VEICHI, Yizhi Lingqiao, and TechWedali Jointly Launch Core Components for Embodied Intelligence

VEICHI joins hands with Yizhi Lingqiao and TechWedali to release:

As global technological and industrial revolutions converge, the embodied intelligence industry is entering a phase of rapid growth. As a pioneer in electrical drives and industrial control, VEICHI seizes this momentum with its “One Core, Two New Drives” strategy, expanding across the entire embodied intelligence value chain. Through close collaboration with leading enterprises, VEICHI has co-founded specialized companies such as TechWedali and Yizhi Lingqiao to jointly advance technological innovation and practical applications. Focusing on diverse scenarios—from humanoid and collaborative to mobile robots—VEICHI now introduces a new range of core components for embodied intelligence, including dexterous hands, joint modules, motors, and drivers, delivering comprehensive solutions that drive continuous industrial advancement.

VEICHI Releases:

Multi-Spec Motors and Drives

Miniature Frameless Motors

1. Dexterous Hand Series: Stator outer diameter: 12mm~21mm
2. Linear Actuator Motors: Stator outer diameter: 30mm–60mm
3. Rotary Actuator Motors: Stator outer diameter: 30mm–200mm
4. Key Advantages: High precision, high torque, high reliability, low temperature rise, and low noise.

6mm–16mm Compact Brushless Coreless Motors

1. Multiple Options: Available in φ6mm–16mm with a wide range of models.
2. Ultra-Fast Response: Millisecond-level response with <5ms acceleration time for high-dynamic motion.
3. Quiet Operation: Low rotor inertia ensures <50dB noise and minimal vibration—ideal for noise-sensitive applications.
4. Comprehensive Performance: High efficiency, fast response, strong reliability, long lifespan, low power consumption, and low temperature rise.

Hub Motors

1. Wide Specifications: 24V–72V voltage input, 30kg–300kg load capacity, 5–8 inch wheel diameter, and peak rim speed up to 5m/s.
2. Compact & Efficient: Integrated or separated drive options with high power density, compact design, and easy installation—ideal for mobile chassis applications.
3. Stable & Reliable: Operates in –40°C to +40°C environments, withstands 1G vibration, short-term wading, and 5,000-hour full-load aging tests, with full protection features.
4. Versatile Applications: Perfect for robotics, logistics, and delivery, reducing costs and enhancing efficiency across industries.

High Power Density Drives

1. Ultra-Low Loss: Over 43% lower power loss than traditional drives for exceptional energy efficiency.
2. Breakthrough Performance: Advanced chip architecture and algorithms deliver up to 99% overall efficiency.
3. Extreme Flexibility: Supports multiple encoder types and customizable interface boards for diverse applications.
4. Superior Capability: High current bandwidth (3kHz–5kHz), high PWM frequency (120kHz), and support for 25-bit high-resolution encoders.

02 Yizhi Lingqiao Releases:

6DOF Tendon-Driven Bionic Dexterous Hand

Flexible • Reliable • Scalable for Mass Production

1. Full-Stack In-House Development: Supports customized solutions with open low-level control interfaces.
2. Flexible Adaptation: Innovative flexible design ensures reliable, large-area contact with various objects.
3. Adaptive Grasping: Bionic tendon-driven mechanism enables precise gripping of complex and irregular shapes.
4. Efficient Deployment: High reliability, low cost, and scalable for mass production.

03 TechWedali Releases:

Four-Series Joint Module Matrix

High Precision • High Torque • High Responsiveness

Ultra-Compact Harmonic Modules

1. Diverse Range: Outer diameter options from 40mm to 170mm.
2. Comprehensive Lineup: Available in ultra-compact and standard versions; ultra-compact models are over 20% shorter.
3. Lightweight Design: Advanced materials and optimized structures reduce weight by over 300g compared with conventional models.
4. High Precision: Repeat positioning accuracy within 20 arcseconds.

Planetary Joint Modules

1. High Burst Torque: Enhanced gearing and optimized algorithms deliver peak torque up to 5× rated torque.
2. Precision Control: Dual-encoder system and advanced algorithms achieve ultra-low error of 0.01°.
3. Low-Temperature Operation: Drive loss reduced by 40%, with a 10% lower temperature rise through magnetic optimization.
4. Low Backdrive Force: Low reduction ratios ideal for force-control applications, ensuring precise force regulation.
5. Comprehensive Range: Rated torque from 0.6Nm–120Nm, peak torque from 1.8Nm–360Nm.
6. Cost Efficiency: Standardized, scalable production ensures superior cost performance.
7. Rapid Customization: From requirement to prototype in 4–6 weeks for fast market response.

Cycloidal Joint Modules

1. High Precision & Impact Resistance: Backlash as low as 1 arcminute; withstands shocks exceeding 5× rated load.
2. High Burst Torque & Fast Response: Delivers up to 360N·m peak torque with microsecond-level response.
3. Long Life & Reliability: Multi-tooth engagement distributes load evenly; MTBF exceeds 100,000 hours.
4. Strong Adaptability & Scalability: Modular design easily integrates into humanoid robot joints, supporting rapid development and deployment.

Axial Flux Joint Modules

1. Compact & Lightweight: Length reduced by half compared with traditional radial motors; volume and weight cut by 30%.
2. High Power & Torque Density: Power density over 2× higher and torque density 130% greater than conventional radial modules.

In the future, VEICHI will continue to drive innovation and explore the boundless potential of the embodied intelligence industry. Together with industry partners, VEICHI will accelerate the adoption of multi-scenario embodied intelligence applications through more efficient and intelligent products and integrated system solutions—continuously powering industrial advancement.
Exciting new products are on the way — stay tuned for what’s next!