We automate. Safely.

We automate machinery and plant worldwide, always with the ambition of offering the best solution for you, our customers. And safety and automation functions at Pilz are merging into one solution: All in one.

Our solutions are scalable: whether the need is for machines with an elementary function range, machines with multiple axes or interlinked plant, we always offer manufacturers and operators the complete solution for safety and automation – from sensor technology to control and drive technology, everything from one source. Get on top of your automation tasks with just one partner for safety and automation!

• Easy configuration, programming and visualisation thanks to innovative software solutions
• High flexibility thanks to individually expandable solutions
• Open communication
• High availability thanks to comprehensive diagnostic options
• One system for safety and automation
• Customised, truly one-stop automation solutions

Your requirements: clear.

• Cost-effective, integrated concept for safety and automation
• Economic efficiency, even with the smallest of batch sizes
• High availability
• Seamless safety
• Flexible software solutions

Your requirements: complex.

• High productivity and product quality
• Intelligent merging of safety and automation
• Easy production conversions
• High-performance diagnostic function
• Modern, drive-integrated safety functions

Your requirements: diverse.

• Unproblematic expansion
• Safe data recording
• Easy integration
• Partial operation
• Innovative software solutions
• Easy to handle

Your benefits: evident.

• Everything from one source
• Safe automation concepts
• Innovative software solutions
• Special software blocks
• Professional diagnosis and visualisation

 Your benefits: convenient.

• Measures to minimise risk
• Safety functions simple to create
• Good energy cost balance
• High productivity and precise results

Your benefits: multiple.

• Decentralisation of control programs and subfunctions
• Running subtasks in parallel
• Partial operation of individual machine components
• Expanding control systems retrospectively
• Decentralisation of the periphery