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SWITEK Robotic Arms for Injection Molding Machine Installation Instruction -- Chapter 4: Operate Panel

Injection Robotic Arm

One Stop Robotic Arms for Injection Molding Machine Purchasing

SWITEK Robotic Arms for Injection Molding Machine Installation Instruction -- Chapter 4: Operate Panel
Abstract

The operate panel is the interface from where the operator to communicate with the robotic arm. It'll enable the operator to start, stop, programm, adjust the speed of each axis of the robotic arm. Here in this chapeter we'll have a brief introduction of the operate panel of the robotic arm controller (HMI).

4.1 Appearance

robot installation
  • State Switch:
    1. Stop: In this mode the robot would be in the stop position, the operator can teach a new program, set the robot running parameters, export program etc.
    2. Manual: In this mode the operator can test the programm manually.
    3. Auto: In this mode the robot will working automatically.
  • Status Lights:
    1. OPEN.E: Mold Opened
    2. S.DOOR: Safe door
    3. A.CLOSE: Enable mold closing
    4. A.EJE: Ejector enabled
    5. REC: New Cycle
  • Emergency stop

    Stop the robot and other machines immediately in emergency.

  • Fine tuning knob:

    Have a minor movement of the strokes for precise distance adjustment.

  • Action buttons

    Move the axis manually

  • Function keys
    • F1 -- Function
    • F2 -- Monitor
    • F3 -- Record
    • F4 -- Alarm
    • F5 -- Return
  • Speed down: -- Reduce the speed of the axis
  • Speed up: -- Increase the speed of the axis
  • Retur (HP): -- Back to HOME position
  • Origin (ORI): -- Back to original point
  • Stop: -- Stop the robot
  • Star: -- Start the robot

4.2 Main Frame
4.2.1 Main Page
robot installation
4.2.2 Axis Definitions
  • Z: Traverse in/out
  • X1: Main arm forward/backward
  • Y1: Main arm up/down
  • X2: Vice arm forward/backward
  • Y2: Vice arm up/down
  • C: Posture horizontal/vertical operation


Best Buy Robotic Arm for Injection Molding Machine
injection robot

SW6715DS

injection robot

Unit: mm

X1 X2 X3 X4 Y YM1 YM2 Z L W H Payload
1400 1180 0 0 1500 480 1020 2500 3120 2200 2400 15kg

The Application of End of Robotic Arm Tooling

EOAT Assembly Demonstration -- One Cavity Instrument Panel Picking EOAT

One Cavity Instrument Panel Picking EOAT

Product Descriptions


Q & A About Robotic Arms and Injection Automation

For A 20L IML Bucket Project, Which of the JUPITER Series Injection Molding Machine is the Best Choice?

For A 20L IML Bucket Project, Which of the JUPITER Series Injection Molding Machine is the Best Choice?

20L IML bucket is now a very popular solution as the package of the branded paints with it's easy production and dynamic image design. To choose an injection molding machine among the JUPITER series machinery, the most important parameter to consider is the opening stroke of the injection molding machine of which to ensure that the robotic arm will have sufficient moving space in mold to put in the label and pick the parts.

20L Buckets IML Solutions

20L Paint Bucket Top Entry IML Solutions

To start a project of 20L IML paint pail, first of all we must have the 3D dimensional measurement of the bucket especially the height of it. For most of the 20L IML pail the height would be around 350mm, to ensure that the IML robot will have sufficient space in the mold to put the lalbel and pick the IML buckets out, the minimum opening stroke of the injection molding machine would be around 850mm, so the best of JUPITER two platen injection molding for your 20L paint pails would be JU7500 which the mold opening stroke is 1400/900mm.

For more information of an IML projection planning please feel free to contact Adams from SWITEK to get a ready to work turn-key solutions of IML container production.


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