Robotic Arm
Z-Arm series robot is a disruptive, lightweight collaborative robotic arm overturn industry standards, employing a built-in drive/control system.
Exceptional Cost-Performance
An exceptionally cost-effective alternative to linear modules.
Easy to use:
Even those unfamiliar with robotic arms can learn to operate it in quickly. The interface is open.
Custom Z-Axis
Tailor-made vertical travel
Z-Arm 1832 / XX32
High-speed, precise 4-axis SCARA robot engineered for rapid, accurate pick-and-place, assembly, and dispensing tasks. With selective compliance in the horizontal plane and rigid vertical axis control, it delivers exceptional repeatability and smooth motion in compact workspaces. Fully electric and low-maintenance, it is ideal for electronics, automotive, and consumer goods automation where speed and precision are critical.
Collaborative
For processes requiring high flexibility, tactile sensitivity, and agility, traditional robotic arms face significant challenges and costs. Human-robot collaboration, with its unique collaborative functions, offers greater efficiency and allows for safe collaboration with humans without the need for isolation barriers.
Quick changeover
Quick changeover is especially suitable for flexible production lines that require frequent changes, such as small-batch, multi-product production, allowing for flexible reorganization and easy adjustment of production stations.
Extremely space-saving
A compact arm, essential for stacked operations, with integrated drive/control system.
Easy to use
Even those unfamiliar with robotic arms can learn to operate it in quickly. And the sdk is open for secondary development.
Z-Arm 2442 / XX42
Driven by high‑performance servo motors and lightweight arms, SCARA robots excel in high‑speed, high‑repetition pick‑and‑place operations, delivering exceptionally fast cycle times and outstanding repeatability—often within ±0.01 mm—within their cylindrical workspace.
Collaborative
For processes requiring high flexibility, tactile sensitivity, and agility, traditional robotic arms face significant challenges and costs. Human-robot collaboration, with its unique collaborative functions, offers greater efficiency and allows for safe collaboration with humans without the need for isolation barriers.
Quick changeover
It is especially suitable for flexible production lines that require frequent changes, such as small-batch, multi-product production, allowing for flexible reorganization and easy adjustment of production stations.
Extremely space-saving
A compact arm, essential for stacked operations, with integrated drive/control system.
Easy to use
Even those unfamiliar with robotic arms can learn to operate it in quickly. And the sdk is open for secondary development.
Z-Arm 2442B / XX42B
Z-Arm 2442B robot is a high configuration version, with payload up to 5 KG, it is ideal for electronics, automotive, and consumer goods automation where payload, speed and precision are critical.
Collaborative
For processes requiring high flexibility, tactile sensitivity, and agility, traditional robotic arms face significant challenges and costs. Human-robot collaboration, with its unique collaborative functions, offers greater efficiency and allows for safe collaboration with humans without the need for isolation barriers.
Quick changeover
Quick changeover is especially suitable for flexible production lines that require frequent changes, such as small-batch, multi-product production, allowing for flexible reorganization and easy adjustment of production stations.
Extremely space-saving
A compact arm, essential for stacked operations, with integrated drive/control system.
Easy to use
Even those unfamiliar with robotic arms can learn to operate it in quickly. And the sdk is open for secondary development.
Z-Arm 4150 / XX50
Z-Arm series robot is a disruptive, lightweight collaborative robotic arm that overturn industry standards, employing a built-in drive/control system.
Collaborative
For processes requiring high flexibility, tactile sensitivity, and agility, traditional robotic arms face significant challenges and costs. Human-robot collaboration, with its unique collaborative functions, offers greater efficiency and allows for safe collaboration with humans without the need for isolation barriers.
Quick changeover
It is especially suitable for flexible production lines that require frequent changes, such as small-batch, multi-product production, allowing for flexible reorganization and easy adjustment of production stations.
Extremely space-saving design
A compact arm, essential for stacked operations, with integrated drive/control system.
Easy to use
Even those unfamiliar with robotic arms can learn to operate it in quickly. And the sdk is open for secondary development.
Z-Arm 4160 / XX60
High-speed, precise 4-axis SCARA robot engineered for rapid, accurate pick-and-place, assembly, and dispensing tasks. With selective compliance in the horizontal plane and rigid vertical axis control, it delivers exceptional repeatability and smooth motion in compact workspaces. With up to 3.5kg payload, it's ideal for various automation works.
Collaborative
For processes requiring high flexibility, tactile sensitivity, and agility, traditional robotic arms face significant challenges and costs. Human-robot collaboration, with its unique collaborative functions, offers greater efficiency and allows for safe collaboration with humans without the need for isolation barriers.
Quick changeover
It is especially suitable for flexible production lines that require frequent changes, such as small-batch, multi-product production, allowing for flexible reorganization and easy adjustment of production stations.
Extremely space-saving
A compact arm, essential for stacked operations, with integrated drive/control system.
Easy to use
Even those unfamiliar with robotic arms can learn to operate it in quickly. And the sdk is open for secondary development.
Z-Arm 4160B / XX60B
Z-Arm series robot is a disruptive, lightweight collaborative robotic arm that overturn industry standards, employing a built-in drive/control system.
Collaborative
For processes requiring high flexibility, tactile sensitivity, and agility, traditional robotic arms face significant challenges and costs. Human-robot collaboration, with its unique collaborative functions, offers greater efficiency and allows for safe collaboration with humans without the need for isolation barriers.
Quick changeover
It is especially suitable for flexible production lines that require frequent changes, such as small-batch, multi-product production, allowing for flexible reorganization and easy adjustment of production stations.
Extremely space-saving
A compact arm, essential for stacked operations, with integrated drive/control system.
Easy to use
Even those unfamiliar with robotic arms can learn to operate it in quickly. And the sdk is open for secondary development.
Z-Arm S622
Equipped with built‑in force/torque sensors and real‑time current monitoring, it can instantly detect unexpected collisions—automatically stopping or gently yielding when force exceeds safe thresholds—thus eliminating the need for safety fencing and enabling close‑quarter cooperation with human workers
Collaboration and Safety
For processes requiring high flexibility, tactile sensitivity, and agility, traditional robotic arms face significant challenges and costs. Human-robot collaboration, with its unique collaborative functions, offers greater efficiency and allows for safe collaboration with humans without the need for isolation barriers.
Wide range of application
It can be used in the automotive industry, electronics industry, food and beverage industry, health care and laboratory research fields, etc., it can meet various functional requirements such as assembly, pick and place, twist screws, dispensing, etc.
Extremely space-saving
A compact arm, essential for stacked operations, with integrated drive/control system. The whole system includes robot arm body, control box, emergency button and optional teach pendant.
Highly integrated
The reducer, motor, encoder and drive control are integrated for quick disassembly and assembly. Drag teaching and graphical programming effectively reduce the application threshold and time cost, and the PC interface is convenient and easy to operate.
Z-Arm S922
Compact and lightweight, the S922 is built for precise linear motion and high‑speed acceleration. With its sophisticated joint design and accurate torque management, this cobot excels wherever extended reach and fine precision must work in harmony.
Collaboration and Safety
For processes requiring high flexibility, tactile sensitivity, and agility, traditional robotic arms face significant challenges and costs. Human-robot collaboration, with its unique collaborative functions, offers greater efficiency and allows for safe collaboration with humans without the need for isolation barriers.
Wide range of application
It can be used in the automotive industry, electronics industry, food and beverage industry, health care and laboratory research fields, etc.; it can meet various functional requirements such as assembly, pick and place, twist screws, dispensing, etc.
Extremely space-saving
A compact arm, essential for stacked operations, with integrated drive/control system. The whole system includes robot arm body, control box, emergency button and optional teach pendant.
Highly integrated
The reducer, motor, encoder and drive control are integrated for quick disassembly and assembly. Drag teaching and graphical programming effectively reduce the application threshold and time cost, and the PC interface is convenient and easy to operate.
Z-Arm S1034
With a 1034 mm arm reach, 16kg payload and 1 m/s TCP speed, it's suitable for handling heavy items, freeing skilled operators for higher-value work.
Collaboration and Safety
For processes requiring high flexibility, tactile sensitivity, and agility, traditional robotic arms face significant challenges and costs. Human-robot collaboration, with its unique collaborative functions, offers greater efficiency and allows for safe collaboration with humans without the need for isolation barriers.
Wide range of application
It can be used in the automotive industry, electronics industry, food and beverage industry, health care and laboratory research fields, etc., it can meet various functional requirements such as assembly, pick and place, twist screws, dispensing, etc.
Extremely space-saving
A compact arm, essential for stacked operations, with integrated drive/control system. The whole system includes robot arm body, control box, emergency button and optional teach pendant.
Highly integrated
The reducer, motor, encoder and drive control are integrated for quick disassembly and assembly. Drag teaching and graphical programming effectively reduce the application threshold and time cost, and the PC interface is convenient and easy to operate.
Z-Arm S1400
Lightweight construction and modular design, the cobot offers exceptional deployment versatility. It can be easily mounted on workbenches, mobile carts, or even inverted overhead, readily adapting to a wide range of end‑effectors for tasks such as pick‑and‑place, screwdriving, dispensing, inspection, and polishing.
Collaboration and Safety
For processes requiring high flexibility, tactile sensitivity, and agility, traditional robotic arms face significant challenges and costs. Human-robot collaboration, with its unique collaborative functions, offers greater efficiency and allows for safe collaboration with humans without the need for isolation barriers.
Wide range of application
It can be used in the automotive industry, electronics industry, food and beverage industry, health care and laboratory research fields, etc., it can meet various functional requirements such as assembly, pick and place, twist screws, dispensing, etc.
Extremely space-saving
A compact arm, essential for stacked operations, with integrated drive/control system. The whole system includes robot arm body, control box, emergency button and optional teach pendant.
Highly integrated
The reducer, motor, encoder and drive control are integrated for quick disassembly and assembly. Drag teaching and graphical programming effectively reduce the application threshold and time cost, and the PC interface is convenient and easy to operate.
Z-Arm S1854
The S1854 delivers heavy-duty performance in a compact footprint, purpose-built for torque-intensive screw driving, machine tending with multiple grippers, and other high-force applications that push past standard cobot limits.
Collaboration and Safety
For processes requiring high flexibility, tactile sensitivity, and agility, traditional robotic arms face significant challenges and costs. Human-robot collaboration, with its unique collaborative functions, offers greater efficiency and allows for safe collaboration with humans without the need for isolation barriers.
Wide range of application
It can be used in the automotive industry, electronics industry, food and beverage industry, health care and laboratory research fields, etc., it can meet various functional requirements such as assembly, pick and place, twist screws, dispensing, etc.
Extremely space-saving
A compact arm, essential for stacked operations, with integrated drive/control system. The whole system includes robot arm body, control box, emergency button and optional teach pendant.
Highly integrated
The reducer, motor, encoder and drive control are integrated for quick disassembly and assembly. Drag teaching and graphical programming effectively reduce the application threshold and time cost, and the PC interface is convenient and easy to operate.
Seamless Integration with HITBOT OS System
All products can be seamlessly integrated with the HITBOT OS system,
easily enabling rapid construction, validation, and improvement, making your automation workflows more efficient and convenient.
Seek help
Document download
Comprehensive development manual, interface specifications, and configuration guides to help you get started quickly and engage in in-depth development.
Video tutorial
Intuitive operation demonstrations and scenario-based training guide you step by step to master system usage and solution building.
FAQ
Quickly query usage questions and troubleshoot issues, efficiently resolving various problems encountered during the usage process.