Custom industrial robotic arm design service | Robotic engineering design & development

Order custom design of industrial robotic manipulators: 🕿 +3197010265214 ✉️ [email protected]

Robotic industrial arms portfolio

Robotic industrial arm design

When standard robotic arm manipulator design limits your throughput, precision, or safety compliance, you need a purpose-built solution. Our custom industrial robotic arm design service transforms your unique production challenges into a competitive advantage, delivering robotic system performance design that is optimized for your ROI from day one. Every robotic industrial arm design we create serves as the core platform, whether for a simple 3-Axis arm performing planar tasks or a complex 6-Axis arm requiring full dexterity.

3D CAD render showing full 4 axis robotic arm design with labeled joints
Design drawings (0)
Our engineers are ready to create your project's 2D and 3D drawings
4500.00
Engineer reviews 3D drawings of a custom 5-DOF robotic arm on a tablet, showcasing precision design. Buy now for tailored solutions.
Design drawings (0)
Our engineers are ready to create your project's 2D and 3D drawings
20000.00
Buy custom 6-DOF robotic arm with 3D drawings, 2D drawings, and technical documentation included
Design drawings (0)
Our engineers are ready to create your project's 2D and 3D drawings
35000.00
Buy custom palletizing robot arm with 3D drawings, 2D plans, and full technical documentation package
Design drawings (0)
Our engineers are ready to create your project's 2D and 3D drawings
10000.00

The custom design advantage?

The limitations of standard robots Our bespoke robot design solution
Costly retrofit cycles: Expensive engineering to force-fit a robot into your cell. Lower TCO: The mechanical design of the robot is optimized for your space and task, reducing integration costs by up to 40%. Our initial arm calculation rigorously informs the robotic industrial arm design for guaranteed feasibility, preventing costly mid-project changes.
Performance gaps: Compromises on speed, weight bearing robotic designs, or robotic arm precision design. Guaranteed metrics: We engineer to your exact specs for speed, robotic load-bearing design, and repeatability (±0.02mm typical). The entire robotic cell relies on a robotic industrial arm design engineered for the required torque and dynamics.
Compliance Risk (EU): Lengthy, uncertain CE marking processes for modified equipment. Turnkey compliance: Full robotic design specification adhering to ISO 10218 and EU Machinery Directive from day one. We handle the technical file, ensuring human interaction safely leverages the robotic industrial arm design with built-in safeguards.

Industry-specific robotics engineering design solutions

Automotive & heavy industry: For high-torque welding, painting, and handling. We specialize in industrial robotic arm base design for high torque and fatigue design of robot arm components for 24/7 operation. Our robotic joint design ensures durability under extreme loads. A coordinated 2-arm robot setup uses a synchronized robotic industrial arm design for complex manipulation of large assemblies.

Key Outcome: Maximize uptime and payload capacity in harsh environments.

Pharmaceuticals & medical devices (EU Focus): Cleanroom-ready robotic limb design with hygienic surfaces. Robotic compliance mechanism design for safe human collaboration in R&D labs. Full validation support per GAMP 5. Advanced motion sensing enhances the robotic industrial arm design with real-time feedback for delicate handling of vials and instruments.

Key Outcome: Achieve GMP compliance and sterility assurance with automated precision.

Electronics & precision assembly

Ultra-precise robotic arm precision design for micro-handling. Robotic force sensing design for delicate component placement. ESD-safe robotic mechanism design and 3D robot design for complex motion paths in tight spaces. A high-resolution vision system pairs seamlessly with the robotic industrial arm design for sub-micron guidance.

Key Outcome: Eliminate micro-defects and increase yield with sub-micron accuracy.

Food & consumer packaging

Hygienic robot designs with FDA-approved materials. High-speed robotic actuators design for pick-and-place. Robotic inspection arm design integrated with vision systems for quality control. Intelligent task scheduling runs directly on the optimized robotic industrial arm design to maximize cycle time and line efficiency.

Key Outcome: Boost line speed while meeting EHEDG and USDA standards.

Your path to a guaranteed result: Our robotics design and development process

  1. Define & Quantify: We start with a discovery workshop to map your process bottlenecks and define success metrics. This grounds the entire robotic design process in your business goals, not just technical specs. Critical decision-making about scope and capability operates atop a clear understanding of the required robotic industrial arm design from the very beginning.
  2. Simulate & Validate: Before cutting metal, we prove it digitally. Using advanced robotics design software like Fusion 360, we create a digital twin. Here, we perform robot design calculations and simulate robotic kinematics and design to guarantee performance and robotic load distribution design. Sophisticated path planning is executed and tested within the virtual robotic industrial arm design across your exact workspaces.
  3. Prototype & Refine: You interact with a functional prototype. This phase is for robotic function optimization design based on your hands-on feedback. We iterate on robotic joint design, ergonomics, and control until it’s perfect. The feedback system from the prototype actively refines the final robotic industrial arm design for real-world adjustments.
  4. Certify & Deploy: We manage the entire compliance journey. For the EU, we deliver a complete Technical File for CE marking. In the US, we ensure alignment with ANSI/RIA R15.06 and OSHA. You receive a production-ready system where the arm control system is perfectly integrated with the finalized robotic industrial arm design for seamless actuation, not just a robot design drawing.

Your risk, minimized. Our guarantee, delivered.

  • Performance guarantee: The system will meet or exceed the key performance indicators (cycle time, precision, uptime) defined in the Digital Twin simulation phase of our robotic performance optimization design. This guarantee is possible because our hardware design centers on a purpose-built robotic industrial arm design as the optimized platform.
  • Compliance guarantee (EU Critical): We assume responsibility for designing to the Machinery Directive 2006/42/EC and relevant ISO standards. You receive a certified system and a complete robotic design specification package for your auditors. Signal detection for safety is embedded directly into the robotic industrial arm design for sensor fusion and immediate stops.
  • Intellectual property guarantee: You own 100% of the robot design blueprints, CAD robot design files, and robot design concepts created for your project. Your competitive advantage is protected contractually, whether for a 4-Axis arm with simple wrist rotation or a 5 DOF arm designed for flexible, dexterous tasks.

Ready to Engineer Your Advantage?

Choose the next step that fits your stage in the journey.

Frequently Asked Questions

Is custom robotic design truly more cost-effective than modifying a standard arm?

Yes, in the vast majority of cases. While the initial robot design cad phase requires investment, it eliminates years of retrofit costs, downtime from mismatched equipment, and performance compromises. We focus on Total Cost of Ownership (TCO). Our robotic mechanical design process is optimized from the start, ensuring the core robotic industrial arm design is the perfect platform, reducing waste and integration headaches.

How do you handle robotic compliance mechanism design and safety certification?

Safety is engineered in, not bolted on. From the first robotic sketch design, our dynamic robot control and design laboratorylprotocols ensure compliance. For the EU, we act as your responsible technical partner, delivering a CE-marked system with full documentation. This includes proving that human interactionsafely leverages the final robotic industrial arm design. In the US, we design to ANSI/RIA R15.06 and provide the risk assessment to streamline your integrator's work.

What do we receive upon project completion? Is it just a robot design drawing?

You receive a complete production asset, not just drawings. This includes: All source CAD design robot files (STEP, SLDPRT), the physical robotic system, full control code where arm controlintegrates with our robotic industrial arm design, a comprehensive maintenance manual, and the legally-mandated compliance documentation (Technical File for EU, NRTL reports for US). You own the robot design blueprints and the IP to modify them in the future.

We have in-house engineers. Can we collaborate on the robotics development design?

Absolutely. This is our preferred model. We excel in co-engineering partnerships. Your team brings deep process knowledge; we bring specialized expertise in robotic actuators design, topology design of robot mechanisms, and compliance. We work in your robotics design software environment (Siemens NX, CATIA, etc.) and conduct joint design reviews to ensure the hardware design centers on a robotic industrial arm design that meets your team's vision.

Precision, performance, peace of mind.

In a world of standard solutions, true innovation comes from perfect alignment between tool and task. Our custom industrial robotic arm design is more than a service-it's a partnership to build your most efficient, reliable, and future-proof automated cell. From the initial arm calculation to the final integration where vision system and motion sensing enhance the core robotic industrial arm design, we ensure every component works in concert. Let's move beyond limitations.

Metadecod Robotics Logo

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