Construction Site Fall Protection
Mobile construction fall protection The fall protection system can be attached either using clamps for mobile use or alternatively with posts for bolting down. " The entrepreneur must ensure that facilities are in place to prevent people from falling: 1. Regardless of the fall height, at workplaces and traffic routes on and above water or other solid or liquid substances in which one can sink. 2. in the case of a fall height of more than 1.00 m, unless secured according to number 1, on exposed stairways and landings, wall openings and traffic routes 3. at Steel scaffolding (height 1.0 m, length 2.5 m, with base rail height 200 mm, 15.9 kg) to be erected using posts for bolting down or clamping. blue coated The optional transport frame allows for the easy transport of up to 25 fall protection elements. The fall protection set for construction sites consists of the following elements: 1 x transport rack for fall protection 25 x fastening clamps 25 x construction mesh Total weight of the set: 773 kg
Custom Protective Profile
Black/yellow warning profile as impact protection e.g. for low ceilings, edges, or corners The black/yellow warning profiles are custom-made to measure from a minimum quantity of 5 m² and are made of plastic or foam. The maximum length is 90 cm – longer warning profiles can be assembled from multiple individual pieces.
Fall Protection Safety Net
Fall protection net for offshore use, wind turbines, ships, chemical plants, etc. Especially in structures exposed to extreme conditions such as strong wind, heat, or high humidity, ceiling fastenings pose a significant risk of falling objects. Many of these fastenings are overlooked during maintenance and inspection, which can lead to severe corrosion resulting in a sudden free fall of these objects.The fall protection is the ultimate solution to avoid this critical issue. The device is easy to install, the stainless steel wire SUS/AISI 316 is coated with plastic to prevent scratches on the mountings. It encloses and secures the equipment and is fully recyclable. The safety net is designed to withstand extreme temperatures from -40°C to 500°C.The fall protection safety net is a customized solution for critical overhead fastenings.
Grid Fall Protection
Grid Fall Protection, e.g. for Offshore Sector, Ships, Chemical Plants, and Wind Turbines The grid fall protection can be easily installed as both a permanent and temporary solution. It consists of impact-resistant and heat-resistant panels with small honeycomb-shaped openings. This solution is the perfect complement for walkways, staircases, scaffolding, gondolas of wind turbines or other installations where there is a risk.The fall protection barrier is certified. It withstands harsh working conditions and is fully recyclable, just to name a few of its core values. In addition, the UL94-V0 rating ensures that in the event of an extreme fire situation, the barrier will not cause any further complications.
Guardrail Clamps
Overview of the product advantages of construction site railings ✔ Quick assembly without drilling Fixation via stable spindle with wing nut No intervention in the building structure is required. ✔ Flexible adjustment Clamping range up to approx. 400 mm (40 cm) Also suitable for different component thicknesses ✔ Ideal for sloping surfaces (stairs) Rotatably mounted clamping area Secure fastening even on inclines ✔ Standard-compliant side protection Mounting bracket for 3 protective boards (railing, knee rail, toe board) Drill holes for additional fixing of the boards (e.g. by nailing) Wooden boards for the guardrail clamps are not included in the scope of delivery, but can be ordered separately. ✔ Robust professional quality Hot-dip galvanized steel for corrosion protection High stability for use on construction sites Technical data (typical for guardrail clamps / model class) Material: Steel, galvanized Clamping range: 0 – 400 mm Weight: approx. 12.7 kg Inset: 3 openings for wooden planks Application: Temporary fall protection for stairs on construction sites How fall protection systems for stairs work on construction sites The guardrail clamp is attached to the ceiling or stair edge and clamped in place using a spindle. Wooden boards are then inserted into the designated brackets , creating a complete three-part side guardrail .Additional drilling allows the boards to be permanently fixed to ensure maximum safety.
Loading Ramp Handrail
Removable loading ramp railings/safety railings for accident protection and fall protection at loading ramps and for securing dangerous drop edges. The loading ramp railing, as a parapet on ramps, is designed to prevent falls by people leaning against it or to provide support when someone holds onto the railing with their hands while walking. Furthermore, the safety railing is intended to prevent a person from walking into or falling against the side protection. The railings must be at least 1 meter high. VBG - Guideline "Planning and Designing Workplaces Safely" : "If there is a risk that people or industrial trucks could fall (see ASR A2.1 "Protection against falls and falling objects, entering danger areas"), the following traffic areas must be secured by barriers – preferably railings: Loading ramp edges, especially areas that are not permanent loading and unloading points, Sides of inclined ramps, Staircase entrances and Loading ramp edges with integrated lifting tables." Download: VBG checklist for building owners loading ramps Ø60 mm, field width 1000 mm, overall height 1300 mm, usable height above mounting sleeve 1100 mm, sleeves available separately Article No. Items for safety railings Mass Weight DD-RSG-1000 Crash barrier with knee rail, galvanized 1300 mm length, 1000 mm height 14.6 kg DD-RSG-MH Mounting sleeve with two receptacles, galvanized 200 mm height x 125 mm width x 200 mm length 7.5 kg DD-RSG-AEH Mounting sleeve, beginning or end, galvanized 200 mm height x 125 mm width x 130 mm length 3.1 kg The mounting sleeves each have four 12.5 mm diameter holes for anchoring. Mounting hardware is NOT included! Typical applications of temporary safety railings Loading ramps and loading docks Logistics centers and transshipment points Industrial halls and production areas Construction sites with drop-off edges Temporary barriers in the outdoor area Advantages of removable ramp guardrails Maximum security combined with high flexibility Quick opening of ramps for truck loading and unloading Reduction of accident risks at drop-off edges Reusable and durable Adaptable to different ramp widths %BCgel% for removal)">Submit a request
Non-slip Ladder Rung Cover
Anti-slip rung covers for retrofitting ladders for increased safety and fewer accidents and falls. The anti-slip pads for the rungs are made of high-quality European fiberglass (GRP) with embedded silicon carbide stones, giving the rungs virtually indestructible durability and slip resistance; among other things, they are rustproof. The striking yellow color increases the visibility of the rungs and thus the safety of the ladder, especially in poor lighting conditions or adverse weather.Areas of application for the ladder rung attachments for retrofitting fixed ladders and shaft ladders : Ladders on towers, masts and tanks Walkways and catwalks Platforms and galleries Public and private areas (e.g. measuring towers, water towers) Railway and airport sector (e.g. for light masts, floodlight masts, lightning rod towers, radar systems, radio systems, signal masts, overhead line masts ) Navy and shipping (e.g. lighthouses, ship masts) Electricity suppliers (e.g., wind turbines, power pylons, overhead line pylons) and mechanical engineering (e.g., for construction cranes) Telecommunications (e.g. for mobile phone masts and telecommunications towers) chemical industry Oil and gas industry or in the offshore sector Food sector and other industries Shaft ladders are used in various areas, including sewers, sewage treatment plants, landfills, retention basins, bunkers, mines and pump shafts. Retrofitting ladder rungs with anti-slip material The ladder rung covers for retrofitting are highly slip-resistant (R13 according to DIN 51130) and thus serve as additional protection . Available options for anti-slip mats for ladder rungs : 1) Shape of ladder rung cover: Round covers Diameter / Length: Ø20 x 300 mm, Ø20 x 400 mm, Ø20 x 500 mm, Ø25 x 300 mm, Ø25 x 400 mm, Ø25 x 500 mm, Ø30 x 300 mm, Ø30 x 400 mm, Ø30 x 500 mm Note: The BG RCI (German Social Accident Insurance Institution for the Raw Materials and Chemical Industry) specifies a minimum diameter of 25 mm for round rungs. If required, we can also offer you (at an additional cost) a thicker special solution for 20 mm rungs, as well as if you would like to fit a round ladder rung with a flat cover. 2) U-profile covers for ladder rungs Width x Length: 20mm x 300mm, 20mm x 400mm, 20mm x 500mm, 25mm x 300mm, 25mm x 400mm, 25mm x 500mm, 30mm x 300mm, 30mm x 400mm, 30mm x 500mm, 35mm x 500mm (Note: Square ladder rung covers are no longer manufactured; alternatively, a U-profile can be used – the "extra side" then goes under the ladder rung.) Color: Yellow (other colors, such as black or grey, available as a double coat of paint - only recommended to a limited extent) Optional: printed with individual text, such as "USE HANDRAIL" or "USE HANDRAIL". Suitable SIKA adhesive for bonding the muntin covers is available upon request. Alternatively, the covers can also be screwed onto the existing muntins. Ladder rung attachment/cover for retrofitting fixed ladders and shaft ladders, also available made to measure Recommended for all industries and environments where the safety of a fixed ladder needs to be improved or the risk of falls reduced . These retrofit, non-slip ladder rung covers offer excellent slip resistance in dirty, wet, and oily environments. Ladder rung covers can help prevent slips and falls by providing a non-slip surface. Rung covers are especially useful in wet or slippery conditions, as they improve the ladder's grip and traction. Furthermore, the yellow ladder rung covers can also enhance overall ladder safety by making the rungs easier to see and grip, particularly in low-light conditions. Overall, ladder rung covers can be an important safety feature for any ladder and are recommended for use in a variety of settings, including industrial and construction environments. Source: VBG / Excerpt from ASR A1.8 Traffic routes : "4.6.2 Design and installation Climbing irons and ladders are made of durable materials and are protected against corrosion. The climbing irons and ladders are reliably and permanently attached. Climbing irons and ladders are arranged and installed in such a way that they can be used safely. This also means slip resistance adapted to the operational conditions. Climbing irons and ladders are arranged and installed to ensure safe use. The tread widths of climbing irons and ladder rungs meet the following minimum dimensions: For single-run climbing irons, at least 300 mm, For double-rung crampon tracks, at least 150 mm, For rungs on ladders with side rails, at least 350 mm, For rungs on ladders with side rails and fall protection devices, at least 150 mm on both sides of the guide rail and For rungs on ladders with a central rail, the spacing on both sides must be at least 150 mm. Sufficient foot clearance depths are generally ensured if at least 150 mm is maintained between the wall surface and the tread axis, or at least 160 mm measured from the wall surface to the front edge of the tread. "This ASR A1.8 specifies, within its scope, requirements of the Workplace Ordinance . If this technical rule is followed, the employer can assume that the corresponding requirements of the ordinance are met. If the employer chooses a different solution, it must provide at least the same level of safety and health protection for employees." %20Ma% measure. Custom lengths available on request.
Product Ideas Federal Armed Forces
How can you submit product ideas and suggestions for improvement to the German Armed Forces? If you have innovative product ideas for the German Armed Forces and are looking for suitable development partners, there are several contact points within the German Armed Forces that deal with the evaluation and implementation of such proposals. 1. Concept Development and Experimentation (CD&E): The CD&E process serves to identify innovation potential at an early stage and to assess its relevance for the German Armed Forces. Ideas can originate from various sectors, including industry and research. A formal application is required to submit a proposal. The corresponding form and further information can be found on the official German Armed Forces website. Your proposals will be received and processed by Department T 1.6 of the Federal Office of Bundeswehr Equipment, Information Technology and In-Service Support (BAAINBw). The contact address is: German Armed Forces , Bundeswehr +44 bescha.bund.de +44 Bundeswehr +4 Federal Office for Equipment, Information Technology and In-Service Support of the German Armed Forces, Department T 1.6, Ferdinand-Sauerbruch-Straße 1, 56073 Koblenz 2. German Armed Forces Cyber Innovation Hub (CIHBw): The Cyber Innovation Hub acts as an interface between the German Armed Forces and the startup scene, promoting digital innovation. Although the focus is on digital solutions, the CIHBw can assist in networking with relevant partners. Further information can be found on the official CIHBw website. 3. Planning Office of the German Armed Forces – Innovation Management: The Innovation Management department within the Planning Office of the German Armed Forces coordinates innovation activities and develops strategies for integrating new technologies. For further information, please visit the relevant page on the German Armed Forces website. Please note that the submission of product ideas is subject to formal procedures and requires a detailed description of your concepts. It is advisable to contact the relevant departments beforehand to clarify specific requirements and the further process. How can Kaizan or the KVP (Continuous Improvement Process) be introduced into the German Armed Forces? Continuous improvement (Kaizen) can be implemented as a systematic approach in the German Armed Forces to optimize processes, increase efficiency, and improve operational readiness. Here are some approaches to how Kaizen can be applied to the German Armed Forces: 1. Identification and standardization of processes Detailed analysis of workflows – for example, in logistics, maintenance, or resource planning – allows for the identification of potential improvements. Following the analysis, best practices are standardized so that all units benefit from optimized processes. This leads to a continuous and sustainable increase in efficiency. 2. Involvement of all employees Kaizen thrives on the active participation of the entire organization. In the German Armed Forces, this means that not only the leadership but also soldiers and technical specialists are involved in the improvement process. Regular feedback sessions, workshops, and idea competitions promote participation and contribute to creating a continuous improvement environment. 3. Regular review and adjustment A key component of KAIZEN is the continuous review of implemented measures. Regular audits and the analysis of performance indicators allow for adjustments to be made in response to changing operational conditions and technological developments. This strengthens the flexibility and responsiveness of the German Armed Forces. 4. Promoting an innovation-friendly culture Implementing Kaizen also requires a culture of learning and open communication. A positive approach to mistakes and respectful handling of criticism make it possible to contribute suggestions for improvement without fear of negative consequences. This creates an environment in which innovation and adaptability are embedded in everyday life. 5. Use of digital tools Modern information and communication technologies can support the Kaizen process. Digital dashboards for monitoring key performance indicators, apps for feedback and idea management, and automated analyses help to make the improvement process more transparent and efficient. Through the consistent application of KAIZEN, the German Armed Forces can continuously optimize their internal processes, reduce costs and increase operational capability – a clear competitive advantage in a rapidly changing security policy landscape. These approaches can serve as a basis for the implementation of a comprehensive improvement program in the German Armed Forces and contribute to long-term modernization. Practical examples of continuous improvement opportunities in the German Armed Forces Continuous improvement (KAIZEN / CIP) and Lean Management are part of our corporate philosophy , as the company founder was able to experience the effectiveness of these concepts himself in the automotive supplier industry. Here are some concrete examples of how the Kaizen approach can be implemented in practice in the German Armed Forces : Maintenance and repair processes: Introduction of regular Kaizen workshops where technicians and soldiers jointly analyze the causes of malfunctions, collect suggestions for improvement, and develop standardized procedures for faster repair of vehicles or equipment. Logistics and material supply: Establishment of an idea management system in logistics to continuously optimize processes for material procurement, warehousing and distribution – for example through shorter order cycles, better coordination of supply chains and the use of digital dashboards. Deployment and exercise preparation: Daily briefings (stand-up meetings) and debriefings after exercises are used to identify areas for improvement. Lessons learned are systematically documented and integrated into future training scenarios. Training processes: Implementation of continuous feedback loops in training to regularly adapt teaching methods, training content and materials to current operational conditions and technological innovations. Optimization of safety equipment: To further develop the system by incorporating feedback from operational use so that it better meets actual on-site requirements. Iterative testing and small adjustments over short cycles can have a significant impact here. These examples show that the Kaizen approach – through the involvement of all stakeholders, regular reflection and continuous small improvements – can contribute to continuously increasing processes, quality and operational capability in the German Armed Forces.
Safety Ladder
Fiberglass safety ladder The professional fiberglass safety ladder has the following features: Electrical and thermal insulation: The conductor offers excellent protection against electric shocks up to 100 kV and extreme conditions. Safety: The 2-section extension ladder is equipped with an EN-795 anchor point on the last rung, which can be used in combination with a rescue rope. Stability: The ladder can be stabilized with the extendable and height-adjustable legs to ensure maximum safety even on uneven terrain. Non-slip rungs: 30 mm wide non-slip fiberglass rungs in a horizontal position for a secure grip. Distance between the rungs: 28 cm. Robust fastenings: stainless steel fasteners and fittings. Additional features: Wall rollers and sliding rails between the two sections prevent wear and tear. Supports with laterally extendable legs: For stabilizing the ladder when working on walls. Anchor point: UNE-EN 795 Anchor point for using the ladder with a safety rope Made in the EU Load capacity up to 150 kg Note: The manufacturer's instructions and safety information for the safety ladder must be strictly observed! Submit a request Equipment of the safety ladder: Height-adjustable legs: Allow adaptation to uneven terrain. EN-795 Anchor point: For use with a safety rope Extendable aluminum legs: Provide additional stability and safety. Optional accessories: lifeline harness Clamping system for ladders (Safeclamp®) helmet Mounting brackets for roof racks to stabilize the extendable legs Standards: European standard UNE-EN 13 for %C3% A4t)">ladders . European Standard UNE-EN 50528: For insulating conductors for use near low-voltage installations. Insulation tests at 100 kV: In accordance with the European standard UNE-EN 61478 for "conductors made of insulating material" Depending on the variant, the safety barrier extends to a height of approximately 4 m, 5 m, 6 m, 7 m or 8 m. Submit a request
Self-adhesive edge protection profiles
Edge Protection / Corner Guard Self-Adhesive Material: PU FoamColor: Black-YellowLength: 1.2 m
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