6-Axis Collaborative Robot for Industrial Welding and Handling

• ✔ 6-axis flexibility for complex operations and precise movements
• ✔ Collaborative design for safe operation alongside human operators
• ✔ Wide range of available load capacities (from 1 kg to 20 kg)
• ✔ Universal use for welding, assembly, handling and other applications
• ✔ Intuitive operation via 10.1" teach pendant or mobile app
• ✔ Easy programming with manual learning option without the need for code
• ✔ Increase productivity and quality consistency in production processes

Discover the future of industrial automation with this advanced 6-axis collaborative robot. Designed for precision, flexibility and above all safety, it is the ideal solution for modern manufacturing environments where efficiency and harmonious human-machine collaboration are emphasized. This robot represents the pinnacle of engineering that can transform your manufacturing processes.

⚙️ What can this collaborative robot do?

• 6 axes: Provides excellent flexibility and reach for working in confined spaces and with complex trajectories, which is key for precision applications.
• Collaborative design: Enables safe interaction with human operators without the need for protective barriers, increasing flexibility and optimizing workspace utilization.
• Load capacity range: Available in several variants with load capacities from 1 kg to 20 kg, allowing the robot to be adapted to a wide range of handling and application tasks.
• Intuitive interface: Control via 10.1 inch programming panel (teach pendant) or mobile app for easy operation and quick programming.
• Multiple applications: Ideal for welding (MIG/TIG/Laser), loading and unloading, transfer between processes, screwing, assembly, gluing, painting, packaging, palletizing, polishing and quality control.

🔍 Explore every detail – precision and adaptability

This robust 6-axis collaborative robot is designed to become the backbone of your automated manufacturing. With six independent axes, it can perform complex movements with millimeter accuracy, which is crucial for applications such as precision welding or assembly of sensitive components. Its adaptability allows for easy integration into existing workflows and seamless switching between different tasks, maximizing the flexibility of your production.

One of its greatest strengths is its collaborative nature. This means it can work in close proximity to humans, eliminating the need for large safety cages and simplifying on-site logistics. Easy programming, including manual learning without complex coding, enables rapid deployment and minimizes operator training time, saving you resources.

⚠️ Are you facing challenges in modern production?

Today's industry is faced with a shortage of skilled labor, demands for continuous efficiency improvements, and the need to maintain high production quality. Manual work in repetitive, tedious, or dangerous tasks leads to errors, slow production, and an increased risk of accidents. Furthermore, ensuring consistent welding or assembly quality is often affected by the human factor, which can lead to scrap rates and higher costs.

💡 Streamline production and gain a competitive advantage

Our 6-axis collaborative robot provides a revolutionary solution to these challenges. With its versatility and precision, it will take on the most demanding tasks, freeing up your employees for more creative and valuable work. Automate welding, handling or assembly and achieve unparalleled speed, consistency and safety that will take your production to the next level and give you a competitive advantage in the market.

🌟 More than just features – real benefits for your business

• Feature: 6-axis flexibility -> Benefit: Perform complex tasks with precision and fluidity, maximizing reach in confined spaces.
• Feature: Collaborative design -> Benefit: Increased safety and the ability to seamlessly collaborate with human operators, optimizing the workspace and reducing risks.
• Features: Wide range of load capacities -> Benefit: Universal solution for diverse applications, from light components to heavier parts, with flexibility for future needs.
• Features: Intuitive HMI and manual learning -> Benefit: Reduced programming time and quick operator training, reduced integration costs and fast return on investment.
• Function: Multiple applications (welding, assembly, etc.) -> Benefit: Increased productivity, consistent quality and reduced operating costs in various manufacturing processes, leading to overall efficiency.

🎯 Who is this robot the ideal choice for?

• Small and medium-sized businesses: Looking for an affordable, flexible, and easy-to-integrate automation solution that doesn't require a large infrastructure investment.
• Large manufacturing plants: To optimize existing processes, increase occupational safety, and address skilled labor shortages in key areas.
• Welding shops and metal fabrication: For MIG/TIG/laser welding automation with high accuracy, repeatability and consistent quality that is key to the final product.
• Assembly and packaging companies: To increase speed and consistency in packaging and assembly lines, minimize errors, and optimize material flow.

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

• Concern: Will installing and programming the robot be too complex and expensive? -> Answer: With an intuitive HMI and manual learning capability (no code), deployment is significantly easier and faster than traditional industrial robots, reducing initial costs and integration time.
• Concern: What about safety when a robot is supposed to work alongside humans? -> Answer: Collaborative robots are designed with advanced safety features that detect the presence of a human and adjust speed or stop operation to ensure maximum safety without the need for expensive protective cages.
• Concern: Is the robot too specialized and won’t be of sufficient use in my business? -> Answer: This 6-axis cobot is extremely versatile and can handle a wide range of applications – from welding and assembly to packaging and quality control. This ensures maximum return on investment and adaptability to changing production needs.

📝 Technical specifications

Number of axes	6
Available load capacities	1 kg, 3 kg, 5 kg, 10 kg, 16 kg, 20 kg
HMI type	10.1" teach pendant / mobile app
Main applications	Welding (MIG/TIG/Laser), pick&place, loading/unloading, assembly, screwing, gluing, painting, packaging, palletizing, polishing, quality control
Collaborative features	Safe operation with people without barriers, manual learning without code

❓ Frequently Asked Questions (FAQ)

What is the main advantage of a 6-axis collaborative robot?

The main advantage is the combination of high flexibility (6 axes) with safe interaction with people, which allows for effective automation of complex tasks in a dynamic work environment without the need for major workplace modifications.

What applications is this robot best suited for?

It is ideal for a wide range of industrial applications, including precision welding (MIG/TIG/Laser), material handling (pick&place, loading/unloading), assembly, bonding, painting, packaging and quality control, making it a versatile tool.

How is the robot programmed?

The robot offers intuitive control via a 10.1-inch programming panel or mobile app. It also supports manual learning mode, allowing easy programming without the need for advanced programming knowledge or lengthy training.

Can the robot work with loads of varying weights?

Yes, the robot is available in several variants with a payload capacity from 1 kg to 20 kg, allowing it to work effectively with a wide range of components and products and adapt to the specific requirements of your operation.

What is the difference between a classic industrial robot and this collaborative robot?

A collaborative robot differs from traditional industrial robots in its ability to work safely near people without the need for protective cages and the ability to be programmed through manual learning (without code), which increases flexibility and safety.

What are the safety features of the robot?

Its collaborative design includes integrated safety sensors and algorithms that detect human presence and adjust speed or stop operation to ensure maximum safety and minimize the risk of injury.