Modular Customization Mode
Break the industry bottleneck of "traditional customization = full-cycle from-scratch development." Build an innovative model based on "standardized modules with flexible customization," delivering "industrial modules + on-demand configuration."
Short customization lead time
30-day fast delivery
Leverage standardized modules to complete only custom adaptation and assembly, doubling efficiency.
Low customization costs
Save 30%-50%
Mass production of standardized modules reduces base costs; customers only pay a small R&D fee for custom components.
Highly adaptable
Assemble modules on demand
Flexibly combine standardized modules based on operating conditions; upgrade functionality later by swapping modules.
Easy to repair and iterate
Modular Replacement
Modular replacement for customizable components eliminates the need to return the entire unit, reducing iteration costs.
Strong mass production capabilities
Supports small-batch, multi-shipment
Standardized modules enable mass production, while customizable parts integrate quickly for high-volume manufacturing—rapidly responding to multi-batch demands.
Core Advantages
Efficient, low-cost, and highly flexible
Balances standardization stability with customization flexibility for rapid deployment and iteration.
Modular Customization vs. Traditional Industrial Robot Customization
| Comparison Criteria | LEGO Modular Customization | Custom Traditional Industrial Robots |
|---|---|---|
| Core Logic | Built on a standardized module platform, it requires only fine-tuning or upgrading of core components—no full-machine development needed. Customize by assembling like building blocks. | Fully custom-built from scratch, with R&D, design, and production driven independently without standardized support. |
| Customization Lead Time | Short (30 days) | Long (60-90 days) |
| Customization Cost | Low (saves 30%-50% compared to traditional customization) | High: Full-process R&D and custom manufacturing result in significant markups. |
| Flexible Adaptability | High, flexible modular design, upgradeable | Low adaptability; single-purpose with limited flexibility, requiring re-customization for adjustments. |
| Maintenance and Iteration | Easy to replace modules individually; no need to send the entire unit back for service. | Cumbersome; faulty units must be returned to the factory for repair. |
| Mass Production Capability | Powerful support for small-batch, multi-shipment customization | Weak; custom products are mostly single-specification. |
| Core Advantages | Efficient, cost-effective, and highly flexible for rapid deployment and iteration | Extreme adaptability (for single-use only), low cost-effectiveness |
For custom services, please select a contact method or fill out the custom request form.
Customization Scope
Customize Module Parameters
Fine-tune parameters such as motor power, gear ratio, and stroke adjustment.
Customize API Adaptation
Adaptation to support existing customer device interfaces
Feature Upgrade Customization
Add protective structures and upgrade precision levels
Customize Full System Bundle
Flexibly combine different modules based on operating conditions to create a custom machine.
Core Customization Logic
Built on our standardized core modules in power, transmission, structure, and control, we deliver tailored solutions for diverse industries (3C, automotive parts, logistics palletizing) and operating conditions (high temperature, high load, high precision). By adjusting parameters, adapting interfaces, or upgrading specific modules only, we eliminate the need for full machine custom development.
Integrators can start with standardized modules for rapid basic assembly, then add custom modules to fine-tune compatibility—reducing costs and accelerating delivery for common components while ensuring precise adaptation for custom ones. ODM capabilities are also supported, empowering integrators to build differentiated private-label products.