Structural steel reaches most Dona Ana County sites by interstate, then by county road, and the last mile is where schedules are won or lost. Interstate 10 runs through the north side of Deming, with U.S. Route 180 leading northwest and State Road 11 leading south to Columbus, and loads of columns, beams and joists come off those routes onto roads that were not built for 60 foot members. We erect structural steel for industrial buildings in Las Cruces and Dona Ana County, and we plan the delivery path as carefully as the frame.
Erection is the work between a fabricator's truck and a finished frame. It starts with a survey of the anchor bolts and base plates, continues through setting columns, beams, girders and bracing, and ends with a frame that is plumb, level, bolted or welded to the engineer's details and accepted by the inspector. A frame that is out of plumb by a small amount at the base becomes a big problem at the roof, so accuracy early matters more than speed late. We would rather lose an hour surveying a column line than lose a week correcting a wall that will not close.
We work with plant owners, general contractors and developers who need steel for production buildings, hangars, high-bay shells, equipment structures and mezzanines. A new hangar program, such as the one described for the Santa Teresa airport, draws on exactly this skill set: long clear spans, big doors and frames that have to stay square.
Scope begins with a pre-erection meeting where we review shop drawings, connection types, the erection sequence and any temporary bracing the engineer requires. For lighter frames that compete with a pre-engineered metal building, we price both so the owner sees the difference. We check anchor bolt locations against the drawings before columns are set, because bolts that are out of position are a weeks-long problem that is much cheaper to find early.
Erection then proceeds in bays, with columns set and braced, beams and girders connected, joists and deck placed, and the frame plumbed and aligned before final bolting or welding. We install bracing, moment connections, shear studs and edge angles per the plans, and we coordinate with the roofing and wall trades so openings and supports match their requirements.
Tolerance is the quiet center of the job. Columns are plumbed with instruments, not by eye, and a frame is checked again after the roof deck is placed because the weight of the deck can move a column that looked perfect before. Shims, grout and base plate leveling nuts are all recorded. We also keep a running list of field changes, such as a revised connection or a missing hole, so that the fabricator and engineer settle each one in writing before the next bay is started. That habit prevents the long punch list that otherwise follows a steel job into closeout.
Steel schedules have three clocks: detailing and fabrication, delivery, and erection. A frame cannot be erected until pieces are on site, and pieces cannot be delivered until they are fabricated, which depends on approved shop drawings. We help owners keep approvals moving and ask for delivery in the sequence of erection, not in whatever order the shop finishes.
On site, the crane and the laydown area decide the pace. A stabilized laydown yard lets us sort members by bay and keep the crane working without waiting for a truck. For large frames we plan crane positions, pick radii and ground bearing in advance. A crane set on weak ground is a risk to the frame, the crew and the schedule.
We coordinate the receiving, sorting, setting, bolting and plumbing of steel on typical industrial frames, and we engage certified welders and specialty riggers for heavier or more complex pieces. Having our own foremen on the frame means field decisions are made by people who know the building, not passed down a chain.
The work links to adjacent scopes we handle, such as mezzanines, catwalks and platforms, and to full shells such as warehouse shell construction. For plants in advanced manufacturing, we often erect equipment support frames and platforms along with the main structure.
Steel buildings are designed under the 2021 New Mexico Commercial Building Code (14.7.2 NMAC), which adopts the 2021 International Building Code as amended and took effect July 14, 2023. The engineer of record specifies the members, connections and welding, and a special inspector checks bolting, welds and erection tolerances. We prepare for those inspections by documenting bolt tightening and weld locations as the work progresses.
Erection permits, crane permits and street-use approvals vary by jurisdiction, and we identify them at the start. Owners should also confirm that whoever erects holds a license classification that fits the scope, since New Mexico defines what each general building classification may do, and we explain how our work is organized under those rules. A well-run submittal and inspection process keeps the frame moving.
Steel erection exposes workers to falls, dropped objects and crane hazards. Our plans include fall protection, controlled access zones, safe rigging, tag lines and clear exclusion areas under loads. Crews are trained on the connection sequence so that no one is on a beam that is not secured.
Heat and wind add to the risk. Steel in direct summer sun gets hot to handle, and spring wind can make picks unsafe. We schedule heavy lifts early in the day, set wind limits for hoisting and provide water and shade. When wind exceeds limits, we stop and resume safely. That discipline protects the crew and the building.
Send the erection drawings, the delivery schedule and the site plan. We will plan the crane, the laydown and the sequence and give you a price.
It depends on the frame size, the crane and the connection type. Erection often moves quickly once steel is on site, but the fabrication and delivery period before it can be long. We schedule from the delivery date and the engineer details.
Anchor bolts are usually set by the concrete contractor and verified by survey before erection. If you hire us for both, we set them to a template and check them. If another contractor sets them, we survey and report any deviations before columns are lifted.
Yes, with a plan for crane positioning, access, traffic and exclusion zones. We coordinate with the owner on schedules for deliveries and lifts, and we keep dust, noise and traffic away from critical operations.
Approved shop drawings, the erection drawings and the delivery schedule. We also need site access and a laydown area, and a clear understanding of who provides the crane and rigging. With those, we can plan a sequence and a price.