- check Bottom flight(s) of rungs slides down when opened.
- check Movement is balanced out by counter-weights for a soft deployement and easy closing.
- check Single or multiple slides.
After it has been unlocked, the movable flight(s) of the ladder slides down smoothly thanks to its couterbalanced system. The ladder can then be easily closed by one hand only.
Due to its height, the multislide ladder may require the use of a stick for a complete closing.
Burglar resistant and abuse preventing option
The ladder can be equipped with an opening handle placed at the desired location, for example: at the top of the ladder so it cannot be accessed from the ground, or inside the building and through the wall, etc. The opening mechanism can also be coupled with an alarm system for an even greater protection.
When closed the multislide ladder can take a height of only 1,5 m (min.)!
The closed height of a single counterbalanced ladder is only equal to the clearance height + 84 cm.
Reliable in all conditions
There are already more than 10.000 JOMY drop-down ladders installed all over the world to the great satisfaction of our customers.
Thanks to the detailed and ingenious engineering of the counterbalanced system and the use of non-corrosive materials, these ladders are guaranteed to be reliable in all kinds of weather and environments.
Single slide drop-down ladder
Multislide drop-down ladder
|Max. clearance height under the ladder when closed||2.8 m||4.2 m|
|Min. height of the closed ladder||3.7 m||1.5 m|
|Opening mechanism||Simple mechanical opening mechanism with a handle placed where the customer wants.||Simple mechanical opening mechanism with a handle placed where the customer wants.|
|Permitted charge||200 kg||200 kg|
|Delivery time||Out of inventory||Made on demand after agreement on detailed measurements.|
|Price||Very affordable pricing for an effective anti-burglar solution on a fixed ladder.||Same advantages but more expensive than the single slide.|
A = Closed ladder height
B = Clearance height
C = Total available height
D = Maximum distance from the wall
E = Height to cross