Data center electronics fabrication runs through Nevatronix Laser on two connected tracks that use the same two machines. One track is OEM hardware — server chassis panels, 19-inch rack-mount panels, and networking enclosures cut to connector-grade hole tolerance. The other is the fit-out that follows the hardware into the hall — flat blanks for containment panels and cable-pathway brackets, plus tube-cut security-cage frames. Both run through the same 3 kW flat-sheet cell and five-axis tube cell, in the Las Vegas valley where the Southwest’s data-center build-out is concentrated: metro Las Vegas and Henderson, the northern Nevada cluster, and the Phoenix market.
What we cut for data-center OEM hardware
Server, networking, and telecom OEMs building for the Southwest send us panel and chassis geometry that has to mate with connectors and cards on the first try:
- 19-inch rack-mount chassis panels. Front, rear, and side panels cut to standard rack hole spacing for direct hardware mounting.
- Server and networking enclosures. Chassis panels, vent patterns, and structural sides for server and networking hardware.
- EMI-shield apertures and gasket grooves. Shielding-aperture cut patterns and laser-cut gasket channels, held to the same position tolerance as the rest of the panel.
- Connector-grade hole patterns. D-sub, USB, RJ45, and similar patterns cut so the connector mates without a reamed or filed hole.
What tolerance do connector-grade hole patterns need?
Connector patterns need position tolerance held tight enough that a D-sub or RJ45 lands without rework, and our flat-sheet laser cutting cell holds ±0.05 mm position tolerance as standard, with ±0.025 mm repeatability on critical features and a 1 mm minimum hole diameter. Every production order gets a first-article inspection report, so the first panel off a new program is verified before the run continues.
Which materials hold up in rack and enclosure builds?
The material depends on what the enclosure needs to do. Cold-rolled steel up to 6 mm is the cost-effective default for cosmetic chassis and panels; aluminum 5052 and 6061 up to 5 mm cuts the weight on larger rack assemblies; and galvanized steel up to 12 mm skips a paint line entirely for parts that go straight into service. All three run on the same 3 kW fiber cell, with nitrogen or oxygen assist chosen for the edge the part needs — see our guide to nitrogen vs. oxygen assist gas for the trade-off.
What flat and tube blanks feed a data-center build?
Past the server rack, the construction and fit-out crews building out a data hall need their own steady stream of cut metal, and we supply the blanks rather than the finished, installed assembly:
- Hot/cold-aisle containment blanks. Flat panel and door blanks in cold-rolled or galvanized steel, cut to print for downstream forming and powder coat.
- Cable-pathway and busway bracket blanks. Tray-bracket, ladder-rack, and busway-hanger blanks — high-repeat parts run at volume.
- Security-cage frame members. Cut on the five-axis tube cell in square and rectangular tube from 15 × 15 up to 200 × 200 mm, ready for the welding cell.
- Blanking panels and adapter plates. The fast-turn commissioning parts a punch list generates during hall build-out.
Forming, welding, hardware insertion, and powder coat on any of these move to our co-located sister shop, data center construction fabrication at Nevatronix Sheet Metal, and rack-cabinet assembly runs through its electronics and server cabinet program.
Volumes, lead times, and revision control
Flat-sheet parts run 5–10 business days in production with a 48–72 hour prototype turn; tube-cut frame members run 7–14 business days with a 5-day prototype turn. Production volumes span 1 to 50,000 units per release, with program-locked nesting and automatic sheet loading holding cycle time steady through the run, and full lot traceability carried in our MIE Trak Pro ERP.
Where this cell stops, and what we do not do
We cut flat and tube blanks to print — panels, brackets, and frame members. We do not form, weld, powder coat, or insert hardware; that scope, along with NEMA-rated enclosure fabrication and cabinet build-out, belongs to Nevatronix Sheet Metal. Neither shop installs anything on site — that stays with the electrical contractors and integrators running the program. We also do not engineer or certify the systems the parts go into — send us a qualified print and we cut to it.
Las Vegas, Henderson, and Phoenix logistics
Being based in the Las Vegas valley, with a second facility in Henderson about 15 minutes away, puts this cell inside the corridor rather than a freight lane from it. We serve Nevada, Arizona, Utah, and California locally, including the Phoenix market, with continental US shipping by freight for planned production runs.
Send a DXF or STEP file with material, thickness, quantity, and finish, and we will quote flat blanks, tube frames, or both against real shop capacity — and tell you plainly if a part suits a different process or shop better. Request a quote.