RoboDK Pick-and-Place Simulation

@ZohaibRoy

⭐⭐⭐⭐⭐ Create a RoboDK Simulation for Articulated Robot Pick-and-Place ❇️ Hi My Friend, I hope you are doing well. I’ve reviewed your project needs and see you are looking for a RoboDK simulation for a pick-and-place robot. You don’t need to look any further; Zohaib is here to help you! My team has completed over 50 similar projects for RoboDK simulations. I will import your CAD, set up everything needed, and program the cycle using RoboDK’s Python API. The final product will run smoothly in RoboDK and export to the robot controller. ➡️ Why Me? I can easily handle your RoboDK simulation as I have 5 years of experience in robotics and automation. My skills include Python programming, CAD integration, and simulation setup. Additionally, I have a strong grip on post-processing and error-free code generation, ensuring everything works perfectly. ➡️ Let’s have a quick chat to discuss your project in detail. I can show you samples of my previous work in RoboDK simulations. Looking forward to chatting with you! ➡️ Skills & Experience: ✅ RoboDK Simulation ✅ Python Programming ✅ CAD Importing ✅ Robot Path Setup ✅ Tool Configuration ✅ Frame Setup ✅ Post-Processing ✅ Collision Detection ✅ Code Generation ✅ Error Handling ✅ Project Management ✅ Automation Solutions Waiting for your response! Best Regards, Zohaib

@irsolutions

With my extensive experience in web and mobile development, including expertise in Python programming and RoboDK simulations, I understand the importance of creating a fully functional pick-and-place simulation for your articulated robot project. I have a proven track record in delivering successful projects in robotics and automation, with a focus on precision and efficiency. My previous work in similar domains has equipped me with the skills needed to import CAD files, set up frames and tools, program cycles in Python, and generate error-free robot-ready code in RoboDK. Ensuring collision-free motion, correct pick height, and proper place orientation are key priorities that I always adhere to in my projects. Having worked on complex robotics projects involving Python programming and robotic simulations, I am confident that I can meet and exceed your expectations for this RoboDK pick-and-place simulation. I am excited to collaborate with you on this project and deliver exceptional results. Please feel free to reach out to discuss the details further and get started.

@diektech

Hi, This is Elias from Miami. I checked your project description and understand you need a complete RoboDK pick-and-place simulation built from your 3D cell layout, including CAD import, robot setup, Python API programming, and clean export of controller-ready code. I’ve worked on automation workflows involving robot simulation, path setup, and Python-based program generation, so I understand the importance of accurate frames, safe motion, and making sure the exported code is usable on the real controller. My approach would be to first build and validate the full cell in RoboDK, then define frames/tools/targets carefully, program the pick-and-place cycle through the Python API, test for collision-free motion and cycle timing, and finally export the correct native robot code with a post-processor that matches your controller. I’d be happy to go through the details and suggest the best technical approach. I have a few questions to get a better understanding: Q1 – Which robot brand and controller are you using so I can match the correct RoboDK post-processor? Q2 – Will you provide the TCP, package dimensions, pick/place coordinates, and any gripper open-close timing requirements? Q3 – Do you need the Python script to fully recreate the station from scratch, or mainly update paths and parameters after the CAD is imported? Looking forward to hearing from you.

@engrusmanfaiz

I will convert your 3D cell layout into a fully functional RoboDK simulation. CAD will be imported with precise frame, TCP, and tool configuration. A clean pick-and-place routine will be developed with collision-free paths. All targets (approach, pick, retract, place) will be accurately defined. Cycle time will be optimized and validated inside the simulation. I will develop a flexible Python API script for easy parameter updates. Robot-ready code will be generated using the correct post-processor. Final files will include .RDK project, script, and controller-compatible code. Tested, error-free, and ready for direct deployment on your robot.

@juanjosec63

Hi, As a individual developer I can help in your project focusing on RoboDK simulation setup, CAD import, frame and tool configuration, Python API programming, and related robot path and post-processor issues to fix, improve, and develop during this project. With my expertise in full-stack development and experience working with modern web technologies like Python, RoboDK, robotics simulation, articulated robot programming, CAD-based cell setup, collision checking, and robot code generation, I can fix this quickly. I can build the pick-and-place cycle with clean targets, correct toolpaths, cycle-time validation, and export native controller code that is ready to load and test on the physical robot. You can expect clear communication, fast turnaround, and a high-quality result that fits seamlessly into your existing workflow. Best regards, Juan

@teodorgeorge

Hello, I have experience with RoboDK and Python to create smooth, collision-free pick-and-place simulations for articulated robots. I will import your CAD model, set up frames and tools accurately, and program the cycle to generate robot-ready code that runs without errors in RoboDK and directly on the physical robot. I will provide the complete RoboDK project file, an editable Python script, and the robot code in the correct post-processor format as requested. Thanks, Teo

@OscarMozo

Hi, I can help you with this. I am a developer with extensive experience with automations and integrations. I've helped clients with similar projects. Let me know your interest, Sincerely, Nicolas

@alizain721

Getting CAD into RoboDK only to discover collisions or a wrong post-processor at the last minute is painfully common. I make that stop happening and deliver robot-ready code you can load straight away. The best thing about me is I’ve worked on a very similar project recently. I imported a complete cell for an articulated arm, set base and tool frames, created pick/place targets, wrote a parameterized RoboDK Python script, validated collision-free motion, and exported native FANUC and ABB code that ran on the controllers. I understand the full user flow: import CAD, set frames and tools, define targets, script the cycle in RoboDK Python, verify cycle time and collisions in simulation, then export with the correct post-processor for your controller. I use RoboDK API, standard CAD formats, and tested post-processors so I save you setup time. Quick questions: which robot make/model and controller should I target, and do you have a preferred gripper geometry or pick/place tolerance and cycle-time target? Happy to chat or hop on a quick call to start — send the CAD when ready. Regards Ali Zain!!

@techsty2014

This looks like a great fit, I will import your CAD layout into RoboDK, set up all frames, tool definitions, and targets, then program the full pick-and-place cycle using the Python API. The simulation will include collision-free path planning, correct pick heights, place orientations, and cycle time optimization. I will then export robot-ready code through the correct post-processor for your controller. For the Python script, I will parameterize pick height, place offset, approach vectors, and speed profiles so you can adjust the cycle without reopening the path editor — this makes future tweaks fast and keeps the program maintainable. Questions: 1) Which robot brand and model will this run on (Fanuc, KUKA, Yaskawa, other)? 2) What CAD format is the cell layout in (STEP, IGES, SolidWorks)? 3) Are there any specific cycle time targets to hit? Looking forward to discussing further. Best regards, Faizan

@Specgi

I propose to develop a precise and efficient pick-and-place simulation using RoboDK, tailored to your specific robotic setup and workflow requirements. The simulation will accurately model robot kinematics, end-effector behavior, and workspace constraints to ensure smooth and collision-free operations. By integrating your CAD models and defining optimized motion paths, I will create a realistic virtual environment that replicates actual production conditions, enabling validation of cycle times, reachability, and task feasibility before physical deployment. The solution will include program generation, path optimization, and detailed testing to enhance efficiency and minimize downtime. I will also configure gripper actions, object detection points, and sequence logic to ensure reliable pick-and-place performance. Additionally, I will provide clear documentation and guidance for transferring the simulation into real-world robot controllers, helping streamline implementation. This approach will reduce development risks, improve accuracy, and accelerate your automation workflow from concept to execution.

@danielboggs

Hello, I’ve read your RoboDK pick-and-place brief and I’m confident I can deliver a fully working cell that exports native robot code. I’ve recently built several RoboDK projects for articulated robots, handling CAD import, frame/tool setup, collision-free targets, and Python-driven program generation tied to correct post-processors. My approach will be to import your CAD, create accurate reference frames and tool definitions, script the pick/place cycle in RoboDK’s Python API with parameterized pick heights and approaches, validate motion for collisions and timing inside the simulator, then generate and test the native robot file using the appropriate post. I’ll hand over the .rdk, the editable Python script, and the generated controller code. Next step: once you share the CAD and preferred robot/post, I’ll begin frame setup and a first-pass simulation for your review. Which specific robot make/model and post-processor/file type (e.g., ABB RAPID .SRC/.LS, Fanuc .LS, KUKA .SRC/.JBI) should I target, and could you also confirm the CAD format and any required pick tolerances? Best regards, Daniel

@DngPhgNam

⭐⭐⭐⭐⭐ ✅Hi there, hope you are doing well! I recently completed a RoboDK simulation project where I programmed an articulated robot to perform a precise pick-and-place task, resulting in efficient and error-free operation. The critical factor for success in this project is ensuring accurate frame and tool setup combined with error-free Python API programming. Approach: ⭕ Import your CAD and configure the 3-D cell layout ⭕ Set up frames, tools, and pick-and-place targets exactly ⭕ Program the robot motion cycle using RoboDK’s Python API ⭕ Validate collision-free simulation with correct orientations and timings ⭕ Generate and test robot-ready code with the appropriate post-processor ❓ Could you please confirm the robot type and the preferred robot code format you want? With my RoboDK and Python expertise, I am confident that I can deliver a reliable and fully functional simulation and code package to meet your requirements. Best regards, Nam