Finding more efficiencies in your construction site
This article focuses on HAKI's innovative approach to high-quality, safe access solutions for temporary workplaces, emphasising a commitment to long-term partnerships, innovation and increased productivity.
1. Commitment to Innovation and Continuous Improvement
Our long-term success is rooted in decades of experience whilst remaining forward-thinking, continuously evolving to meet the changing demands of the construction industry. This commitment to innovation is reflected in the relentless development of specialist often bespoke products that prioritise safety, efficiency and adaptability.
Cross laminated timber (CLT) product solutions:
These components showcase HAKI’s focus on improving access solutions through innovative design. The VC Timber Foot Plate and CLT Catchfan Slab Attachment Mount (see documents) have been specifically engineered for easy and secure attachment of edge protection solutions to cross laminated timber (CLT) surfaces. These new products not only simplify installation but also enhance safety by providing a stable base for edge protection barriers and Catchfan units.
HAKI Frame Scaffold:
Newly available for the UK market HAKI’s frame scaffolding packages are designed to boost business efficiency by providing lightweight yet robust scaffold systems that are quick to assemble, reduce labour costs and speed up project timelines. The modular design, combined with fewer components, simplifies logistics, making transportation and storage more efficient.
2. Reduction in Project Delays
HAKI’s Weather Protection system allows construction projects to proceed regardless of adverse weather conditions, therefore avoiding project delays caused by heavy rain, high winds or snowfall. The HAKITEC system ensures continuity and minimises downtime, which is a crucial success factor for projects with tight deadlines. By protecting workers and equipment from harsh weather, HAKI's solutions enhance site safety by reducing the risk of weather-related accidents. This makes HAKI a fantastic partner for projects in regions with unpredictable climates.
3. Increased Productivity Through Efficient Systems
The HAKI Universal system scaffold is designed to be significantly faster to erect than traditional scaffolding. It’s simple "hook-on" locking mechanism and lightweight components reduce assembly time, leading to up to 60% faster installation compared to tube and fitting systems and 30% faster than other modular systems. Faster assembly times not only improve productivity but also reduce labour costs, a critical factor in large-scale construction projects. Moreover, the inherent safety features of HAKI systems mean that speed does not come at the expense of worker safety. By reducing install time companies can reallocate resources to other critical areas, thereby optimising project timelines.
4. Long-Term Partnership and Customer Trust
Our commitment to transparency, customer service and understanding client needs makes HAKI a trusted long-term partner. By building strong relationships, we gain insights into industry challenges, allowing for more tailored solutions.
Key to this partnership is product training and customised technical drawings. The provision of project-specific technical drawings, helps clients to visualise scaffolding setups in advance, streamline planning, and optimise materials needed. HAKI also offer hands-on training to ensure clients’ teams are proficient in safely and efficiently using its systems, reducing errors and boosting productivity.
A Holistic Approach to Access Solutions
HAKI's strategic focus on adaptability and productivity underscores its leadership in the construction access industry. By combining robust, high-quality products with innovative digital tools and client-centric services, we not only address current market needs but also proactively anticipate future challenges.
Through these integrated solutions, HAKI ensures that companies can achieve safer, faster, and more efficient processes, making us an essential partner in complex and dynamic project environments.