With maximum variability – effectively manufacture railings
Our in-house development, which has been awarded the Bavarian State Prize, enables you to manufacture railings or similar constructions in half the time.
The device is fully adaptable to the railing layout, offers access to the welds from both sides and guarantees full repeatability of the railings.
Railing length 3.6 m, 5 m, 7 m or 9 m
Railing height up to 1.2 m or up to 1.5 m
Incline up to 60°
Weights up to 300 kg
motorized reversing drive
tool-free setup
Ground connection on the frame
We are happy to fulfill special requests.
Up to 50 % time saving with the fixtures form FOERSTER welding systems.
automated calculation of bar count and bar spacing or
data input via PC or thumb drive
> 99 Programms saveable
pitch up to 60°
railing hight 600 mm – 1.200 mm
Request a quote for programmable railing fixture
manually adjustable
for small series production – simple handling
with digital counter
manually input grid stops
pitch up to 60°
railing hight 600 mm – 1.200 mm
max load up to 300 Kg
slide moveable per hand
ground connection at frame
360° electromotive turn function
Request a non-binding quote for manual railing fixture
welding fixtures for frames
Welding in one clamping: ergonomic, precise and fast
With a frame welding device from FÖRSTER, you can weld different sizes and designs – without measuring and positioning – exactly at right angles and semi-automatically.
Standard up to 2,5 t / lifts up to 2.000 mm / 360° rotary function / custom sizes and max loads at request
fixture for frames with lift + turn function
Our lifting and turning device offers maximum work simplification for the all-round welding of very large or complex assemblies.
Lifting columns with electro-hydraulic height adjustment form the basis for a comfortable and ergonomic workplace.
We adapt the frame construction to the workpiece to be clamped. Loads of up to several tons and the picking up of very long and wide components are possible.
By using our moveable X-Pro or double-groove profiles, the support elements and clamping elements can be individually positioned at any time.
The recurring welding of the same or structurally identical components requires the use of fixed or variable welding devices.
A good welding device should not only position the individual parts precisely and safely, but also ensure that as many weld seams as possible can be reached in a suitable welding position without hindrance. Welding distortion that occurs should be limited by targeted prestressing or cooling, whereby the entire welding process must also be taken into account.
High demands on exact component positioning in robotic welding devices should always have priority over corrective seam tracking systems.