KUKA 00-110-615 Brand memory for robots

Mobile freedom with AGVs: Material transport in dynamic environments

The KUKA Mobile Platform KMP 600-S diffDrive opens up new avenues and provides greater flexibility for production intralogistics. 

As an automated guided vehicle (AGV) with a payload of up to 600 kilograms, the KMP 600-S diffDrive needs no safety fencing, 

so it enables maximum freedom of movement for employees.

Laser scanners mounted at the front and rear provide maximum safety and allow for high speeds in all directions of travel when cycle times require it.

This HRC-capable vehicle operates flexibly and safely in human operators' work environment.

AGV advantages for in-house logistics

AGVs automatically bring required goods and raw materials to the right place at the right time. 

They take on physically demanding transportation tasks, and use comprehensive safety technology 

so they can share passageways with human operators and conventional industrial trucks. 

With camera-based 3D object detection, they integrate seamlessly into existing production environments.

 The KMP 600-S diffDrive also can expand with 3D object detection for autonomous detection of 

obstacles from 50 mm to 2.1 m above the ground. At the same time, 

the KMP 600-S diffDrive is ideally equipped for the tough everyday environment of industrial production.

Its IP 54 design always enables it to work reliably even under adverse conditions – including water spray and dust.

Challenges in the Automotive Industry

The automotive industry is very dynamic and requires extreme flexibility from automotive manufacturers. 

The growing global competition demands smart production systems, combined with flexible logistics systems.

They can be adapted quickly and thus also serve the ever-increasing demand for model diversity. 

In addition to the installation, a simple operation of the system plays an important role.

Automotive manufacturers increasingly find that they have to expand their core competencies in areas ranging from automotive industry to mobility or even to re-define those areas. 

They are only able to stand in the competition if they could cope with developments around Industrie 4.0. demographic change and data-driven production.

Solutions for the automotive industry

KUKA offers you the necessary configuration options to meet all the automotive challenges efficiently:

through adaptable, modular and automated production and logistics processes, we pave the way to sustainable success in the automotive industry.

Our services and expertises

The KPP can additionally contain axis amplifiers for one to three axes. The drive interface on the connector panel is not included.

KUKA offers a range of production machines with which you can integrate standardized systems and components into customized production processes.

Depending on the specific requirements, automation components and function packages can be implemented directly in your production system or slightly modified.

Whether you need modern and efficient foundry equipment or machines for connecting various material combinations - 

All these components have one thing in common: they are tried-and-tested products that are cost-effective and easy to integrate.

Highly dynamic. the KR 1000 titan handles the heaviest workpieces and components precisely and safely.

With high speeds and dynamic acceleration, it ensures optimal cycle times.

Enormous productivity. With the precision of the KR 1000 titan robot, you can increase production quality and reduce costs.

The low interference profile extends the effective available workspace.

Higher flexibility. the KR 1000 titan offers you a wide range of applications

The KR 1000 titan offers you a wide range of applications: as a palletizer or in combination with linear axes In combination with linear axes, it offers increased flexibility.

Increased flexibility. It can be used with existing systems without the need to adjust the infrastructure.

The PC of the KRC2 is the control PC of the robot controller.

With its installed components, the PC performs all functions of the robot controller.

Windows user interface with visual display and inputs

Program creation, correction, archiving and maintenance

Sequence control

Path planning

Drive circuit control

Monitoring

ESC safety circuits

With external peripherals (other controllers, hosts, PCs, networks)