SCARA Robot Arm Programming with Mitsubishi Motors

@hayteekeys

HI, KINDLY READ THROUGH MY PROPOSAL I will program a Mitsubishi PLC in GX Works3 to control a SCARA robot using four motors and drivers according to the kinematic equations you provide, while also controlling a small gripper motor for 90° rotation in both directions. MY APPROACH ✅ Implement kinematic-based motion control for the four SCARA axes ✅ Add coordinated gripper control (90° clockwise and counterclockwise) ✅ Develop clean, well-structured GX Works3 project with safety and sequencing logic DELIVERABLES - Complete GX Works3 project file - Clear documentation of the motion and gripper logic - Support for testing and fine-tuning QUESTIONS 1. Do you already have the Mitsubishi PLC model and servo/driver details? 2. Preferred collaboration method do you have your own GX Works3 license, or shall we use remote desktop to your PC? Ready to start immediately.

@manusharma2992

Having a multi-faceted skill set that combines Electrical and Mechanical engineering, with a special focus on Mechatronics and PLC operations, I'm undoubtedly the ideal fit for your project. I hold extensive experience in working with Mitsubishi motors, running kinematic equation implementations and using GX Works3 proficiently. This also includes remote desktop collaboration, which will help us seamlessly synchronize our workstations without any hindrances. Apart from these specific skills, my background in CAD Design would be an added advantage for the successful execution of your project. I am adept at not only understanding intricate mechanical processes like robot arm movements but also adeptly conceptualizing and designing them through advanced tools such as AutoCAD, SolidWorks and Revit.

@hayat38402

Hello, I am Muhammad Javed, an Electrical Engineer with more than 10 years of experience in PLC programming, Mitsubishi automation, motion control, robotics, and GX Works3. I have thoroughly understood your requirement for a SCARA robot controlled by four Mitsubishi motors and drives, with motion generated from the kinematic equations you will provide. I can develop the PLC program in GX Works3 to calculate and execute the required joint movements, coordinate the four axes, and achieve accurate positioning based on your specified equations and motion requirements. I will also integrate the additional gripper motor and program its 90° clockwise/counterclockwise rotation with appropriate control logic, sequencing, limits, and interlocks. The PLC program will be structured clearly with meaningful tags, comments, and organized motion/control routines so it is easy to troubleshoot and modify. Regarding the GX Works3 license, I can work using my own licensed environment where applicable, or collaborate through a remote desktop connection to your PC if your school license must remain tied to your machine. I can coordinate closely with you during testing and commissioning. I am available to start immediately and can provide a reliable, well-structured Mitsubishi PLC solution tailored to your SCARA application.

@DrSyafiq

For a SCARA Robot Arm Programming with Mitsubishi Motors, the hard part is balancing sensor scanning accuracy, battery life, Bluetooth/SIM fallback, and OTA-ready embedded reliability. I've handled similar builds involving Mechanical Engineering, Electrical Engineering, Mechatronics, Robotics, usually where the important part was translating the brief into a reliable working system. My approach would be to validate the sensor matrix and power budget first, then design the acquisition PCB, embedded firmware, connectivity fallback, and OTA/admin controls in staged prototypes. For this project, I would focus especially on: - Sensor front-end, matrix scanning strategy, MCU selection, and PCB layout - Battery/power budget, Bluetooth setup, SIM fallback, buffering, and geolocation - OTA firmware, remote activation/deactivation, ownership reset, and admin controls If helpful, I can outline the sensor-to-cloud prototype plan and PCB/firmware risk checklist before committing to the full board. Best, Dr. Syafiq

@cesur135

As an experienced automation engineer specialized in PLC programming and robotics, I am confident about my ability to effectively execute this project. My extensive background in industrial automation, specifically in projects such as wastewater and water treatment plants, equipped me with a profound understanding of system software development and SCADA program implementation. I have worked with different PLC brands including Siemens, Delta, ABB, Omron and the explicit Mitsubishi motors that you require for your project. I would like to acknowledge the condition you've mentioned about the GX Works3 license restriction; fortunately, I do possess a valid license for this software which allows us to synchronize our work seamlessly. The fact that I have completed hands-on projects using GX Works3 can ensure a smooth coordination between your Mitsubishi motors and my programming skills. Moreover, I have experience configuring and parameterizing ABB & Siemens drivers- both brands which are essential for your SCARA robot arm movements control.

@MuhammadUzair16

Hi, I am an embedded systems engineer with over 16 years of experience developing motion-control, automation, and firmware systems. I can translate your kinematic equations into a structured GX Works3 PLC program for the four Mitsubishi motor axes, coordinate the required SCARA movements, and control the gripper motor for reliable ±90° rotation. I would first map the equations and movement sequence, then implement homing, position commands, interlocks, limits, and synchronized gripper control. We can test each axis independently before validating the complete motion and tuning speeds and acceleration. Working through a remote desktop connection to your licensed PC is acceptable. Which Mitsubishi PLC, motor, and driver models are being used, and are the limit/home sensors already wired? I would be glad to discuss the movement sequence and project details with you.

@engrfarooq04

I’m a skilled Mechatronics and Robotics Engineer experienced in PLC programming, Mitsubishi motion control, motor drives, automation, and embedded systems. I can develop the complete SCARA robot control solution using four Mitsubishi motors/drivers, implementing your provided kinematic equations for accurate coordinated movement. I’ll program the system in GX Works3 with structured PLC logic for axis control, sequencing, synchronization, positioning, interlocks, and reliable operation. I’ll also integrate the additional gripper motor and implement precise 90° rotation in both directions. I can work with your existing GX Works3 license through a secure remote-desktop setup or use my own licensed environment. I’ll provide clean, well-organized, and documented PLC code that is easy to test, troubleshoot, and modify. I’m ready to begin immediately and collaborate closely throughout development.

@miguelcen64

Hello, The key part of this project is **translating your SCARA kinematic equations into reliable PLC motion control for four Mitsubishi motors plus the gripper axis**. I can help you handle this accurately and efficiently without overcomplicating the process. I have hands-on experience with **Electrical Engineering, Robotics, and Embedded Systems**, including motion sequencing and coordinated actuator control in automation projects. For your project, I would focus on **GX Works3 PLC logic**, **motor control timing and interlocks**, and **gripper rotation control with safe direction limits**, while making sure the final result is **stable, repeatable, and easy to tune from your equations**. I can start immediately and expect to complete this within 10 days. One detail I'd like to confirm before starting: **are your kinematic equations already mapped to the Mitsubishi axis scaling and I/O signals, or should I help define that conversion too**? Best regards, Miguel

@venplura

Hi there! Quick question - are you looking to implement any safety limits or position feedback validation for the SCARA arm movements, or is basic kinematic control sufficient for your needs? Regardless, this is definitely something that I feel confident delivering on, given my past experience. I would love to discuss your project further! Looking forward hearing from you. kind regards, Corné

@Shahabijan

Hello, I have experience with PLC-based motion control, Mitsubishi automation, and robotic kinematics, and I can help develop the SCARA robot control system in GX Works3. I can implement the kinematic equations you provide, configure the Mitsubishi motors/drives, and develop the PLC motion sequence for accurate SCARA movements. I can also integrate the additional gripper motor with 90° clockwise/counterclockwise positioning and appropriate control logic. Since your GX Works3 license is tied to your personal PC, I can either work using my own licensed environment where compatible or collaborate through remote access to your computer. I will provide well-structured, commented PLC code and assist with testing/debugging. I am available to discuss the motor/drive models, PLC model, communication method, and kinematic equations before starting. Best regards, Shahab

@nichitav7

Hello, I can develop the GX Works3 PLC control program for your 4-axis SCARA robot and integrate the additional gripper rotation motor. I have strong experience in embedded control, industrial automation, motor/servo control, sensor integration, and implementing mathematical control logic in real systems. For your project, I can implement the kinematic equations you provide and convert the required X/Y/Z/rotation targets into coordinated Mitsubishi servo movements. I can handle: - 4-axis Mitsubishi motor/driver control - SCARA forward/inverse kinematic calculations - Coordinated positioning, speed and acceleration control - Homing, limits, alarms and safety logic - Additional gripper motor control for ±90° rotation - GX Works3 programming using Structured Text/Ladder as appropriate - Testing and debugging with your actual hardware Regarding GX Works3, if direct use of your school license is restricted, I am comfortable collaborating through remote desktop on your PC for development, testing, and commissioning. Before starting, I would review the exact PLC, servo driver and motor models, communication method, mechanical dimensions, and your kinematic equations. Best regards, Nichita

@FizzaNadeemK

Hi I can develop the Mitsubishi PLC control logic in GX Works3 for your SCARA robot, implementing the provided kinematic equations and coordinating the four motors/drivers for precise movement. I’ll structure the program clearly so the motion sequence and parameters can be adjusted and tested easily. I can also integrate the additional gripper motor control with the required 90-degree rotation in both directions, while keeping the system synchronized and safe. I’m comfortable working with your license arrangement either through my own GX Works3 environment or by collaborating through your PC via remote access. Best Regards Fizza

@qualityxenter

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@revival786

Greetings! I can program your SCARA robot using GX Works3 to execute movements based on your kinematic equations while also controlling the gripper motor for 90 degree rotation in both directions. Since your license is tied to your personal PC, I am comfortable working via remote desktop connection to your computer to complete the programming and testing. I would write the PLC logic to handle coordinated motion for the four Mitsubishi motors, integrate the kinematic calculations, and add separate control for the gripper mechanism. I would also test the system to ensure smooth and accurate movement. Let me know your motor models, any existing hardware setup, and your preferred schedule for remote sessions. Thanks, Revival

@Hmdlawal

HI, KINDLY READ THROUGH MY PROPOSAL The key challenge is coordinating 4 Mitsubishi servo axes through PLC kinematics while synchronizing the gripper’s ±90° rotation. I’m an Electronics/Automation Engineer with 6 years’ experience and 67+ projects. I can implement this in GX Works3, map the motion logic, validate axis synchronization, and integrate the gripper motor safely. I can work via your remote PC if licensing requires it. • Which Mitsubishi PLC/servo models are being used? PLEASE INITIATE A CHAT I look forward to collaborating with you on this project.

@bohdan38

As an experienced Automation and Electrical Engineer with a deep knowledge of Embedded Systems, I am ideally suited to take on your SCARA Robot Arm Programming project. Not only do I work fluently with GX Works3, but my extensive experience in firmware development and PCB design will ensure that every facet of your project is addressed competently. What's more, debugging is one of my strongest suits, allowing me to quickly identify and rectify any issues that may arise, guaranteeing the smooth operation of your system. Moreover, I am highly skilled at working within restrictions and constraints - such as your GX Works3 license limitations - as a quality engineer must be able to adapt to any environment. To this end, I can establish a secure remote desktop connection with your personal computer to perform the programming and testing tasks seamlessly without sharing the software license. Finally, through my various ventures in developing microcontroller based products using diverse platforms like Renesas, STM32 among others, I've become adept at finding innovative solutions to unique problems. Rest assured, as your SCARA Robot programmer with a focus on reliable firmware and effective communication, I'll keep you up-to-date from initial design concepts to full implementation making efficient use of your Mitsubishi motors in executing the kinematic equations provided. Emphasizing practical engineering and clean documentation; choose me for a professional finish to your project

@dobrivojej

Hi there, thanks for the detail in the post. I'll keep you updated throughout the programming of the SCARA robot in GX Works3, providing regular progress reports and sharing any challenges we encounter with controlling the gripper motor for precise 90-degree rotations. Setting up a remote desktop connection will ensure we can collaborate effectively while working on the kinematic equations. Let's make it happen - message me anytime. Thanks! - Dobrivoje.J

@bryanr079

Dear Client, How are you? I hope this proposal finds you well. I'M A CERTIFIED ENGINEER & EXPERIENCED EXPERT WITH Robotics and SCARA Robot Arm Programming with Mitsubishi Motors This is to inform you that I have KEENLY gone through your project description, CLEARLY understood all the project requirements as instructed in your project proposal and this is to let you know that I will perfectly deliver as desired. Being in possession of all stated required skills as this is my field of professional specialization having completed all certifications and developed adequate experience in the respective field, I hereby humbly request you to consider my bid for professional, quality and affordable services that meet all your requirements. I always guarantee timely delivery and unlimited revisions where necessary hence you are assured of utmost satisfaction when working with me. Please send me a message so that we can discuss more and seal the project. WELCOME.

@edison368

131: I bring the “math-to-motion” workflow you need—turning your SCARA kinematic equations into PLC-ready control logic with dependable Mitsubishi motor sequencing. I’ll implement the inverse kinematics, trajectory steps, and safe homing/limit handling for a 4-axis SCARA using Mitsubishi motors and drivers, then map each move to GX Works3 function blocks and coordinated axis commands. Your GX Works3 licensing constraint is understood. Because my development environment can’t use your school-tied license, I can work with either (1) my own GX Works3 setup (if available on my side) or (2) a remote desktop collaboration on your PC to build, test, and debug the PLC project without software sharing. I’ll also integrate the gripper auxiliary motor, driving it to rotate ±90° in both directions concurrently with the arm motion using timing/interlock logic.