Seung-hyun
Robotics system architecture engineer
Joonho
Robotics perception engineer
Han Kyungmin
Industrial Automation
Partner in precision: Custom robotic arm control systems designed for your manufacturing excellence
Robotic arm control design
Are you struggling with robotic arms that can't handle specific payloads, lack micron-level precision, or fail to integrate with your production line? Our custom robotic arm control system design transforms complex automation visions into reliable, high-performance reality.
Design drawings (0)
Our engineers are ready to create your project's 2D and 3D drawings
8000.00
Design drawings (0)
Our engineers are ready to create your project's 2D and 3D drawings
4500.00
Design drawings (0)
Our engineers are ready to create your project's 2D and 3D drawings
20000.00
Design drawings (0)
Our engineers are ready to create your project's 2D and 3D drawings
35000.00
Design drawings (0)
Our engineers are ready to create your project's 2D and 3D drawings
24000.00
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The high cost of generic control: Problems we solve
Standard controllers force process compromises. We engineer solutions that eliminate these bottlenecks:
- Inadequate Precision & Repeatability: Standard systems failing to achieve robotic precision design for robotic arm positioning and repeatability required for medical device assembly or semiconductor manufacturing.
- Poor Dynamic Response: Jerky movements or slow cycle times that bottleneck production, requiring advanced robotic motion sensing design for robotic arm joint feedback and algorithm optimization.
- Integration Complexity: Incompatibility with existing PLCs, vision systems, or MES requiring custom robotic hardware design for robotic arm control systems.
- Limited Flexibility: Inability to adapt to variable tasks without complete reprogramming, lacking intelligent robotic task scheduling design for robotic arm operation sequences.
Our solution: Holistic hardware-software Co-design
We don't just program controllers-we co-design the entire robotic system where every component from robotic motion sensing to robotic feedback system design for robotic arm force and position control works in perfect harmony.
Client-centric development: Transparency at every stage
Our agile process ensures you remain informed and in control throughout development.
- Phase: Deep Discovery & Technical Architecture: Immersive analysis of your task, environment, and ROI goals. Deliverable: Fixed-scope proposal with Technical Architecture Document defining robotic algorithm design for robotic arm trajectory and motion control.
- Phase: Co-Development & Iterative Prototyping: Using MATLAB/Simulink and ROS 2, we develop algorithms in parallel with hardware. Regular video reviews and performance data. Focus on robotic path planning design for robotic arm end-effector trajectories and robotic event management design for robotic arm safety and exception handling.
- Phase: Integration, Validation & Handover: On-site integration, final tuning of feedback systems, comprehensive training, and delivery of complete documentation package including source code and robot design blueprints.
Delivery models & intellectual property protection
Your Investment, Your Assets
- Our ironclad IP principle: All intellectual property rights for your custom robot design and control software are assigned to your company. Clear agreements protect your competitive advantage.
- Full turnkey system: Complete installed solution with warranty. You own everything including robotic hardware design and all control algorithms.
- Licensed design package: All CAD files, calculations, and licensed software code including robotic algorithm design for in-house manufacturing.
- Co-Development partnership: Shared IP model ideal for joint product development, including robotic precision design research.
Built to international standards
ISO 10218-1/2 Compliant IEC 61508 Functional Safety CE Mark Ready UL Certification Support ISO 13849 Safety
Our robotic design specification adheres to stringent international standards. Documentation supports CE/UL certification.
Sustainable by design
We optimize for energy efficiency and employ modular architectures for future upgrades, extending lifecycle and reducing waste. Our robotic event management design ensures sustainable operation.
Critical questions for your custom robotics project
How do you ensure confidentiality and protect our proprietary IP?
We begin with mutual NDAs. Our contract clearly stipulates that your background IP remains yours, and all foreground IP we develop is assigned to your company.
What if requirements change during the development phase?
We use agile methodology with fixed-price core scope. Changes are handled through transparent change orders with clear cost/timeline impacts.
How do you guarantee micron-level precision and repeatability?
We validate robotic precision design using laser trackers and CMMs. Performance specs are contractually guaranteed and verified during Site Acceptance Tests.
How do you handle emergency situations in robotic operations?
Our comprehensive robotic event management design includes multiple safety layers, from hardware emergency stops to software-based feedback systems that detect anomalies in real-time.
What's included in your signal processing capabilities?
Our robotic signal detection design includes advanced filtering, noise reduction, and real-time data fusion from multiple sensor sources to ensure reliable motion sensing even in challenging industrial environments.
Name: Meta Decod Co
Phone: +3197010265214
E-mail: [email protected]
Address: Herengracht 206, 1016 BS Amsterdam
Hours:
Address: Ho Chi Minh City
Lot 206, Road D2, Nhon Trach Industrial Park, Hiep Phuoc Town, Nhon Trach District, Dong Nai Province