Our 100 ton lowbed in the Natick 4th of July parade!
Wall sections of the "Green Monster" at Fenway Park that we transported.
Hauling an antique Streamliner diner.
Hauling huge sections of modular buildings in Boston, MA.
Just sneaking this section of modular building under the pedestrian bridge!
Rigging the 1st of 2 imported hand carved statues into a new church.
Final placement of the 2nd statue into a brand new church.
Rigging a research magnet down through a floor opening.
Hauling a customer's new toy home from the boat show!
Preparing to rig this magnet through a 6th floor window opening.
This is the historic "Flying Yankee Railcar" being moved from Claremont, NH to its new home in Lincoln, NH. This is one of the last of its kind in the United States! This beautiful train is owned by the State of New Hampshire and is currently being refurbished to allow passengers to once again ride it in the beauty and comfort that was and is the "Flying Yankee".
Here we are moving an 85,000# antique tollbooth in the heart of Boston. This required much planning and care as to not damage the historic tollbooth!
CRANE/RIGGING INSTALLATION OF 53,000# VARIAN - 7.0 TESLA RESEARCH MAGNET AT YALE UNIVERSITY, NEW HAVEN, CT - SEPT. 15 & 16, 2007
DELIVERY ON OUR AIRRIDE TRUCK
CRANE HOISTING BY 210 TON HYDRAULIC CRANE
HOISTED INTO PIT FOR ACCESS INTO RESEARCH FACILITY
TIGHT ACCESS OVER PLANNED RIG ROUTE
CONTINUING OVER RIG ROUTE
FINAL LEG OVER RIG ROUTE
JACKING MAGNET DOWN
FINAL PLACED - LEVEL AND AT ISOCENTER IN SCAN ROOM
Hauling a 100' section of antique bridge from RI to NH!
Delivering a MRI trailer
Tight fit!
Hoisting our tractor out
Here she comes!
Up and away!!!
Safe landing!
NOVEMBER 17, 2007:
THE PROJECT - The
crane/ rigging installation of a Siemens Medical Solutions 3.0 Tesla
MRI magnet at the new Brigham & Women's Hospital facility, 70
Francis Street, Boston, MA.
THE CHALLENGE - Engineer and construct a 16' high scaffolding
platform at the sub-basement level of the facility onto which to crane
hoist the 26,000# magnet below a second story overhang and down through
an access shaft to the Radiology Department floor, where the magnet
would then be rigged to the scan room and set at isocenter.
Lowering the magnet beneath the overhang.
Lowering the magnet down the shaft with the head of the boom inches from the overhang.
Looking up the shaft as the magnet is being lowered.
Landing the magnet on the erected scaffolding.
Rotating the magnet 90 degrees to allow passage down the hallway.
Magnet landed and beginning ingress down the hallway.
Rigging the magnet down the hallway to the scan room.
