I need to select a robot
Compare equipment and accessories against tasks, conditions and interface requirements.
Explore ↗JX ROBOTICS / JIAXINGZHE TECHNOLOGY
Intelligence.
Put into action.
From robot selection to task applications, we connect sensing, interaction and equipment capabilities into verifiable tasks. Robot configuration, application development, peripheral integration and onsite deployment.
ConfigurationDevelopmentDeployment
JX / EMBODIED SYSTEMSTASK SYSTEM STUDY 01
Sensing input
SENSING
SENSING
Task control
CONTROL
CONTROL
Execution feedback
FEEDBACK
FEEDBACK
01
Robot configurationEquipment, interfaces and accessories
↗02Task application developmentNew tasks for existing robots
↗03Integration and deploymentConnect systems to the site
↗ROBOT PORTFOLIO
Select by technical requirements.
Equipment form is a starting point. Task, interface, peripheral and environmental requirements determine the configuration.
01
Mobile robot configuration
Select a mobile platform and supporting modules for the operating area, payload, positioning method and available development interfaces.
Configuration, interfaces and delivery →02Robot arm and end-effector configuration
Configure the arm, end effector and peripheral equipment around the working envelope, target objects and control interfaces.
Configuration, interfaces and delivery →03Robot sensing and computing
Configure cameras, sensors, edge computing and data connections for a defined sensing task and robot interface.
Configuration, interfaces and delivery →04Robot development and test platforms
Configure accessible hardware, development environments and experimental components for robot application engineering.
Configuration, interfaces and delivery →APPLICATION ENGINEERING
From interfaces to working tasks.
APPLICATION / 01
Task interaction and state feedback
Define task inputs, execution states, completion feedback and human takeover as a traceable operating process.
Workflow and acceptance →APPLICATION / 02Mobile task and route adaptation
Adapt target points, task queues and movement feedback within the capabilities exposed by the platform.
Workflow and acceptance →APPLICATION / 03Robot operator interfaces
Build task configuration, controls and status displays so operators can understand and manage the task.
Workflow and acceptance →APPLICATION / 04Arm tasks and peripheral coordination
Connect the arm, end effector and peripheral signals around a defined action sequence.
Workflow and acceptance →APPLICATION / 05Development interface validation
Verify SDKs, protocols, runtime environments and example tasks before fixing the development scope.
Workflow and acceptance →APPLICATION / 06Sensor acquisition and runtime diagnostics
Connect sensor data, runtime logs and device states to support task review and fault investigation.
Workflow and acceptance →Already have a robot?
Review its available interfaces, task logic and integration needs. Start with a bounded validation before onsite implementation.
Explore application development ↗Tasks / states, interaction, human takeover
Adaptation / SDKs, protocols, system interfaces
Equipment / robots, sensors, end effectors
Operations / commissioning, records, training
Start from your current situation.
One clear task.
A practical starting point.
Describe your requirements ↗Before we build
Can you develop applications for an existing robot?
We first review its model, system version, interfaces and development permissions. Unavailable or unverified device capabilities are not included in an advance promise.
Does configuration mean you manufacture the complete robot?
No. Configuration means selecting equipment, accessories and the software environment for a task. The source, brand, model and customization scope are identified in the proposal.
How are cost and schedule established?
We scope hardware, functionality, interfaces, site work and acceptance before estimating procurement, development and implementation. Uncertain technical elements may start with a separate validation stage.
What happens after acceptance?
We hand over configuration, application versions, operating instructions and test records. Troubleshooting, updates and site support follow the agreed service scope and response terms.
ENGINEERING CHECKPOINTS
From an idea to the site, clarify what matters.
Start with the objective
Describe the task, existing equipment and site constraints.
Agree the scope
Review interfaces and separate configuration, development and onsite work.
Proceed with evidence
Use validation records and handover lists rather than generic performance claims.