Klimer Manufacturing - Mast-Climbing Work Platforms Project Gallery

Klimer - innovative mast-climbing work platform systems. These mast climbers outperform other access technologies.

Multi-Trade Project Profiles
Images of our mast-climbing work platforms in action in a range of access applications.


		Trespa architectural panels were loaded onto KPM-8 mast climbers for installation. Two skids (holding 10 panels and weighing about 7,200 lbs.) were distributed on each end of the KPM-8 platform for ease of installation, directly from the mast climbers. Crews worked around the perimeter of the building, installing layers of material. The two KPM-8s used on this project were equipped with Klimer’s mobile chassis option, enabling smoother re-locates around the site. “Our crew was able to continuously install panels at working height,” said Site Supervisor Rod LeBlanc. “They were able to move easily from one end of the platform to the other, taking a panel off each end. There was no need to move the machine up and down to retrieve panels one at a time, something they have had to do in the past using other types of access such as booms and suspended scaffold. This saved us a lot of time. What would take eight days on a typical boom lift took only three days on a Klimer. Rental cost for a KPM-8 was the same as a boom lift, so it didn’t cost us any more but certainly saved us a lot,” Rod said. Sobotec’s crew enjoyed the security of having the panels and tools kept directly on the equipment — not left on the ground overnight. “The crew noticed a big difference in stability and comfort over other types of access they have been on,” Rod noted. “It’s much safer overall.” With more stable platforms and less up-and-down movement, Klimers provided a safe environment with a high level of confidence for all workers on the site. Rod had to make a service call over the Holidays to Klimer’s Shop & Service Manager Kevin Simpkin. Kevin visited the site the same day and took care of the service issue. “It was great to reach him on his cell and have him come out personally during the Holiday,” Rod said. “We haven’t had the opportunity to use mast climbers in the past, but I hope we never have to do another project without them!” he added.” Sobotec Ltd. Architectural Wall Systems, Hamilton, Ontario. Rod LeBlanc, Site Supervisor. Bonnie Place II Seniors Residence, Burlington, Ontario. Installation of architectural wall systems for new construction with Reid & Deleye Contractors Ltd. of Courtland, Ontario. September, 2009 to January, 2010.

		A variety of trades including drywall, plumbing, heating, electrical and roofing contractors utilized the KTP-3 transporter on this new construction project, particularly for material handling. Making a decision to utilize the Klimer transport platform vs. the traditional man & material hoist for this project was straightforward for Belrock Construction Group Site Superintendent Larry Fiore. “Setup of the transport platform was much quicker than setup of a traditional hoist,” said Larry. “The configuration of the KTP-3 platform base allowed for other scheduled work to proceed around it in a safe condition when space was limited. It also addressed landscape conditions that could not be overcome by other types of lifts.” “Loading materials onto the platform with the use of a forklift was quicker, safer and easier,” he noted. “In some cases, deliveries were able to back onto the rear articulating ramp and material could be off-loaded directly onto the lift using dollies or pump trucks, increasing efficiency. The size of the KTP-3 ramps provided a time-savings when it came to disposal of construction materials – both logistically and ergonomically – as garbage bins could be placed at the base of the rear ramp and debris could be safely dumped directly into the bins,” Larry said. “It was an economical, smart choice, ideal for a 9-10 story building. We will definitely use the Klimer KTP-3 Transport platform on upcoming projects.” Belrock Construction Ltd., Concord, Ontario. Larry Fiore, Site Superintendent. Hilton Garden Inn. New Construction, 9 Stories, Mississauga, Ontario.



		KlimerLite twin-tower mast-climbing work platforms, totalling 80 feet long and 55 feet high, facilitated concrete restoration to a bridge pier including damaged concrete removal, steel treatment, installing anodes, forming and pouring. Platforms were lifted onto the pier from a barge at high tide. Pedestals of the units were modified to sit on a meager four-foot, eight-inch base. Tie-ins were designed specifically to allow the KlimerLites to sit back 20 inches from the pier facade. “Normal staging would have required installation of a complex outrigger system to allow the scaffold set up,” noted ACT Project Manager Carl Nunes. “With the KlimerLite and small pedestal, this situation was not a factor that needed to be addressed,” he added. KlimerLite twin-tower platform length allowed for a large work area and great exposure of the facade. It also allowed a crew of six on the platform – three times the manpower compared to aerial platforms. Carl Nunes, Project Manager ACT – Alternative Concrete Technologies, Saint John New Brunswick. Saint John Harbour Bridge, Saint John, New Brunswick, Canada

		Bruno Cacciacarro began using Klimer mast climbers about seven years ago and hasn’t stopped. He finds them essential to ensuring projects run smoothly and efficiently. “The guys like them,” Bruno says. “They feel comfortable and work quickly, and they’re safe. They can walk around at working level and when it’s time to get material they move up and down quickly. The guys are trained and the machines are set up in one day.” This project was originally slated for three machines, however Klimer Installation Supervisor Robert Bielecki assisted in planning and suggested two machines 55’ and 56’ in length to cover the building, approximately 580 linear feet by five stories high. The machines will be moved to approximately six locations and the job will be completed in less than three months. When asked how long this project would have taken using other types of access such as traditional scaffolding, Bruno replies with a wave of his hand, “that would have taken us till next spring!” M. Gasparetto Construction Co. Ltd. 130 Dundas Street East, Mississauga, Ontario, Canada. Marcello Gasparetto, Owner. Bruno Cacciacarro, Project Foreman. General Contractor: Del Ridge Inc. Appleby Woods Condominium Residence, 1980 Imperial Way, Burlington, ON New Condominium Masonry Project. Project Duration: 8 to 10 weeks.

		"We used the Klimers to cover a 90' high x 100' wide curved wall, wrapping around the side of the building. The system was faster than comparable mast climbers and we were very impressed with the service & sales support we received." John Gillespie, Project Manager King Glass Company, Exeter, Pennsylvania Olson Hall – Life Sciences Center, Rutgers University, Newark, NJ Glass Installation (addition to existing building) This was approximately a four-month project. Four Klimer KPM-8s were utilized over the course of its completion.

		"From set-up to completion, we scaffolded 11,800 square feet of wall in less than 10 hours, with no tie-ins." Richard Akins, Owner Akins Construction, Inc. Sterling Heights, Michigan Ashman Court Hotel, Midland, Michigan Masonry Restoration Project Our Dealer provided Akins Construction with the twin-mast KPM-8 which spanned 128 feet with 75 feet freestanding height. Using the Klimer system instead of suspended platforms resulted in overall project savings of 55 percent.

		"We looked at three different systems, but went with Klimer. The KPM-8 has a lot fewer moving parts, is more maneuverable, erection is faster and easier and the company's service and support are excellent." Dean Dunn, Equipment Manager G&A Masonry Washington, D.C. Masonry Construction Project Installation of exterior stone cladding on a multi-million-dollar project presented specific challenges. The building has no straight walls, which makes use of traditional scaffolding unfeasible.

		"This was the first time we used the Klimer KPM-8. We were working in extreme conditions on a building that presented unique challenges. The structural glazing had a 7-degree angle, combined with a curved copper roof, making the use of swing stages or scaffold impossible." Kris Peltonen, Project Superintendent Architectural Glazing Systems Saginaw Valley State University's Melvin J. Zahnow Library re-glazing project.

		"Klimer Platforms greatly reduced material handling and improved productivity over manlifts." Rick Busato Merrit Glass Airport Corporate Centre, Mississauga, Ontario Glazing Project Two KPM-8s running side-by-side were utilized to efficiently complete this 53,000 square-foot glazing project.

		"By using the KPM-8's self-propelled chassis we were able to cut relocation time and cost by more than 50%. I can definitely see using a Klimer on future projects." Andy Murphy, Project Superintendent PCL Constructors Inc. Ontario College of Art & Design, Toronto, Ontario Overhead / Vertical Exterior Cladding Installation A total of six KPM-8 mast-climbers were used on this project, providing access to more than 3,000 square feet of ceiling at a time, and making material handling safer and more economical.