INDUSTRIAL SCAFFOLDING
INDUSTRIAL SCAFFOLDING
Many professionals working in the pulp and paper mill industry have traditionally seen scaffolding as a means to an end, something that has to be used to complete their project. Yet, an element that would not bring any added value to their project. Our job at Layher has been to show pulp and paper mill industry leaders just the opposite. That our product can help them in a variety of different ways.
SIM or Scaffolding Information Modeling is a scaffolding design process based on 3D models. At Layher, we use it to meet the precise requirements of industrial scaffolding, including those used in pulp & paper. SIM helps us to plan, assemble, and strategically manage temporary scaffolding structures in the most efficient ways possible.
SIM allows you to:
These are just some of the adjectives our loyal clients in the Pulp & Paper Industry have used to describe our scaffolding. They depict our world-class products and also indicate why our clients keep coming back. They continue to deploy scaffolding from Layher as we continue to improve an already world-class product.
Essential for Pulp & Paper Scaffolding
Perhaps the focus of your project is on pipe and valve access, digesters, boilers, tanks, machines, or general plant maintenance. Irrespective of what it is, Layher’s Allround scaffolding is essential and provides:
Our Allround system also has a wide variety of accessories which provide many solutions straight out of the box quite literally. With over 4000 different parts in stock and 15,000 on drawing, Layher has the right solution for almost any pulp & paper dilemma.
On-site, In-house, and Remote Training Options
With the scaffolding industry’s safety standards, expectations, and innovations continually evolving, we at Layher feel it’s critical to maintain regular communication with all of our clients. As a part of that, we offer ongoing product training and on-site support to all of our clients both past and present when needed. Whether it’s scaffold safety training, specific product instruction, or discussing issues unique to a client’s situation, Layher can help.
Our industry and product-specific training courses can be provided either on-site, in-house, or remotely via our qualified trainers. The training will address the dual objectives of safety and continuous improvement within the demanding pulp & paper industry. Our practice is structured to match all levels of expertise. The courses cover a variety of topics from correct scaffolding installation to highlighting the benefits that can arise from the use of authentic Layher equipment.
We offer a variety of classes, both theoretical and hands-on in approach. The training will be tailored to the specific needs of the project. Each course has a duration of one to several days. For personalized attention, the classes are small, with no more than nine trainees per class.
Layher On-Site support provides an extra resource for your most critical projects. Our experts will be there to answer your questions and ensure that your pulp & paper project is progressing as planned. Layher engineers often work together with field supervisors to ensure effective logistics planning, including transportation and loading. They provide straight-forward communication between trades and a reduction in change orders.
Whatever the job’s size, the degree of difficulty, Layher has the experience, materials, and staff on hand to help you get the job done. With offices right around the world and over 1,000 employees, let our 75 years of experience help you complete your project on time and on budget. Together we produce world-class scaffolding and continue to work towards improving that product on a daily basis.
Since no plant is like another, scaffolding systems have to be flexible and adaptable. With Layher scaffolding, that’s no problem: Thanks to the option of laying the decks over the rosettes, a gap-free solution can be accomplished without additional expense or effort. For special cases specific to the site, we offer a comprehensive portfolio of expansion parts for achieving completely closed work surfaces within the system.
Solution-oriented components