From raw sheet metal to finished, powder-coated, assembled product — every fabrication operation Lasertech offers happens in-house, in sequence, under one roof. No outsourcing. No vendor coordination. One shop, one invoice.
High-speed, high-precision 2D fiber laser cutting in steel, stainless, and aluminum. Near-net shape parts direct from DXF or CAD drawing — ready for forming, welding, or finishing.
Laser cutting combined with CNC punching on a single machine. Cuts the profile and punches formed features — louvres, knockouts, hardware holes — in one uninterrupted program without re-fixturing.
Precision multi-bend parts formed on three CNC press brakes — TRUMPF TruBend 5230, TruBend 3100, and Bystronic Xcite 80. Prototypes through production runs. Complex geometries, tight tolerances, and consistent repeatability across quantities.
88-ton electric servo press brake with dual motor drives — no hydraulic oil, faster approach speeds, and tighter Y-axis accuracy than conventional hydraulic machines. ByVision 3D CNC control with 5-axis backgauge. Ideal for tight-tolerance multi-bend parts and long profiles up to 80.7 inches.
Automated panel bender for high-throughput, consistent bending of sheet metal panels without operator tooling changes. Lights-out capable — ideal for production quantities of repeat panel profiles.
Surface preparation before powder coating or delivery — deburring, edge breaking, weld grinding and blending, surface grinding, and abrasive blasting. Clean, consistent surface condition across all parts.
Full in-house powder coating — pretreatment, electrostatic application, and oven cure — in any RAL or custom color. No third-party coating delays. Masking of threads, machined surfaces, and hardware is coordinated internally.
Thread cutting and thread forming in steel, stainless, and aluminum. UNC, UNF, and ISO metric in material 3/16″ and thicker. Coordinated with the powder coating team so threads are masked before coating and verified after.
PEM clinch nuts, studs, standoffs, and captive panel screws pressed permanently into sheet metal panels — providing strong, flush, vibration-resistant threads in any gauge, including thin sheet too thin for tapping.
The value of having every capability in-house isn't just convenience — it's sequence control. Operations happen in the right order, by the right team, without parts leaving the building. Each step below links directly to the full service page.
Flat pattern cut from DXF or drawing. Mounting holes for PEM hardware cut to exact diameter as part of the program — no separate drilling step needed.
Laser CuttingSelf-clinching nuts, studs, standoffs, and captive screws pressed into flat panels before forming — while the sheet is still flat and press access is unrestricted.
Fastener InsertionHardware-populated flat blanks bent to shape on CNC press brakes or the automated panel bender. Hardware is already installed — forming happens after insertion, not before.
Press Brake FormingFormed parts welded into assemblies — MIG, TIG, or spot weld as specified. Weld distortion at this stage is acceptable; the machining step that follows corrects it on tolerance-critical surfaces.
WeldingThreaded holes cut or formed in material 3/16″ and thicker — after welding and machining, before powder coating. Thread masking coordinated directly with the coating team.
TappingPost-weld CNC machining on the Haas VF-2SS. Face milling corrects weld distortion and establishes precision datum surfaces. Drilling, boring, and pocketing bring features to final dimension — on the same floor as welding.
CNC MachiningDeburr all edges, break sharp corners, grind and blend welds, and blast the surface to a consistent anchor profile — preparing the part for powder coat adhesion and final appearance.
FinishingChemical pretreatment, electrostatic powder application in specified RAL or custom color, oven cure. Threads, machined surfaces, and PEM hardware masked prior to coating — unmasked and verified after cure.
Powder CoatingHardware installed, sub-assemblies built, parts kitted into labeled packages with all required components — and shipped as a complete, ready-to-install product rather than a pile of individual fabricated parts.
Assembly & KittingEvery operation is in-house. You don't manage a laser cutter, a press brake shop, a weld house, a coater, and an assembler separately. One point of contact handles the full sequence.
Hardware before forming. Welding before machining. Finishing before coating. Threading before coating. The right operation at the right time — because the same team controls all of them.
Parts don't wait in shipping between operations or sit in another shop's queue. The next step starts when the previous one finishes — on the same floor, the same day.