A 45,050 square foot building on 15 acres at the Las Cruces Innovation and Industrial site is being renovated for a Canadian manufacturer's first U.S. facility, with a stated investment of $13.4 million over three years and 43 jobs expected over five. That is a typical scale for new manufacturing here: a mid-sized building, a generous site, and a process that needs to be installed on a schedule. We build and renovate plants of that size, starting with the question of what the process requires from the building.
A plant is a set of utilities wrapped in a shell. Compressed air, process water, three-phase power, exhaust, floor drains and crane or lift support are specified by the equipment, and the building has to be ready to receive them when the machines arrive. We coordinate the equipment foundations, the trenching and the structure so that the first machine can be set without cutting into a finished floor. Our equipment pads and foundations work is planned with the equipment supplier's drawings in hand.
Las Cruces is also a place where plants support aerospace, research and the federal work at White Sands, which is described as the city's major employer. Buyers in that chain carry their own requirements for cleanliness, security and documentation, and we plan for them from the first meeting through our preconstruction services, not after the drawings are done. A shop that makes parts for hangars or test ranges also tends to sit beside a runway, so we know the neighborhood of an aircraft hangar and a machining bay as one construction problem.
An existing building brought up to a new use, is often cheaper and faster than starting from bare ground. We start with a condition survey of the structure, roof, slab, utilities and fire protection, then decide what is reusable. Our industrial renovations and modernization scope covers structural upgrades, slab repair or replacement, new mechanical and electrical rooms, and new dock or door openings.
Ground-up plants add site work: grading, utilities, a truck court, a secured perimeter and a stormwater system. The City of Las Cruces industrial park lists more than 400 acres shovel ready and another 500 available for lease or purchase, so land is not the constraint. The constraint is usually utility capacity, which we confirm before the site plan is drawn.
The industrial park sits at the junction of I-10 and I-25 beside Las Cruces International Airport and is covered by Foreign Trade Zone 197. The airport's master plan update added aerospace as a new focus, with phased improvements over five and ten years, and the city hopes to extend two runways. For a manufacturer that ships by air or does work for aviation customers, that proximity is a real advantage, and it is why we describe the park to owners in advanced manufacturing as a serious option.
NMSU's Arrowhead Park, between the same two interstates, lists build-to-suit capability with multiple development partners and sits in the Dona Ana County Free Trade Zone Area. Small and mid-sized plants that want a university research neighbor will find a building program there. We have the equipment and trades for either site, and we can price the two against each other.
The building follows the 2021 New Mexico Commercial Building Code and the 2021 Commercial Energy Conservation Code, and electrical work follows the 2020 New Mexico Electrical Code. For plants that depend on large electrical gear, such as those serving utilities and power customers, transformer and switchgear lead times are the first thing we ask about. The plumbing and mechanical codes are changing, with the 2024 editions listed as effective August 1, 2026 and permits issued under either edition until January 1, 2027. We confirm which edition applies to your permit date so the mechanical and plumbing designers draw to the right book.
Process-specific rules, such as hazardous materials storage, exhaust treatment and fire suppression for combustible dust or flammable liquids, add their own reviews. We bring the fire marshal in early and align the design with the occupancy classification. When the work requires deeper foundations for heavy equipment, we bring in the geotechnical engineer and plan drilled pier foundations where soils call for them.
The schedule for a plant is driven by the date the equipment is set, not by the date the walls are finished. We work back from that date, so the foundations, trenches and utility stubs are in place before machines arrive and the slab is protected from damage. Electrical gear, compressors and process equipment are ordered early because their lead times can exceed the construction duration.
Commissioning follows installation. Each utility is tested and balanced, each machine is started with the equipment supplier, and the owner's operators are trained before production begins. We build that period into the baseline, using our commissioning, turnover and closeout procedures so the plant starts up with documentation in hand.
In a plant, the building is often a smaller share of the budget than the process equipment, power distribution and utilities. The cost drivers we watch are electrical service size, floor loading and flatness, clear height for overhead equipment, process drains and exhaust, and the degree of cleanliness required. A change in any of these ripples through the structure and the mechanical systems.
Desert heat is a real load on any plant with heat-producing equipment. Summer highs near 96 degrees in June mean cooling capacity is sized for the process load plus the outdoor condition, and roof color, insulation and ventilation decisions have a direct effect on operating cost. For an owner comparing a plant with a flex light industrial building, we price both so the comparison includes mechanical and power, not just shell square footage.
Send us the equipment list, utilities and target start date, and we will return a building concept, a budget range and a schedule. Call or use the form to begin.
Renovation is usually faster when the structure, roof and slab are sound and the clear height fits your equipment. A condition survey takes a few weeks and tells you what is reusable. New construction takes longer but gives you the column grid, utilities and truck access you actually want.
As soon as the machines are chosen. Foundation drawings, utility connection points and rigging access all come from the supplier, and each affects the structure. Late equipment information is the most common reason for slab cuts and rework in plant projects.
Service size, voltage and delivery date. Utility lead times for a new service can be longer than construction, so we request capacity early and order switchgear while permits are in review. If power cannot arrive on time, we plan a temporary or phased energization.
Yes. We separate the work area, control dust and noise, and schedule shutdown-dependent tie-ins for planned outages. For a production line that cannot stop, we phase the work in zones and agree the sequence with your operations lead before starting.
We can follow the security, documentation and cleanliness procedures your customer requires, including controlled access to the site and records of materials. We ask for those requirements at the first meeting so they are priced rather than added later.