
(2607)
[2807]
672 1500
(1700)
[1900]
235 - 260 1367 596 165 - - - 831 - - 300 500 530 1135 40 691
VECT-V-300D 50 116 705 705 330 620 166
VECT-400S 2587
(3078)
672 1700
(2000)
215 - 260 1472 596 165 - - - 951 - - 300 800 530 1435 40 991
VECT-400D 50 116 825 825 330 770 166
VECT-600S 3007
(3057)
592 2000
(2500)
415 - 179 1740 636 205 - - - 1085 - - 254 1046 632 1627 70 1155
VECT-600D 73 172 910 910 340 960 245
VECT-800S 3562
(4062)
632 2500
(3000)
430 - 284 2110 655 223 - - - 1218 - - 310 1290 752 1883 145 1363
VECT-800D 71 222 1070 1070 346 1254 293
VECT-1300S 4292
(4792)
792 3000
(3500)
500 - 455 2440 680 255 - - - 1572 - - 390 1410 972 2320 200 1772
VECT-1300D 49 273 1450 1450 420 1380
VECT-2000S 4988
(5488)
820 3500
(4000)
545 123 - - 2820 726 270 - - - 1710 - - 375 1725 1092 2530 267 1977
VECT-2500S 6010
(6510)
1055 4000
(4500)
786 166 - - 3250 866 320 - - - 1750 - - 420 2080 1197 2980 500 2250
VECT-3000S 5990
(6490)
149 - - 3490 - - - 2070 - - 420 2580 3300 2570
   
HYBRID Series
* Injection Molding Machine : For 100 ~ 1300 Tons Horizontal
* Servo Motor Axis : Max. 5 Axis
* Motion Guide : High Strength and Low noise LM Guide on all Axis
* Kick ( Reach ) Frame : Double Support Type
* Vertical Arm Structure : Telescopic Arm (2 Step)
* Main Controller Location : Body Attached ( Less foot print )
* Main Arm : Full Digital Servo Motor on All Axis
* Sub Arm : Pneumatic operation for Kick (Reach) and Descent
 HYBRID 100 - D : DOUBLE ARM

HYwin1.0 Robot Controller
- HYwin1.0 Robot Controller(New and Upgraded)
-Advanced but simple control in 10.4 inch Large
  TFT LCD Screen with Full Color display.
- Expandable and Flexibility with Windows XP
  Operating Systems.
- Production Monitoring through network connection.
HYNC-700 (Standard HYBRID Robot Controller)
- Easy and Simplified Motion Control for
  Sophisticated Injection Molding Automation.
- 5.7 inch Color touch screen and Servo Jog button
  and Play back step by step motion control.
- Developed specifically for the molding industry by
  automation engineers with years of experience
  in the field.
- Part stacking, palletized insert loading function
  programmed in control.
- Input, output and logic circuits allow easy
  integration.
(1) Take out Arm (Main Arm, Sub Arm or Both)
(2) Vacuum (Use or No Use)
(3) Chucking (Use or No Use)
(4) Main Arm Gripper (Use or No Use)
(5) Sub Arm Gripper (Use or No Use)
(6) Outside Waiting (Use or No Use)
(7) Main Arm Descent (From Fixed Platen or Moveable Platen)
(8) Chuck Rotation during Traverse (Use or No Use)
(9) Main Arm Open (No Use , In Mold or Stack Open)
(10) Sub Arm Open (No Use, In Mold, In Traverse or In Return)
(11) Ejector Control (No Use, Descent or Take Out)
(12) Ejector Backward (Use or No Use)
(13) Ejector Number (1 ~ 2 Times)
(14) Cycle Start (After ascent complete or Traverse start)
(15) J Motion (No Use, Sub Arm, Main Arm or Both)
* Robot Nipper installation (No Use or Use)
* External Nipper equipment Installation ( No Use, in Robot, External 1 or External 2)
Power Motion Control Control Method Normal Pneumatic Pressure Maximum Pneumatic Pressure Chuck Rotation
3Phase AC220V(50/60Hz) Digital Servo Motor Micom Control 6kgf 8kgf 90°
Type IMM Tons Travers(mm) scent/Descent(mm) Kick(reach)(mm) Electric Consumption Air Consumption
(normal
/Cycle)
Maximum handling capacity
standard L Type LL Type Main Arm Sub Arm Main Arm Sub Arm
HYBRID-V-100D 150ton 1300 1500 1700 700 750 525 100 3 Phase AC 220V
13A(Max.)
16 5 kgf
HYBRID-V-200D 280ton 1500 1700 1900 800 850 525 100 3 Phase AC 220V
13A(Max.)
17 5 kgf
HYBRID-V-300D 380ton 1500 1700 1900 950 950 705 100 3 Phase AC 220V
13A(Max.)
17 5 kgf
HYBRID-V-400D 450ton 1700 2000 - 1100 1100 825 150 3 Phase AC 220V
D:13A(Max.)
31 5 kgf
HYBRID-V-600D 600ton 2000 2500 - 1300 1300 910 150 3 Phase AC 220V
D:13A(Max.)
31 10 kgf
HYBRID-V-800D 900ton 2500 3000 - 1600 1600 1070 150 3 Phase AC 220V
D:15A(Max.)
38 15 kgf
HYBRID-V-1300D 1500ton 3000 3500 - 1800 1800 1450 200 3 ¡ío AC 220V
D:15A(Max.)
42 20 kgf
                        
Type A B C D E F G H I J K L M N O P Q R S T U V
HYBRID-V-100D 2207
(2407)
[2607]
672 1500
(1700)
[1900]
235 - 420 260 1232 596 165 50 116 300 525 330 420 300 400 530 1135 116 691
HYBRID-V-200D 2407
(2607)
[2807]
672 1500
(1700)
[1900]
235 - 260 1292 596 165 50 116 300 525 330 520 300 500 530 1135 166 691
HYBRID-V-300D 2407
(2607)
[2807]
672 1500
(1700)
[1900]
235 - 260 1367 596 165 50 116 300 705 330 620 300 650 530 1315 166 871
HYBRID-400D 2587
(3087)
672 1700
(2000)
215 - 260 1472 596 165 50 116 450 825 330 770 300 800 530 1435 116 991
HYBRID-600D 3007
(3507)
592 2000
(2000)
415 - 179 1740 636 205 73 172 600 910 340 960 254 1046 632 1627 245 1155
HYBRID-800D 3562
(4062)
622 2500
(3000)
430 - 284 2110 655 223 71 222 800 1070 346 1254 310 1290 752 1883 293 1363
HYBRID-1300D 4292
(4792)
792 3000
(3500)
500 - 455 2440 680 255 49 273 1000 1450 420 1380 390 1410 927 2320 200 1772
   
NEXIA Series
* Injection Molding Machine : For 100 ~ 4000 Tons Horizontal
* Servo Motor Axis : From 3 ~ 7 Axis Servo
* Motion Guide : High Strength and Low noise LM Guide on all Axis
* Kick ( Reach ) Frame : Double Support Type
* Vertical Arm Structure : Telescopic Arm (2 Step)
* Main Controller Location : Body Attached ( Less foot print )
 NEXIA 200
- S : SINGLE ARM
- D : DOUBLE ARM
- SY : SINGLE ARM + 5.7" Touch
  Controller
- SF : SINGLE ARM + 10.4" Touch
  Controller

HYwin1.0 Robot Controller(New and Upgraded)
- Advanced but simple control in 10.4 inch Large
  TFT LCD Screen with Full Color display.
- Expandable and Flexibility with Windows XP
  Operating Systems.
- Internet Customer support with Camera Phone.
- Production Monitoring through network connection.
HYNC-700 (Standard HYBRID Robot Controller)
- Easy and Simplified Motion Control for
  Sophisticated Injection Molding Automation.
- 5.7 inch Color touch screen
  and Servo Jog button and Play back step by step
  motion control.
- Developed specifically for the molding industry by
 automation engineers with years of experience
  in the field.
- Part stacking, palletized insert loading function
  programmed in control.
- Input, output and logic circuits allow easy
  integration.
(1) Take out Arm ( Main Arm, Sub Arm or Both )
(2) Vacuum ( Use or No Use )
(3) Chucking ( Use or No Use )
(4) Main Arm Gripper ( Use or No Use )
(5) Sub Arm Gripper ( Use or No Use )
(6) Outside Waiting ( Use or No Use )
(7) Main Arm Descent ( From Fixed Platen or Moveable Platen )
(8) Chuck Rotation during Traverse ( Use or No Use )
(9) Main Arm Open ( No Use , In Mold or Stack Open )
(10) Sub Arm Open ( No Use, In Mold, In Traverse or In Return )
(11) Ejector Control ( No Use, Descent or Take Out )
(12) Ejector Backward ( Use or No Use )
(13) Ejector Number ( 1 ~ 2 Times)
(14) Cycle Start ( After ascent complete or Traverse start )
(15) J Motion ( No Use, Sub Arm, Main Arm or Both )
* Robot Nipper installation ( No Use or Use )
* External Nipper equipment Installation ( No Use, in Robot, External 1 or External 2 )
Power Motion Control Control Method Normal Pneumatic Pressure Maximum Pneumatic Pressure Chuck Rotation
3Phase AC220V(50/60Hz) Digital Servo Motor Micro Computer 6kgf 8kgf 90°
Power IMM Tons Travers Stroke Ascent/Descent Stroke Kick(reach) Stroke Electric Consumption Air Consumption Maximum handling capacity
standard L Type LL Type Main Arm Sub Arm Main Arm Sub Arm
NEXIA-V-100S 150ton 1300 1500 1700 700 - 651 - 3Phase AC 220V
S:10A (Max.)
D:13A (Max.)
6 5 kgf
NEXIA-V-100D 150ton 750 525 525
NEXIA-V-200S 250ton 1500 1700 1900 800 - 651 - 3Phase AC 220V
S:10A (Max.)
D:13A (Max.)
7 5 kgf
NEXIA-V-200D 250ton 850 525 525
NEXIA-V-300S 300ton 1500 1700 1900 950 - 831 - 3Phase AC 220V
S:10A (Max.)
D:13A (Max.)
7 5 kgf
NEXIA-V-300D 300ton 950 705 705
NEXIA-400S 400ton 1700 2000 - 1100 - 951 - 3Phase AC 220V
S:10A (Max.)
D:13A (Max.)
7 5 kgf
NEXIA-400D 400ton 1100 825 825
NEXIA-600S 600ton 2000 2500 - 1300 - 1085 - 3Phase AC 220V
S:10A (Max.)
D:13A (Max.)
16 10 kgf
NEXIA-600D 600ton 1300 910 910
NEXIA-800S 900ton 2500 3000 - 1600 - 1218 - 3Phase AC 220V
S:11A (Max.)
D:15A (Max.)
22 15 kgf
NEXIA-800D 900ton 1600 1070 1070
NEXIA-1300S 1500ton 3000 3500 - 2100 - 1710 - 3Phase AC 220V
S:12A (Max.)
D:15A (Max.)
35 20 kgf
NEXIA-1300D 1500ton 1600 1070 1070
NEXIA-2000S 2000ton 6500 4000 - 2100 - 1710 - 3Phase AC 220V
S:16A (Max.)
56 30 kgf
NEXIA-V-2500S 2500ton 4000 4500 - 2500 - 1750 - 3Phase AC 220V
S:26A (Max.)
152 40 kgf
NEXIA-3000S 3000ton 3000 - 2070 - 3Phase AC 220V
S:26A (Max.)
152 40 kgf
                        
Type A B C D E F G H I J K L M N O P Q R S T U V
NEXIA-V-100S 2207
(2407)
[2607]
672 1300
(1500)
[1900]
235 - 420 260 1232 596 165 - - - 651 - - 300 400 530 1135 40 691
NEXIA-V-100D 50 116 525 525 330 420 166
NEXIA-V-200S 2407
(2607)
[2807]
672 1500
(1700)
[1900]
235 - 260 1292 596 165 - - - 651 - - 300 400 530 1135 40 691
NEXIA-V-200D 50 116 525 525 330 520 166
NEXIA-V-300S 2407
(2607)
[2807]
672 1500
(1700)
[1900]
235 - 260 1367 596 165 - - - 831 - - 300 650 530 1315 40 871
NEXIA-V-300D 50 116 705 705 330 770 166
NEXIA-400S 2587
(3078)
672 1700
(2000)
215 - 260 1472 596 165 - - - 951 - - 300 800 530 1435 40 991
NEXIA-400D 50 116 825 825 330 770 166
NEXIA-600S 3007
(3507)
592 2000
(2500)
415 - 179 1740 636 205 - - - 1085 - - 254 1046 632 1627 70 1155
NEXIA-600D 73 172 910 910 340 960 245
NEXIA-800S 3562
(4062)
632 2500
(3000)
430 - 284 2110 655 223 - - - 1218 - - 310 1290 752 1883 145 1363
NEXIA-800D 71 222 1070 1070 346 1254 1363
NEXIA-1300S 4992
(4792)
792 3000
(3500)
500 - 455 2440 680 255 - - - 1572 - - 390 1410 972 2320 200 1772
NEXIA-1300D 71 222 1070 1070 346 1254 1363
NEXIA-2000S 4988
(5488)
820 3500
(4000)
545 123 - - 2820 726 270 - - - 1710 - - 375 1725 1092 2530 267 1977
NEXIA-V-2500S 6010
(6510)
1055 4000
(4500)
786 166 - - 3250 866 320 - - - 1750 - - 420 2080 1197 2980 500 2500
NEXIA-3000S 5990
(6490)
149 - - 3490 - - - 2070 - - 420 2580 3300 2570