Festo offers handling systems for a huge range of applications in handling and assembly technology. From standard solutions for all common automation technology applications through to customised solutions for your own very specific requirements.
Handling systems with the Handling Guide Online
Handling systems with serial kinematics with strokes of up to 3,000 mm – pre-assembled and tested
- Single-axis systems (1D)
- Linear gantries (2D)
- Planar surface gantries (2D)
- 3-dimensional gantries (3D)
With standardised energy chain and matching components: motor, gear unit and controller. Configure and order your made-to-measure handling system now in just three steps and benefit from standardised processes and quick delivery times.
Configure now in the Handling Guide Online
Highly dynamic handling systems
Our Cartesian robots for highly dynamic motion and positioning have an incredibly low moving mass. They enable top acceleration rates, a high payload and optimal working space coverage.
Linear gantry EXCT
Planar surface gantry EXCH
Large working space and high speeds. Also configurable as a 3-dimensional gantry using the Handling Guide Online.
More information on the planar surface gantry EXCH
Compact handling systems
Our solutions for small installation spaces as, for example, in small parts assembly, in the electronics industry or laboratory automation.
Planar surface gantry EXCM
Compact and flat for small working spaces. Also configurable as a 3-dimensional gantry using the Handling Guide Online.
Other solutions
Compact handling system YXMx
System kit comprising software, controller and kinematics
A basis for various desktop applications
Spindle axis ELGC and mini slide EGSC-BS
The affordable alternative for your handling system
More on the mini slide EGSC-BS
Cabinet Guide Online CGO
Configure the right control cabinet for your handling system
You describe your application – we create your individualised control cabinet solution.
Parallel kinematic system EXPT
High-speed handling for free movements in three dimensions
More information on the parallel kinematic system EXPT