Here is a virtual flythrough of a portion of a project completed for a client in Michigan. POW was responsible for the Structural Analysis, Design, Detailing, Virtual Site Condition/Interference Management and Supply of the Conveyance Steel Support Structure. We have experience designing and supplying a large variety of structures in a vast industrial spectrum. Each situation has its own unique set of challenges and solutions.
We were responsible for finding potential interferences through 3D scanning and BIM Integration of the existing conditions. POW worked directly with the OEM and Conveyance Company to resolve these solutions in the best interests from an engineering perspective (whether this is through re-design or relocation).
We provided structural supports, screen guarding, drive decks, rail supports, header grid, inclines and declines while supporting the OEMs Designed Steel. We designed, detailed, fabricated, and delivered the support steel and associated hardware to the site in a sequential method discussed with the installer
Pow recently was responsible for the design-build and integration of a new sub-assembly and delivery system for a client in Texas.
Pow was responsible for designing, building, and supplying the entire system which included.
We are happy to showcase a fascinating design-build project done entirely by POW’s in-house equipment groups! This project required a design for selecting, picking, and installing various moon roof/panel roof trim options for three vehicle models on the same line. POW was responsible for the mechanical, structural, and controls design-build, turnkey installation, and commissioning.
This project required three full-sized 53′ flatbed trucks to ship to a client in Indiana. The project includes three pieces of equipment (Automated Pick Tool, Install Tool, and Backup Tool), Multiple Mod Racks for specific vehicles and trim selection, Platforms, Overhead System, PLCs, and more.
With the increased in-house capabilities, POW has become a great partner for projects that require multiple design-build disciplines. This project, for example, used extensive in-house mechanical, structural, welding, materials, and controls knowledge to develop an automated and reliable pick, place, and install solution.
POW was recently responsible for designing and fabricating the structural and mechanical components of the 25-Ton Gantry Crane used on the Middle Fork Willamette River in Lowell.
This project required extensive analysis, design, and fabrication expertise.
Dexter Dam is a 90 ft tall, 2,319ft long rockfill earthen embankment dam with a 359 ft long concrete spillway equipped with seven spillway gates, regulating outlet, and a powerhouse. The Gantry Crane is design and fabricated to lift the spillways.
Using schematic design specifications provided by RWDI and Aiolos, Pow performed a turnkey solution including the design, fabrication and installation of all components in the two Boundary Layer Wind Tunnels. The Multi-Disciplined project included: PLC Controlled Testing and Safety System, 12 and 24 Ft Servo Rotating/Elevating Test Turntables, 24 Servo Adjusting Flaps and Spires, 500 Hp Servo Controlled Fan Testing System, CLT and Steel Structure, Precision Formed Turning Vanes, Precision Formed Contraction/Expansions, Acoustic Baffles and Heat Exchanger, and all civil elements.
An automated sub-assembly conveyor was trialled and tested recently in our shop for an OEM in Canada. This project included a driven conveyor, auto tightening/torquing station, 360-degree rotating pallets for sub-assembly access to both sides of the part, auto return, and hydraulic elevators for a continuous loop.
For this project, POW was responsible for the mechanical design-build and integration of the system.
In this video, you’ll get to see Rick Mercer again, but this time in RWDI’s Wind Tunnel. Using schematic design specifications provided by RWDI and Aiolos, Pow performed a turnkey solution including the design, fabrication and installation of all components in the two Boundary Layer Wind Tunnels. The Multi-Disciplined project included: PLC Controlled Testing and Safety System, 12 and 24 Ft Servo Rotating/Elevating Test Turntables, 24 Servo Adjusting Flaps and Spires, 500 Hp Servo Controlled Fan Testing System, CLT and Steel Structure, Precision Formed Turning Vanes, Precision Formed Contraction/Expansions, Acoustic Baffles and Heat Exchanger, and all civil elements.
Canadian TV personality Rick Mercer, has checked out a couple of our projects now. In this video, you get to see Rick and Jann Arden (Canadian Actor/Singer) go on the CN Tower’s Edgewalk. Pow Specialty Equipment undertook the design and build of the dual-rail fall arrest rail and trolley system, and launch area on the Edgewalk used by all the souls who exit the tower at 356 m. If you get a chance to talk to someone from Pow who worked on the project, ask them about going to the top of the tower to perform the initial measurements!
Pow was pleased to work with LCI and Sharp Industrial to provide detailed mechanical engineering and site services for the new high-speed custom gearboxes as well as the refurbishment of a low-speed gear set, 3D laser scanning, FARO Tracker and bridge balancing for King George VI Lift Bridge in Port Stanley, Ontario.
4 Floor Mounted Ergo (Raku) Chairs were recently trialled for a Client in Texas. These rakus are being used for 3 different assembly processes inside the vehicle. We used a hybrid approach of steel, aluminium, carbon fibre, and 3D printed parts for the design to keep the system solid and lightweight. Each of our designs is custom catered for the specific vehicle(s), conveyance method, and production task, providing a reliable solution that will perform its intended purpose immediately after installation with limited on-site adjustments.
A Buyoff for a North American Client’s Automated Wax Spray Application was successfully completed in our shop recently. This reliable and robust solution replaces poor ergonomic and non-value-added labour from the client’s production process. POW was responsible for the mechanical design-build of the system.
Automated Stock, Store, and Retrieve System that POW was involved in recently. This project was completed for a Canadian OEM and involves a complex integrated approach between mechanical and controls design.
A snippet from an AMR Integration Project done at the end of 2020. This solution reduces non-value-added manpower required for conveyance and improves just-in-time delivery between workstations.
The delivery system can consist of one or more identical AMR vehicles, which then is referred to as a “fleet”. The fleet can deliver to one or more sets of source/destination racks.
POW can provide turnkey solutions that include racks, automated loading/unloading, appliances, site installation, and mission programming.
Pow Specialty Equipment has supplied over 80 Custom Ergo Chairs or also known as “Raku” and “Happy Seats” to Automotive Plants across North America. Our custom designs are tailored to the exact needs of our clients and their workforce. Ergonomic Chairs have been found to greatly reduce awkward body movements which lead to Musculoskeletal Disorders on line workers. This can have a positive impact on a workers life, and lead to cost-savings for an OEM.
The link below, is an article by Tesla on how POWs Ergo Seat has helped on the shop floor, and other pursuits of Preventative Safety they are taking.
Recently completed and tested automated lower rad removal equipment for a client in the United States. This equipment will sync with a continuous overhead conveyance line/carrier and removes non-value added and ergonomic burdened tasks on the assembly line. All multi-disciplined design, build, assembly, and comissioning done in house at our equipment facility.
All designs from POW are custom catered to the specific needs, conveyance, equipment, vehicle, and the workforce of an OEM. We provide reliable and innovative solutions.
TV Personality Richard Hammond, explains why the Tuned Mass Damper is needed, what it does, and how it behaves. Pow assisted RWDI, the Canadian engineering firm who designed and built the system, by performing structural and fatigue modeling of the steel structure connecting the 1,000,000 lbs damper to Taipei 101’s Building Structure.
Another video of a Tuned Mass Damper in NYC that we were involved in:
This was an interesting multi-disciplined engineering project performed for LiveNation/U2. Our role was to complete a design review, analysis and inspection of the stage system for the U2 360 tour in Canada using our knowledge of European/USA/Canadian standards. The stage system’s prime designer was a British firm, Atelier One. The stage included a complex system of structural and mechanical hoisting elements all suspended above people during the concerts. In the video, you get to see the concert stage assembled, and in action!
This is a video of the tow plow snow removal trailers manufactured by Viking Cives. Pow Technologies worked with Viking Cives’ research and development team by providing our expertise in design, motion simulation and field testing for the towplow’s development and prototyping prior to manufacturing. Our firm has strong roots in the Mobile Equipment and Transportation Equipment field where knowledge of structures, dynamics and mechanical systems are all combined.
After many years, the Church Spire of St. Anne’s Church in Tecumseh, On. was placed back in it’s original location. The restoration project was performed by our sister company Allan Avis Architects with our engineers in Pow Peterman & Associates providing the structural expertise.
Another Church Spire has been erected on top of the church. This project included structural reinforcement, and repair of the tower. POW also was responsible for the design and fabrication of the new church spire.
New Golf Course in Mt Elgin, Ontario. POW Architecture and POW Peterman was responsible for the architectural and structural design of the clubhouse using a Timber and Steel Design.
This page highlights some examples taken from the internet. These videos include projects that The Pow Group has been involved in.