The post can be used standalone (also antipendulum) or as a component in horizontal rope lifeline systems.

The attachment point for connectors is located at a height of 70 cm from the ground, which increases work comfort, both if used as standalone or within a safety system.

The anchor post is mounted on the horizontal plywood formwork board using 24 screws.

The formwork board must be nailed to all the formwork beams. Both the post and the base plate are made of corrosion protected and/or stainless material.

The set contains the following:

• an energy absorbing anchor post including an attachment point for connectors
• a set of screws

The article Quadropod – Anchor Post For Wooden Ceiling Formwork comes from the website ALTOSEKURA.

HAWP is a mobile anchor point providing fall protection for workers during their operations on shoring towers. It is available in two versions: small for diameters (and profiles) ranging from 48 to 80 mm, and large for 100 to 120 mm.
Attachment point is located in a spot which allows for easy connection with safety lanyard.
Eccentric lever provides tight fit of the hook onto a shoring prop. Ratchet mechanism requires two, sequential operations to open and dismount a hook, therefore it protects from unintentional dismantling.

Elastomer inserts enhance fitment and protect from slippage. Because of its self-tightening abilities it can be used when moving vertically and diagonally. It can be also used in a same way as a conventional connector (for climbing ladders etc.)

HAWP is patented by European Patent Office and will be certified by PRS.

The article HAWP – Shoring Scaffold Safety Hook comes from the website ALTOSEKURA.

The device is designed to protect the worker during the moving and handling of shipping and construction containers.

The device complies with EN 795B:2012, which means that it is a temporary anchor point installed in a way that prevents accidental disconnection of the point from the structural element to which it is mounted. However, it is possible to disconnect them intentionally from the structure; in this case, at least two separate and consecutive actions without the use of additional tools shall be performed.

Corner anchor points are available in two versions: NPK_L and NPK_T. The anchor points are designed to be installed in the transport slots located at the corners of the container.

The corner anchor points are designed to be installed only in the side slots of container corners that comply with ISO 1161.

The article NPK – Corner Anchor Points comes from the website ALTOSEKURA.

Formwork hook is a mobile anchor point conforming to EN795:2012B standard. It was designed to provide fall protection when working on formworks.

Formwork hook connects with formwork wales by pin which is meant to be inserted into slots in horizontal formwork wales. Pin attachements were designed to fit to different formwork walls from different manufacturers.

Due to the low weight of the hooks they are convenient to work with. Tests performed during hook development (incl. tests with load cells) ensure safety of formwork structures when using hooks.

Interchangable attachements for pin can be easily changed for other type to fit different type of formwork. Changing attachements require only two allen keys therefore it can be done on site when needed.

Formwork hooks can be used for moving and work positioning on formwork walls. For work positioning (shown in a picture) lower hook is intended for positioning and upper for fall protection.

The article HAS – Formwork Hook comes from the website ALTOSEKURA.

• An openable self-locking fall arrset device with anchoring function for a flexible anchor line,
• Compliant with the EN 353-2:2005 standard and EN 353-2:2002 standard
• Equipped with: – shock absorber and snap fastener, – self-locking tongue locking system, – element fastening the lock.
• Additionally tested for compliance with 795: 2012 C.
• The trolley is designed for vertical and horizontal movement on 8 and 10 mm ropes.
• Dimensions: 105 mm x 90mm
• Weight: 1,2 kg
• Patent protected devices.

The article Tracker comes from the website ALTOSEKURA.

The descent and rescue device, UZO 9, conforms to the standard EN 341:2011.

The device is operated manually and conforms to the requirements for the B class equipment.

UZO 9 is fitted with a fixed 11 mm static rope [1].

The device’s core is a fixed metal plate placed between two halves of its housing. The device tapers towards the bottom, where the attachment point for an EN362 conforming connector is located [2].

Inside the device a system of rollers guides the rope and a rotating cam that changes position to lock and unlock the rope by pressing it against a fixed, unmoving contact part. The textile rope enters the device from above, runs downwards, circling the cam from the left-hand side, and then upwards between the cam and the contact. It exits the device housing towards the handle for descent control. KEY FEATURES

Other mechanical parts are situated on the other side of the metal plate, under the back of the housing – like a gear that coordinates the movement of the handle [3] with the rotating movement of the cam.

To replace the rope, it is necessary to unscrew and open the front part of the housing [4].

The article UZO – rescue kit comes from the website ALTOSEKURA.

• Fall arresting anchor device for rigid anchor lines,
• conforming to EN 353-1 and A1:2018-03,
• for moving in the vertical and in the horizontal on cables of 8 mm diameter,
• equipped with an energy absorber and a hook connector
• fall arrest mechanism lock
• lock switch
• Dimensions: 105 mm x 90 mm
• Weight: 1.2 kg
• Patented

The article Tracker Block comes from the website ALTOSEKURA.

Safety posts are intended to be mounted to horizontal wales of wall formworks by using purposefully designed brackets. Brackets were designed and tested for each suported formwork type (depending on manufacturer).

When instalalled, formwork post can be used as anchor point by itself (to use with e.g. SRLs), or as a post for different type of horizontal lifeline. It provides continuity of support during work or moving along formwork walls.

Neck in a body of safety post provides energy absortion when fall occurs. Deformation of these necks dissipate force to prevent formwork damage.

During development we perfomed tests on formworks with load cells to ensure that using safety posts won’t cause any problems with formwork structure including deformations of any of their elements.

As a result of low weight of safety posts it is possible to mount them before forming a standing structure from formwork segments. It eliminates need of working at height just to install safety posts.

The article SAS – Formwork Safety Post comes from the website ALTOSEKURA.

The harness is composed of a chest and a seat part, which can be detached from one another for more comfortable donning. The two parts are attached with easy-to-operate fast buckles. The two parts being separate make it possible to don them independently from one another and thus easily combine the harness with protective or work clothing.

The harness is equipped with two attachment points: a textile sternal attachment point, and a metal D-Ring dorsal point. On the left and right side of the seat harness there are two gear loops for putting away equipment that’s not currently in use.

The light weight of the harness and the exceptional arrangement of its chest straps make it more comfortable for the user, even when worn for longer periods.

The Build Master Pro harness is equipped with Velcro straps both at the bottom and at the top.

The Build Master Pro harness is equpped with Velcro straps to combine the harness with a high-vis vest in a stable manner.

The article Harness Build Master Pro comes from the website ALTOSEKURA.

The system can be anchored to various structural parts using anchors according to EN 795A with a minimum strength of 30kN. Recommended are dynamic anchoring posts of the DSA type.

One person is able to tension the cable unassisted. No other tools or tensioning devices are needed or allowed – all it takes is the handle located at one side of the housing. It is also not allowed to use any tools or objects to elongate the handle.

To loosen the tensioned cable, simply pull the locking lever towards the exit opening, from which the cable extends, to unlock the mechanism and retract the cable. Throughout this operation the handle needs to be able to move freely.

The article PSA – Horizontal Safety System comes from the website ALTOSEKURA.