GSM Industrial detailed, fabricated, and installed a 17,000-lb structural steel utility bridge for a manufacturer’s warehouse in Berks County, PA.
Approved-for-construction drawings for a new utility bridge reached GSM Industrial on Friday, April 24, 2026. The customer, a manufacturer GSM has worked with since the early 2000s, needed 17,000 pounds of steel standing in its warehouse on a tight timeline.
In June 2026, GSM Industrial completed a structural steel utility bridge, an overhead steel frame that carries utilities, inside a manufacturer’s warehouse in Berks County, Pennsylvania. The bridge used 17,000 lbs of carbon steel across 30 column locations. GSM Industrial detailed it from the customer’s stamped engineering drawings and fabricated it in 7 business days. Installation started 17 days after the drawings arrived and took 4 weeks, meeting the customer’s timeline.
| Client | A manufacturer in Berks County, PA, and a GSM customer since the early 2000s |
| Location | Berks County, Pennsylvania (fabricated at GSM in Lancaster, installed on site) |
| Project Type | Structural steel utility bridge: detailing, fabrication, and field installation |
| Application | Overhead support for utilities inside a large manufacturing warehouse |
| Steel | 17,000 lbs of carbon steel, primarily square and rectangular tube |
| Columns | 30 column locations, each base plate secured with 4 concrete anchors (120 total) |
| Connections | Almost every member field welded; 32 bolts total in the steel connections |
| Drawings | Customer-supplied stamped engineering drawings; GSM 3D model and fabrication detail drawings |
| Schedule | Approved drawings received April 24, 2026; fabrication started April 29 and took 7 business days; installation started May 11, 2026 |
| On-Site Duration | 4 weeks |
| Completion Date | June 2026 |
| GSM Services | Detailing, fabrication, welding, shop painting, and field installation, with no subcontractors |
The shop couldn’t cut any steel until GSM turned the stamped engineering drawings into fabrication detail drawings. After that, the shop had to fabricate, weld, and paint the steel for all 30 column locations and ship it to the customer’s warehouse. The job was also field heavy, since the crew would weld almost every member in place rather than bolt it. Some fabricators would pass on work like this rather than risk missing the dates.
GSM kept detailing in-house, starting with a 3D model built from the customer’s stamped engineering drawings. Kyle Null, the field account rep on the job, produced the fabrication detail drawings himself, released them straight to the shop, and then managed the job through the shop and into the field. With material already on hand, fabrication started the following Wednesday, April 29.
GSM’s structural steel fabrication shop in Lancaster rearranged its schedule to push the job through. It fabricated the square tube columns and rectangular tube horizontal members in 7 business days, then got the welded, painted steel on a truck to the site. Installation started Monday morning, May 11. The field installation crew went in knowing the customer’s dates and held to them. The crew secured each of the 30 column base plates with 4 concrete anchors, 120 anchors in all, and field welded almost every member, with only 32 bolts in the steel connections. The warehouse was large and fairly empty, so there were no surprises on site, and the scope never changed. GSM’s own shop and field crews handled all of the fabrication and installation, with no subcontractors.
GSM Industrial started installing steel 17 days after the approved drawings arrived. The crew finished the installation in 4 weeks, and the utility bridge was complete in June 2026, within the timeline the customer expected. On the strength of this job, the manufacturer has since awarded GSM Industrial three more projects in the same building, each on a tight timeline, and GSM completed all three.
These are the kinds of projects I enjoy. You have to be quick on your feet and make things happen. Luckily I came from the design role and was able to create all the fabrication drawings myself and manage everything through the shop and field. Seeing the customer happy with the finished product and asking us to quote other work is very rewarding.
A structural steel utility bridge is an elevated steel frame that carries a building’s utilities, such as piping, electrical conduit, and cable tray, overhead and off the floor. Inside a building it may also be called a utility rack. When it mainly carries piping it is usually called a pipe rack, and a long-span version that crosses a road or other obstacle is called a pipe bridge. The one GSM Industrial built in 2026 for a manufacturer in Berks County, PA, used 17,000 lbs of carbon steel, primarily square and rectangular tube, across 30 column locations.
On a 17,000-lb structural steel utility bridge for a Berks County manufacturer, GSM Industrial started installation 17 days after receiving approved drawings, and the installation itself took 4 weeks. GSM received the approved-for-construction drawings on Friday, April 24, 2026. Fabrication started Wednesday, April 29, and took 7 business days, and installation began Monday, May 11. Any schedule depends on the size of the structure, its connections, and how quickly detail drawings can be produced.
Yes, GSM Industrial details, fabricates, and field installs structural steel utility bridges, pipe racks, and equipment support structures from its shop in Lancaster, Pennsylvania, using its own detailers, shop crews, and field crews. On the 2026 Berks County utility bridge, GSM Industrial 3D-modeled the structure from the customer’s stamped engineering drawings, fabricated and painted the steel in Lancaster, and field welded almost every member on site, with no subcontractors.
If you have stamped drawings and a date to hit, GSM Industrial can take the job from detail drawings to installed steel.
Useful details for scoping a project: stamped drawings or design requirements, estimated steel weight, number of columns, building access, and your installation window.
Call 717-207-8985 or contact us to start a conversation.
