News

Manntech dominates Architectural Digest’s Most Beautiful Skyscrapers List

As innovators of German-engineered facade access solutions, Manntech has the longest history of innovation in the building access industry. With over 60 years of experience in designing and manufacturing custom building maintenance systems, Manntech is proud to include some of the world's most architecturally ambitious buildings in its portfolio.

The influential industry publication Architectural Digest has released their selections for The 27 Most Beautiful Skyscrapers in the World. Manntech is proud to have delivered premium building maintenance systems to no fewer than five of these world-famous structures, solidifying their status as the industry leader when it comes to custom façade access solutions.

The celebrated architectural achievements serviced by Manntech

Al Hamra Tower, Kuwait

Al Hamra Tower in Kuwait was noted for its mixed materials and kinetic form, with a rotating floorplate transitioning between stone and glass elevations. The facade access solution for this complex structure appears deceptively simple in execution, with a combination of roof-based systems and curved tracks following the curve of the building in order to seamlessly blend with the distinctive design.

John Hancock Centre, Chicago

John Hancock Centre, or 200 Clarendon, displays an iconic tapering geometric design which helps define the Chicago skyline. Manntech was tasked with replacing the outdated window washing machines from the 1970s and used advanced laser scanning technology to incorporate a modern building maintenance system into the existing parameters.

Petronas Towers, Kuala Lumpur

Petronas Towers by renowned architect Cesar Pelli is instantly recognisable for its twin tower and skybridge design. The complete building access solution provided for Petronas Towers features two BMUs on each tower and two for the skybridge and necessitated a number of innovations by Manntech including the first ever soft rope system.

Jin Mao Tower, Shanghai

Jin Mao Tower is inspired by the traditional Chinese pagoda which creates a multiple stepped facade tapering towards roof level. Manntech was asked to provide additional BMUs to improve functionality after the building was completed and delivered two compact units which fitted within the small area available while providing sufficient outreach for complete facade coverage.

Shanghai Tower, Shanghai

Shanghai Tower is defined by a tiered structure, twisting form and curved roof. Again, this unique design called for unique access solutions from Manntech including seven BMUs with particularly manoeuvrable davit arms and the world’s first ever 3D climbing BMU.

Beautiful architecture often presents significant access challenges which Manntech has proven more than capable of overcoming with the benefit of over 60 years of experience. Get in touch to find out more about the custom façade access solutions available from Manntech.

Back to news

Latest Posts

How MyBMU Technology Transforms Data into Actionable Maintenance Strategies

Effective building maintenance relies on proactive issue awareness and timely resolution. MyBMU, an innovative remote monitoring platform developed by Alimak Group for optimising Manntech's facade access systems, has transformed maintenance practices by ensuring safety, efficiency, and cost-effectiveness. This article explores MyBMU's features and benefits, emphasising the importance of addressing issues pre-emptively.

March 4th, 2024

Navigating New Heights: Innovative Solutions for Skyscraper Facade Access Challenges

As the architectural landscape continues to reach new heights with awe-inspiring skyscraper designs, the challenges in maintaining facades have also increased. From towering structures with complex designs to the limitations posed by extreme heights, ensuring efficient and safe facade access has become more crucial than ever. Manntech recognises this evolving need and has developed innovative solutions that address these challenges. This article explores the challenges and solutions in facade access, shedding light on how Manntech's innovations reshape the landscape of high-rise facade maintenance.

February 20th, 2024

Manntech’s facade access solutions adapt to roof space limitations

The world of architecture is evolving, and rooftops are now dynamic and remarkable features, no longer as static as they once were. They have become integral architectural elements, often boasting amenities such as roof gardens, making the most of available space. However, this trend has brought a unique challenge for facade access systems. Many modern tall buildings lack the traditional flat rooftops suitable for standard building maintenance units (BMUs). Implementing effective maintenance solutions has created a challenge, but Manntech has developed solutions to overcome the constraints posed by limited roof space.

October 26th, 2023

Manntech assists with the preservation of world-famous structures

Manntech’s extensive portfolio of projects spanning over 60 years showcases our dedication to developing high quality facade access solutions that meet the unique needs of each building and the ever-changing architectural landscape. With our engineering expertise and proven track record of delivering innovative custom solutions, we confidently take on the challenges of some of the most recognisable and unique building structures.

August 3rd, 2023

A guide to Manntech’s visualisation services

At Manntech, we are renowned for the high quality German engineering of our custom facade access solutions for the most complex and unique buildings across the globe. With over 60 years of industry experience, we proudly say that no facade access challenge is beyond our means. A large part of our continuing success is due to careful and precise planning and calculations. This is especially vital for the custom facade access systems that we design and manufacture to ensure they meet the specific needs and regulations imposed on them and to overcome a myriad of architectural or structural challenges.

July 31st, 2023