SCIC Z-Arm 4160: 4-Axis Collaborative Robot with 5kg Payload for Welding and Handling

• ✔ Innovative 4-axis design with built-in motor for lower costs.
• ✔ High load capacity of 5 kg and wide application possibilities.
• ✔ Advanced collision detection for safe human-robot interaction.
• ✔ Easy programming and integration thanks to SDK support.
• ✔ Significant increase in efficiency and flexibility of production processes.
• ✔ Versatile use from 3D printing to welding and manipulation.

Introducing the SCIC Z-Arm 4160 collaborative robot, a cutting-edge solution designed to revolutionize your manufacturing. This lightweight 4-axis robotic manipulator with a 5 kg payload combines high performance with unparalleled safety and ease of use. Ideal for process optimization where flexibility and efficiency are key.

🤖 What can this collaborative robot do?

• Innovative 4-axis design with built-in motors eliminates the need for reducers.
• Integrated collision detection ensures automatic stopping and high safety when working with people.
• Easy programming and SDK interface for quick integration into existing systems.
• Support for a wide range of applications including 3D printing, material handling, welding, and laser engraving.
• Designed to significantly increase efficiency and flexibility in production and work processes.
• Z-axis height adjustment and drag-teaching support for easy task configuration.

🔬 Explore every detail of the innovation

The SCIC Z-Arm 4160 collaborative robot is the epitome of modern automation. With its unique design with built-in motors and the absence of traditional reducers, it offers significant cost reduction and simplified maintenance. Its lightweight design and user-friendly interface allow for quick deployment and easy adaptation to various tasks, making it an ideal choice for dynamic manufacturing environments.

Safety is a top priority for the SCIC Z-Arm 4160. With advanced collision detection, the robot automatically stops when it comes into contact with a person, ensuring a safe and efficient collaborative work environment. This feature allows operators to work side-by-side with the robot without the need for expensive protective barriers, further increasing flexibility and optimizing space utilization.

From precision welding and material handling to complex tasks like 3D printing and laser engraving, the SCIC Z-Arm 4160 is designed to handle a wide range of industrial applications. Its robust design and intelligent control ensure reliability and accuracy in every task, contributing to higher productivity and quality output.

🤔 Are you worried about low efficiency and high automation costs?

Many companies face challenges associated with traditional industrial robots – they are expensive, difficult to program, require extensive safety modifications, and lack the flexibility to meet rapidly changing production requirements. Are you looking for a solution that eliminates these problems while increasing productivity and safety?

🚀 Take back control with an intelligent collaborative robot!

The SCIC Z-Arm 4160 is the answer to your automation needs. This innovative collaborative robot offers a cost-effective, flexible and safe solution that transforms your manufacturing processes. Forget compromises and discover the potential of true human-robot collaboration that saves time, costs and improves quality.

💡 More than just features, real benefits for your business

• Innovative design with built-in motor: The absence of reducers significantly reduces both acquisition and operating costs, making automation more affordable.
• Collision detection and high safety: Ensures a safe working environment and allows direct human-robot interaction without the need for expensive protective elements.
• Easy programming and SDK: Speeds up robot deployment and makes it easy to customize for specific tasks, minimizing learning time and maximizing flexibility.
• Versatile application possibilities: From welding and handling to 3D printing and engraving – one robot can handle many tasks, maximizing return on investment.
• Increased efficiency and flexibility: Optimizes production processes, reduces errors and enables rapid adaptation to changes in production.

🎯 For whom is the SCIC Z-Arm 4160 the ideal choice?

• Manufacturing companies: For automation of welding, material handling, assembly and packaging.
• Small and Medium Enterprises (SMEs): Looking for affordable and easy-to-integrate solutions to increase productivity.
• Educational institutions: For teaching robotics, mechatronics, and industrial automation thanks to intuitive programming and SDK.
• Companies in the 3C electronics industry: For precise handling and assembly of small components.

🔒 Do you have any concerns? We'll answer them!

• Concern: Is the integration of such a robot complex and time-consuming? -> Answer: The SCIC Z-Arm 4160 is designed for maximum simplicity. Thanks to SDK support and the "drag-teaching" function, its setup and programming are intuitive and fast.
• Concern: What is the real safety when working collaboratively with people? -> Answer: The robot is equipped with intelligent collision detection that ensures it stops immediately upon any contact, protecting personnel and meeting the highest safety standards.
• Concern: Will a 5 kg payload be sufficient for my applications? -> Answer: With a 5 kg payload and a 410 mm reach, the robot is ideal for a wide range of tasks, from light component handling to precision welding. If you need more, we offer a consultation for the optimal solution.

⚙️ Technical specifications

Number of axes	4
Payload	5 kg
Max speed	1500 mm/s (with 3 kg payload)
Axis 1 rotation range	±164° (optional: 15-345°)
Range of motion of the other arm	Standard: ±164° (optional: 15-345°)
Z-axis stroke	410 mm (height adjustable)
Supply voltage	220V/110V 50-60Hz (adaptation to 48VDC)
Peak performance	960W
Integrated controller	24 I/O + under-arm expansion
Digital input (isolated)	9+3 + forearm extension (optional)
Digital output (isolated)	9+3 + forearm extension (optional)
Net weight	28.5 kg
Base mounting hole spacing	200mm x 200mm (four M8*20 screws)
Ambient temperature	0-45°C
Ambient humidity	20-80% RH (non-condensing)
Compatible grippers	HITBOT Z-EFG-8S/Z-EFG-12/Z-EFG-20/Z-EFG-20S/Z-EFG-20F/Z-ERG-20C/Z-EFG-30/Z-EFG-50/Z-EFG-100 5th Axis 3D Printing
Electrical interface (standard)	24*23AWG (unshielded) wires
Electrical interface (optional)	2 vacuum tubes φ4
Recommended connector	DB15 (gold plated, ABS shell)
Connector dimensions	55mm x 43mm x 16mm

❓ Frequently Asked Questions

What does "collaborative robot" mean and what is its main advantage?

A collaborative robot (cobot) is designed to safely work with humans in a shared workspace. The main advantage is increased safety thanks to features such as collision detection, which allows direct interaction without the need for physical barriers and optimizes the use of the workspace.

What applications is the SCIC Z-Arm 4160 best suited for?

This robot is highly versatile and ideal for a wide range of tasks including 3D printing, material handling, precision welding, laser engraving, assembly and other industrial applications requiring flexibility and efficiency.

How difficult is it to program this robot?

The SCIC Z-Arm 4160 is designed for easy programming. It supports drag-teaching, allowing for intuitive learning of movements, and comes with SDK support for advanced programmers, significantly reducing integration time.

What is the maximum arm capacity and speed?

The robot has a payload of 5 kg. The maximum movement speed is 1500 mm/s with a payload of 3 kg, which ensures fast and efficient work.

What are the power requirements?

The robot adapts 220V/110V 50-60Hz power supply to 48VDC with a maximum peak power of 960 W.

Can I attach different grippers or tools to the robot?

Yes, the robot is compatible with a wide range of HITBOT electric grippers (e.g. Z-EFG-8S to Z-EFG-100) and also supports the connection of a 5th axis or 3D printing head, which expands its adaptability.

Is it possible to integrate the robot into an existing automated line?

Absolutely. With an integrated controller, 24 I/O ports, and SDK support, the robot is designed for easy integration into existing production lines and automation systems.