Industrial Scaffolding

Yes, at Deta Endüstri, we conduct static calculations and engineering analyses for all our scaffolding projects in accordance with TS EN 12811 and OSHA standards. Our expert engineers verify the stability of the scaffolding under wind, seismic, and live loads.

DetaPlan is a proprietary software module developed by Deta Endüstri for industrial scaffolding design and material management. It generates 100% accurate Bills of Materials (BOM) and creates a digital twin of your project through 3D design before installation. Discover DetaPlan.

Yes, all our designs are fully compliant with TS EN 12810, TS EN 12811, and OSHA (Occupational Safety and Health Administration) standards. We only use certified systems and approved engineering methodologies.

We offer project-specific engineering solutions, not just installation. For complex facility geometries, we provide the most optimized and safe access solutions along with static reports using our DetaPlan software.

It is a modular access system compliant with EN 12810 / EN 12811 standards, installed to provide safe access in high-risk areas such as refineries, power plants, petrochemical facilities, and shipyards.

The loads the system will carry, wind effects, and external factors can only be accurately analyzed through engineering calculations. This is a critical necessity for the safety of personnel.

No, on the contrary, it shortens the total project duration by preventing installation errors and revision needs through correct planning.

Thanks to its modular structure, standardized connection points, and certified components, it reduces the margin of error and provides a higher level of safety.

Ground errors and incorrect load calculations are the biggest risks.

When the correct system is used, installation time can be reduced by 20-30%.

Safety is maximized through correct system selection, static calculation, regular inspection, and training.

Yes. Modular Layher systems are available for short and long-term rental. The rental model eliminates large investment costs and provides project flexibility.

Depending on the project and client requirements, we offer solutions with modular scaffolding systems compliant with international standards, primarily Layher, as well as Peri, Afix and similar brands. While our expertise lies particularly in Layher Allround® systems, we also provide integrated services for other major brands.

No, when using touchless and load-distributing systems designed according to engineering standards. It is essential to avoid direct anchoring into historical walls and transfer the weight to the ground.

Because standard systems usually require anchoring (drilling into walls), which can cause permanent damage to historical surfaces.

The use of load distribution plates and wide-base systems prevents point pressure and protects the soil or floor surface.

Binaların dış cephelerinde boya, yalıtım, mantolama ve tadilat gibi işlerin güvenle yapılması için kurulan, TS EN 12810/12811 standartlarına uygun geçici yapı sistemidir.

Korkuluklar, topukluklar, platform kilitleri ve binaya güvenli ankraj (sabitleme) temel güvenlik önlemleridir.

İskele kontrolü, işveren tarafından görevlendirilmiş 'Yetkin Kişi' (iskele denetçisi) tarafından yapılmalıdır. Bu kişi iskelenin güvenli olduğunu onaylar.

Haftada en az bir kez, ayrıca iskelede yapılan her türlü değişiklikten sonra, fırtına, deprem gibi doğa olaylarından veya iskelenin sağlamlığını etkileyebilecek diğer olaylardan sonra kontrol edilmelidir.

Kazı alanlarına yakın kurulan iskelelerde, kazı kenarının çökme riskine karşı tahkimat yapılmalı ve iskelenin devrilmesini önlemek için ek güvenlik önlemleri alınmalıdır.

Elektrik hatlarına yakın yerlerde iskele kurulurken, ya hatların enerjisi kesilmeli ya da hatlar izole edilmelidir. Ayrıca yönetmeliklerde belirtilen güvenli yaklaşma mesafesine titizlikle uyulmalıdır.

1 kV ile 36 kV arasındaki elektrik hatlarında, iskelenin en yakın noktası ile hat arasındaki güvenlik mesafesi en az 2 metre olmalıdır.

36 kV ile 72,5 kV arasındaki yüksek gerilim hatlarında iskele ile hat arasındaki minimum güvenlik mesafesi 3 metredir.

Hatalı kurulum; iskelenin çökmesine veya devrilmesine, dolayısıyla ciddi yaralanmalara veya ölümlü iş kazalarına yol açar. Ayrıca maddi hasar ve iş durdurma cezalarına neden olur.

Çelik borulardaki hafif eğilmeler, malzemenin yapısal bütünlüğüne zarar vermeden düzeltilebilir. Ancak derin çatlak veya korozyon olan borular kesinlikle kullanılmamalıdır.

Hayır, alüminyum borular eğildiklerinde metal yorgunluğuna uğrar ve dirençlerini kaybederler. Bu nedenle alüminyum bileşenlerin düzeltilmesi yasaktır; hasarlı parça hurdaya ayrılmalıdır.

Hayır, iskele kalaslarının boyanması kesinlikle yasaktır çünkü boya; çatlakları, kırıkları veya kusurları gizleyebilir. Sadece şeffaf koruyucu maddeler kullanılabilir.

Hasarlı, çatlamış, ezilmiş veya kimyasal maddelerle yapısı bozulmuş kalaslar asla kullanılmamalıdır. Bu kalaslar işaretlenip derhal sahadan uzaklaştırılmalı ve imha edilmelidir.

İskele dikmesi, iskelenin tüm yüklerini zemine aktaran ana dikey taşıyıcı elemandır. Sistemin stabilitesi için en kritik parçadır.

Kuşaklama, dikey dikmeleri yatayda birbirine bağlayan ve iskelenin boyuna stabilitesini sağlayan yatay taşıyıcı elemandır.

Yatay, çalışma platformlarını (kalasları) taşıyan ve dikmeleri enine yönde bağlayan yatay elemandır. Yükün dengeli dağılmasını sağlar.

Scaffolding labor/erection service is the professional execution of erection, modification and dismantling operations by certified teams using the employer's existing scaffolding materials. In this model, expert workforce is provided, not materials.

Generally ideal for facilities with their own scaffolding stock, EPC contractors, shutdown/turnaround projects and sites requiring temporary workforce.

No. In this service, the employer provides materials, the team performs erection & dismantling, and engineering supervision is offered if required.

Yes. Our teams specialize in modular industrial scaffolding systems including Layher Allround®, Ringlock/Cuplock and flanged systems.

Yes. Personnel are scaffolding erection trained, hold working-at-height certificates, are proficient in HSE procedures and serve on site with inspector/supervisor support.

EN 12811 principles, fall protection systems, tagging (Scaffold Tag), daily site controls and PPE requirements are applied.

If requested, static compliance control, load analysis, erection verification and risk assessment can be provided.

Depending on scope, erection, modification, reinforcement and controlled dismantling can be offered.

Yes. Flexible team allocation is made especially for shutdown periods, peak workloads and maintenance campaigns.

Erection time depends on scaffolding volume, structural complexity, material availability and site access.

Material compliance control, erection standardization, inspector oversight and pre-delivery checks are applied.

Mainly refinery & petrochemical, power plants, shipyards, cement/metal facilities and industrial maintenance projects.

Yes. Because the need to establish new teams is eliminated, training & certification costs decrease and rapid mobilization is achieved.

Scaffolding workers must have received height safety and OHS training.

Only certified and competent scaffolding assembly personnel can work.

Responsible for erection, dismantling, and stability control.

Layher scaffolding rental is renting the required scaffolding systems for a specific period without bearing the purchase cost. This model provides cost advantages especially in short and medium-term projects in Turkey.

Layher systems offer high load-bearing capacity, modular and flexible erection, international safety standards and fast assembly/disassembly. They particularly stand out in industrial facilities for safe access and occupational safety.

It depends on the project. Rental is advantageous for short-term projects (no high investment required). Purchase is advantageous for long-term use. Maintenance/storage does not exist in the rental model but exists in purchase.

Planned daily, weekly or monthly according to the work schedule. Special pricing can be arranged for long-term rentals.

Factors affecting price: Scaffolding type (facade, industrial, tower etc.), erection height, rental period, transportation distance and whether erection/dismantling is included.

Depends on request. In turnkey solutions, engineering, erection, periodic control and dismantling are included.

Yes. With proper engineering and expert team erection, Layher systems comply with EN standards and provide high occupational safety.

Refinery & petrochemical facilities, power plants, shipbuilding/shipyards, facade applications and maintenance & revision works in Turkey.

1) Survey/needs analysis, 2) Technical engineering, 3) Quotation, 4) Erection, 5) Periodic control, 6) Dismantling.

Scaffolding materials are shipped to the project site. Phased shipments can be planned for large projects.

Varies according to company policy and project size.

The conditions specified in the contract apply. Regular inspection is recommended during the use period.

Layher advantages: Faster erection, high engineering precision, wide accessory & solution variety and strong reference history in industrial projects.

Depending on the project and client requirements, we offer solutions with modular scaffolding systems compliant with international standards, primarily Layher, as well as Peri, Afix and similar brands. While our expertise lies particularly in Layher Allround® systems, we also provide integrated erection, assembly and labor services for Peri scaffolding and similar systems.

Turnkey industrial scaffolding service is a comprehensive access solution where survey, engineering design, Layher scaffolding material supply, erection, site inspection and dismantling processes are managed by a single contractor in Turkey. It reduces operational burden on the employer and ensures process integrity.

A typical turnkey process includes: 1) Site survey & risk analysis, 2) 3D scaffolding design, 3) Static calculation & load analysis, 4) Layher material planning, 5) Erection by certified teams, 6) Daily HSE inspections, 7) Post-use dismantling. This structure is critically important for safety and efficiency.

The turnkey model simplifies project coordination, clarifies OHS responsibility, optimizes erection time, and centralizes inspection & quality control. It provides significant advantages especially in shutdown/turnaround projects in Turkey.

Layher Allround® modular systems provide fast erection, adapt to complex facility geometries, offer high load-bearing capacity, and comply with EN 12810/EN 12811 standards. This makes them the globally preferred solution for industrial facilities.

Yes. In professional applications, erection is not recommended without static calculation, wind & load analyses, and 3D design. These studies play a critical role in scaffolding stability and site safety.

Erection time depends on scaffolding volume, structure height, access difficulty, shutdown schedule and material logistics. Layher modular systems significantly reduce timelines compared to traditional systems.

EN-compliant design, certified erection teams, daily site inspections, tagging systems and fall protection equipment are applied for occupational safety.

After project completion: 1) A controlled dismantling plan is prepared, 2) Area safety is ensured, 3) Material sorting is done, 4) Logistics exit is organized. This phase is considered as critical as erection.

Yes. Through single contract and integrated management, planning errors decrease, erection time shortens, workforce efficiency increases and revision costs drop. Total project cost is optimized.

Main sectors: Refinery & petrochemical, power plants, shipyard & shipbuilding, mining & heavy industry, cement & metallurgy. These facilities contain high-risk access requirements.

Quality assurance is based on EN 12811 compliance, QA/QC procedures, engineering approval and inspector control.