Supplier qualification for robotics buyers
About ZHR Motor
ZHR Motor is the robotics motion product brand of Shenzhen HZN Intelligent Control Co., Ltd., focused on compact servo joint modules and micro servo electric cylinders for robot joints, precision automation, and advanced mechatronics.
- Legal entity
- Shenzhen HZN Intelligent Control Co., Ltd.
- Public evidence
- Spec sheets, quality testing, certificates, policies
Supplier qualification, engineering review, and quality evidence in one place.
Use this page to verify company identity, public documentation, quality references, and the correct contact path before sharing RFQ details.
Certification evidence
Quality and compliance documents
Public certificate references are kept visible for overseas supplier qualification, internal sourcing review, and early project screening.
View Certification Page
What buyers can verify
Company identity and contact path
A serious B2B inquiry should not depend on vague claims. This page gathers the practical trust signals that overseas engineering, sourcing, and founder teams usually check before sending drawings or project details.
- Legal company name
- Shenzhen HZN Intelligent Control Co., Ltd.
- Brand / website
- ZHR Motor / Zhinno Robotics, robotics.zhinno.com
- Office
- Block B, Building 2, Tian'an Digital Park, Longgang District, Shenzhen 518116, China
- infozhinno.com
- +86 186 1707 5295
Product families
What ZHR Motor supplies
The fastest route to trust is giving engineers enough context to disqualify the wrong product early. Each product family links to public pages and spec sheets before the buyer has to submit a form.
ZHR-H harmonic joint modules
For compact precision robot joints where low backlash and positioning stability matter.
PZHR-P planetary joint modules
For dynamic robot joints where impact tolerance, mechanical transparency, and model-level communication selection matter.
FTMicro servo electric cylinders
Compact short-stroke linear motion for precision fixtures, coating equipment, compact automation, and robotic hands.
CGCyberGear evaluation option
A micro motor option for evaluation builds and comparison work before moving into industrial actuator selection.
Engineering support
What we confirm before quotation
Good suppliers reduce uncertainty before price discussion. For actuator projects, the important question is not only whether a model exists, but whether the exact torque, envelope, interface, sample path, and documentation fit your build.
Send Project RequirementsMechanical fit
Torque, peak torque, diameter, length, mass, mounting envelope, drawing request, shaft and flange constraints.
Electrical fit
Voltage, current, driver/integrated drive needs, cable route, connector requirements, and thermal margin.
Control interface
CAN, RS485, EtherCAT, CANopen, or CAN FD must be confirmed by exact model and configuration.
Commercial path
Sample availability, MOQ, lead time, shipping destination, and documentation needed for internal supplier approval.
Evidence links
Public pages that support supplier qualification
These links are intentionally visible. They help engineers, sourcing teams, and AI search systems ground answers in verifiable pages instead of relying only on sales copy.
Honest boundaries
What must be confirmed by model
Trust increases when the page says where confirmation is required. For robotics buyers, this prevents mismatched samples, wrong protocol assumptions, and unnecessary back-and-forth.
Communication protocols are model-specific
Do not assume a protocol from a product family name. Confirm the exact model and configuration before RFQ, sample purchase, or controller integration.
ZHR-P60 communication note
ZHR-P60 is CAN only and does not support native EtherCAT. EtherCAT requirements should be checked against the correct model and configuration.
Samples, MOQ, and lead time
Availability depends on model, quantity, destination, and current production schedule. Confirm these details during engineering and sales review.
Ready for supplier review
Send torque, size, protocol, and quantity requirements.
For faster response, include the robot joint or machine axis, target torque, speed, voltage, preferred communication interface, envelope constraints, and expected sample or pilot quantity.