Mari's Scan&Go MC900 Mobile Workstation

Scan&Go MC900
Mobile
Workstation

Main Features

Easily move your cobot between workstations with the MC900, enhancing your robot’s utilization rate and payback. This versatile solution maximizes efficiency and productivity in your operations.

Solid and high-quality steel and aluminum structure

Storage area for tools and controllers

Equipped with swiveling rollers and adjustable support feet

Built-in power panel

MAximize Flexibility and Efficiency

Experience unparalleled flexibility with MARI’s MC900 mobile work station. Designed for easy relocation, this solution includes everything you need: the robot, controller, and interface. Effortlessly move your cobot between multiple workstations to optimize efficiency and utilization. The MC900 also allows for the integration of additional devices like cameras and laser scanners, and offers ample storage space for frequently used tools and peripherals. Transform your cobot into a versatile and highly productive asset with the MC900 mobile work station.

Unmatched Flexibility

Effortlessly move between machines and tasks, adapting quickly to changing production needs.

Ultimate Adaptability

Perfect for high-mix, low-volume production, ensuring your operations stay versatile.

Labor Efficiency

Automate repetitive tasks, allowing your skilled workers to focus on more complex duties, increasing overall efficiency.

Safety Integrated

Designed to work seamlessly alongside humans, ensuring a safe work environment.

Boost Productivity

Enhance your team’s capabilities, ensuring they can concentrate on high-value tasks.

Cost-Effective

A smart long-term investment with solutions adaptable to layout changes and expansions.

MC900
Specifications

Scan&Go Application

Given the ongoing expansion of the industrial robotics sector and the increased deployment of robots in production, there is an urgent requirement for a more efficient and scalable programming solution. MARI serves a diverse customer base across various industries, such as automotive, aerospace, new energy, woodworking, and others, focusing on enabling robotic surface finishing, spraying, welding, and inspection.