Electromechanical Pick & Place Mechanism Design

@svmjha

Hi I’m a Mechanical Design Engineer with 7+ years of experience in automation, electromechanical and pneumatic mechanism design. I can design your pick-and-place mechanism for up to **200 g load**, including the vacuum pickup system, angled placement mechanism, pneumatic components, and mechanical/electromechanical motion arrangement. I’ll focus on a **simple, reliable, and manufacturable mechanism** with proper component selection and easy assembly/maintenance. I can provide the complete **3D CAD assembly, individual part models, 2D manufacturing drawings, pneumatic layout, and BOM**. I’m ready to discuss the product dimensions, required cycle time, pickup/place positions, and placement angle to start the design.

@shadabkhan92

As an expert in Electronics with a special emphasis on building agentic AI systems, I believe I'm the perfect fit for your Electromechanical Pick and Place Mechanism Design project. With my proficiency in designing and manufacturing custom IoT hardware, I'm well-versed in the blend of software and physicality that your project demands. Not only can I create precise electromechanical and pneumatic systems, but I can also build the AI infrastructure needed to operate them intelligently. What sets me apart from others in this field is my ability to implement end-to-end IoT solutions, bridging the gap between software and hardware with seamless integration. In addition to this, my deep understanding of ERP frameworks (deployed If chosen, I'll bring onboard a treasure trove of knowledge and experience that will not just meet but excel your expectations. My approach is to deliver production-ready infrastructure rather than prototypes - ensuring that each component I build can work from day one with the efficiency you require. Consider it as getting a machine that is ready to go right out of the box. To summarize, if your project needs someone who can design advanced automated systems and integrate them across various platforms like Odoo ERP, cloud services, and edge devices flawlessly - then you've found your solution with me. Let's talk more about your needs and how we can take this project towards a successful direction together!

@DavidRajaB

With my experience in all things mechanical design, I'm confident I can bring your vision of an efficient and precise pick-and-place mechanism to life. My expertise in electromechanical and pneumatic systems aligns perfectly with the key requirements of your project. Additionally, I am well-versed in designing automated control methods, perfect for the Arm or mechanical mechanism you need. Over the years, I've honed my skills in 3D modeling and CAD drafting to streamline production and enhance overall design accuracy. This combined with my mastery of a range of software including ANSYS, CREO, SolidWorks to name a few, enables me to deliver engineering-validated designs that are ready for manufacturing. I can offer you not only design blueprints but also simulations using these tools to ensure optimal motion control for your assembly of up to 200 grams. At heart, I am an engineer who believes in transforming ideas into reality with precision and efficiency. As the adage goes: "Practice makes perfect," and my extensive experience in designing electromechanical systems has made me exceptionally good at what I do. If chosen, I promise meticulous work ethic, clear communication, fast turnaround times, and unwavering dedication to your project from start to finish. Maximize your project's potential with me on board!

@igoichsanp

Hi, I can design a robust electromechanical pick-and-place mechanism capable of handling your 200g payload with a vacuum suction pick and angled placement execution within 3 days. Here is the engineering design approach I will deliver: 1. Kinematic Design & Angled Placement Geometry: • Custom linkage/arm design optimized to pick horizontally and articulate precisely to your required placement angle. • Lightweight 3D assembly design tailored for smooth servo/stepper or pneumatic cylinder actuation with zero mechanical bind. 2. Pneumatic & Vacuum Subsystem Integration: • Vacuum cup and mini vacuum generator/pump calculation specifically sized for a 200g payload with adequate safety margins. • Solenoid valve actuation mapping and pneumatic tubing pathing. 3. Complete Manufacturing & CAD Deliverables: • 3D CAD Assembly & Part models (SolidWorks / STEP / IGES). • 2D Engineering Drawings (PDF / DXF) with clear tolerances for fabrication. • Detailed Bill of Materials (BOM) listing pneumatic fittings, vacuum cups, actuators, bearings, and structural hardware.

@mssaini1996

Manish Saini | PrimePixel — I’m Manish Saini from PrimePixel, and our experienced mechanical design team can develop a practical pick-and-place mechanism for your 200 g maximum payload using vacuum pickup and controlled angled placement. We’ll design the electromechanical and pneumatic system, arm/mechanical motion, vacuum arrangement, movement sequence, and key components with focus on reliable operation, manufacturability, and precise placement.

@adebamigbef

Hi, The key challenge here is achieving a reliable pick-and-place cycle while maintaining accurate positioning and controlled placement at the required angle. I can design a practical electromechanical and pneumatic mechanism around your 200 g payload, with vacuum gripping, suitable motion control, and a robust mechanical structure. I’ll focus on simplicity, repeatability, ease of fabrication, and reliable operation, while considering the pneumatic components, actuator selection, motion path, and overall mechanism from the start. Message me now to discuss your required cycle time, placement angle, available space, and operating conditions so we can define the right mechanism for your application.

@sg4Sajjad

I am an Electrical & Control Engineer with 6+ years of experience in industrial automation and machine control. I have strong experience with PLC & HMI programming using Siemens, Delta and Omron, as well as EPLAN electrical design. I can design the electrical control panel for your servo motor, pick-and-place actuator and other components according to your requirements. I want to be transparent: my expertise is in electrical and control engineering, so I cannot provide the mechanical design of the pick-and-place mechanism itself. I currently work remotely with a Turkish engineering company and would be happy to support the electrical and control side of your project.

@cristianvera4

Hello, I am a Mechatronics Engineer with 7+ years of experience in industrial automation, mechanical design, robotics, and electromechanical systems. I can design your pick-and-place mechanism, including the mechanical structure, vacuum gripping system, pneumatic components, motion control, and angled positioning for products up to 200 g. I have experience with SolidWorks, industrial robots, pneumatic systems, and automated solutions, with a strong focus on reliability, manufacturability, and precise motion. I would be glad to discuss your requirements and develop the most suitable solution. Best regards, Cristian Vera

@Myteam007

Professional development centee with end to end development capabilities for robotic based system integration. In business since 2009 we understand in and out of keeping, low operation cost and high volume output. We will manage ot end to end. Please open chat to discuss further. Regards Prateek

@porcoivan

Hello, I work professionally in **mechanical product design and R&D**, with hands-on experience designing **pneumatic mechanisms, moving assemblies, industrial components, and automation devices**. Your pick-and-place project is very well aligned with my background. I can help develop a practical mechanism capable of handling parts up to 200 g, combining the required **vacuum gripping, pneumatic actuation, and electromechanical movement** while keeping the system simple, reliable, and manufacturable. I can work on: * Mechanical concept and motion layout * Pneumatic cylinder and vacuum gripping arrangement * Pivoting or angular placement mechanism * CAD modeling of parts and assemblies * Clearances and interference checks * Selection of practical mechanical components * Manufacturing-ready drawings and documentation I have attached examples of mechanical and pneumatic devices I have designed so you can see the type of work I normally develop. My focus is not only on creating the CAD model, but on making sure the mechanism can actually be assembled, manufactured, and operate reliably. I can start immediately and review your required motion, cycle sequence, available space, and part geometry before defining the final mechanism. Best regards, Iván