We specialize in providing custom solutions for our clients.
In the last 13 years, we have serviced over 2,000 projects ranging from the design of special application uses for cranes and hoists as well as structural engineering projects, various custom design projects and turnkey engineering solutions.
Clients have included manufacturing industries, mines and sawmills throughout British Columbia, Alberta, Manitoba and Alaska, Washington State, and Oregon.
Below we have chosen some past projects which will highlight the breadth work and engineering solutions we can provide:
Lulu Island - B.C.
Wastewater Sludge Transfer Platform with all the piping and connections
Platform was designed to enable safe transfer of wastewater sludge. Design included concrete ramp for truck approach and all the piping above and below the ground. Piping was done in PVC (below ground) and Stainless Steel (above ground).
Nexen Platform - B.C.
Custom Designed Detachable Self Raising Man Baskets / Maintenance Platforms
Used for below roof maintenance work, lights replacement etc…
Man baskets have capacity of 300 lb each and are easily clamped on crane beam bottom flange by simply turning the handle of mechanical adjustment mechanism on custom designed trolley. Baskets are raised in position using a small jib crane installed on top of crane girder, and they run smoothly across the crane length. Once the platforms are lowered to the ground, they can be moved around easily since the wheels are installed at the bottom.
Scissor Lift - B.C.
7,000 LB Capacity Scissor Lift – Engineering Assessment and Certification including overturning check
Custom designed high capacity scissor lift installed on the back of a truck.
Max Load on extendable side platforms: 2,000 lb each
Max Load on center: 4,000 lb
Frame for Overturning - B.C.
Frame for overturning the concrete pipes cast drums
Frame is adjustable for various sizes of concrete pipe cast drums. In order for cast to be opened easily and pipe taken out, cast is rotated 180 degrees using two trolleys with hoist at opposite ends of the frame.
Stress Calc. Rail Carriage - B.C.
Finite Element Analysis of the Carriage and Camfollowers Rail
FEA analysis was done using Solidworks Simulation to determine max stresses and deflections of the camfollower rail. Loading in bolts were also calculated to find optimum bolt spacing