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Load and force requirements
Vehicle weight, load distribution, traction, lifting load and the required safety margin.
Based on load, motion or material flow, available space, duty cycle and interface requirements, JY ROBOT supports the configuration of mobility, lifting, flow rack and four-way shuttle components for prototype development and series production.
Individual components cannot be selected independently from the vehicle or material-handling process. Load distribution, motion mode, installation space, mechanical interfaces and control requirements must be considered together.
Vehicle weight, load distribution, traction, lifting load and the required safety margin.
Travel, steering, omnidirectional movement, lifting sequence or FIFO material flow.
Available envelope, mounting height, wheel arrangement and surrounding mechanisms.
Mounting holes, dimensions, ground clearance, stroke and structural connections.
Torque, speed, encoder feedback, brake, drive and communication interface.
Product version, spare parts, wearing components and replacement specifications.
JY ROBOT combines standard products, application matching and customised development according to the requirements of mobile robots and intralogistics projects.
Based on vehicle load, speed, motion mode and chassis space, JY ROBOT helps configure steering drive units, differential drive modules, mecanum wheels, omni wheels and supporting wheel components.
JY ROBOT matches screw-driven or hydraulic lifting modules according to load, stroke, speed, installation space and operating sequence, with support for platform and transfer interfaces.
From rack structure and roller-track configuration to fabrication, coating, assembly and installation support, JY ROBOT provides application-specific flow rack solutions for FIFO storage and material transfer.
JY ROBOT provides drivetrain, feedback, control and wheel components for four-way shuttle development, with support for specification, installation and interface matching.
JY ROBOT supports the project through application review, component configuration, prototype integration and production delivery.
Load, speed, space, motion or material flow, duty cycle and interfaces.
Product series, quantities, layout, mounting dimensions and electrical components.
Installation checks, functional validation and configuration adjustments.
Drawings, product versions, inspection requirements, spares and delivery.
Project communication results in technical information that can continue to support design, integration, validation and maintenance.
Recommended products, specifications, quantities and corresponding application conditions.
Wheel or structural layout, dimensions, mounting holes and operating envelope.
Motor, gearbox, encoder, drive, brake and communication interface relationships.
2D drawings, 3D models, product parameters and revision information.
Inspection, packaging, delivery, installation support, spares and replacement specifications.
JY ROBOT configured a complete wheel system around vehicle load, chassis layout, load distribution, interfaces and maintenance requirements.
Wheel material, hardness, tread pattern and compact drive integration were developed around the application surface and available space.
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FIFO configuration, fabrication, coating, assembly and delivery support prepared around the customer's material-handling requirements.
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