Vocational & Trade Schools

Every system we engineer is backed by our pass-or-free compliance guarantee. If your school’s dust collection or fume extraction system doesn’t pass OSHA inspection, we fix it at no cost. Installation is handled by ICAP Certified crews.

Multiple Disciplines, One Building

Most trade schools offer welding, woodworking, automotive, and metal fabrication programs in the same facility, sometimes in adjacent bays. Each discipline generates different contaminants: welding fumes (hexavalent chromium, manganese); wood dust (combustible per NFPA 664); vehicle exhaust (CO); and metal particulate. Systems need to handle all of them without cross-contamination between shops.

Students Are Learning

Students don’t have the instincts that experienced tradespeople develop. A journeyman welder naturally positions their head out of the plume — a first-semester student might not. Systems should be forgiving of imperfect technique, with source-capture hoods and extraction arms positioned to protect operators as they develop their skills and habits.

Intermittent Schedules

Class schedules mean systems run for a few hours, then idle, before running again. Unlike a production shop that runs two shifts, school systems cycle on and off throughout the day and may sit idle during breaks and summer. Equipment needs to handle this duty cycle reliably without excessive startup wear, and controls should be simple enough for instructors to operate.

Budget Constraints

Schools don’t have commercial shop budgets. Capital equipment goes through district purchasing, CTE funding, Perkins grants, or bond measures — all with long approval timelines. We work with educational procurement processes and provide the documentation schools need for grant applications and capital budget requests. And we offer educational pricing on every project.

Teaching Best Practices

Part of training the next generation is showing them what proper safety equipment looks like and how to use it. When students train with professional source-capture arms, proper dust collection, and real exhaust systems, they carry those expectations into their careers. They’ll recognize when a shop is doing it right — and when it’s not — because they trained that way.

Noise & Classroom Proximity

School shops are often adjacent to classrooms, offices, and common areas. Dust collection equipment generates noise, and ductwork routing needs to account for the building layout. We select equipment and design systems that keep noise levels appropriate for an educational environment — so instructors are heard over the system, not drowned out by it.

Welding Training Labs

Individual welding booths with built-in fume extraction arms at each station — MIG, TIG, stick, and flux-core training. Students learn source capture from their first day, positioning the arm as part of their setup routine. Central collection systems or individual booth-mounted extractors, depending on the lab size and number of stations. Handles hexavalent chromium, manganese, and general welding fume to meet OSHA PELs.

Woodshop & Cabinetry

Central dust collection systems covering table saws, band saws, jointers, planers, routers, and sanders. NFPA 664 compliant for combustible wood dust with proper ductwork sizing, blast gates at each machine, and dust-tight connections. Quiet operation is especially important in woodshops, where students need to hear instructor directions and power-tool feedback. We also design the housekeeping and accumulation control system to stay compliant.

Automotive Technology

Vehicle exhaust extraction with hose reels and drop connections at each bay — students connect to the tailpipe before starting an engine, building the habit from the beginning. Carbon monoxide is the primary concern, and vehicle exhaust systems keep CO levels well below the OSHA 50 ppm ceiling. Welding and grinding fume extraction for auto body and fabrication work in the same facility.

Metal Fabrication & Machining

Grinding, cutting, drilling, and general metalworking labs with portable fume collectors and downdraft tables. Source-capture hoods at bench grinders and cutoff saws. For programs with CNC equipment, oil mist collection on machining centers helps keep the lab clean and teaches students proper industrial practices.

Plasma & CNC Cutting

CNC plasma and laser cutting programs need downdraft or backdraft extraction built into the cutting table. These systems capture metal fume and particulate at the source, with spark arrestance to prevent fire in the ductwork. Especially important in schools where students are learning cut parameters and may generate more spatter than experienced operators.

HVAC & Plumbing Programs

Soldering, brazing, and pipe cutting generate fumes that need local exhaust ventilation. These programs often share space with other trades, so portable extraction units that can be moved to the work area make the most sense. Activated carbon filtration for solder flux fumes, and general ventilation for brazing operations using oxy-acetylene or air-acetylene torches.

Community Colleges

Applied technology departments with welding, machining, automotive, and woodworking programs. Often, the largest CTE facilities have multiple labs and high student throughput.

High School CTE Programs

Career and technical education programs in high schools and joint technical education districts (JTEDs). Getting students interested in the trades early with proper equipment and safety from the start.

Private Trade Schools

Private vocational training facilities focused on specific trades — welding certification programs, automotive technology schools, and specialized manufacturing training centers.

Union Training Centers

Apprenticeship training facilities for IBEW, UA, ironworkers, sheet metal workers, and other trade unions. These programs often have the most demanding training environments and the highest expectations for safety equipment.

Correctional Education

Vocational training programs in correctional facilities teach welding, woodworking, and other trades. These programs offer meaningful career pathways and require the same OSHA-compliant air-quality protection.

Workforce Development

State and county workforce development centers are running manufacturing and trades training for career changers, displaced workers, and veterans transitioning to civilian careers.

Maker Spaces & Fab Labs

Community maker spaces, university fabrication labs, and innovation centers with welding, laser cutting, CNC, and woodworking equipment used by students and community members.

Military & DOD Training

Military base maintenance training facilities and DOD-affiliated technical training programs. Luke AFB, Nellis, Fort Huachuca, and other Southwest installations with active trades training.

We’re Invested in the Next Generation

Every vocational and trade school we work with receives our best educational pricing — professional-grade systems at rates designed for school budgets. This isn’t a stripped-down “school version” of what commercial shops get. It’s the same equipment, the same installation quality, and the same compliance guarantee.

We work within educational procurement timelines and provide the documentation your district or institution needs for capital budget requests, Perkins grant applications, and bond measure justifications. We’ve been through the process and know what the paperwork looks like.

When students train with proper protection, they carry that standard into their careers. That makes every shop in the Southwest a little bit better — and that matters to us.

What We Provide for Schools

OSHA 29 CFR 1910.1000

OSHA applies to school shops the same way it does to commercial facilities. Welding fume, wood dust, metal particulate, and vehicle exhaust all have permissible exposure limits. Hexavalent chromium (0.005 mg/m³) and manganese (5 mg/m³ ceiling) are the most restrictive for welding labs. Wood dust has a 5 mg/m³ PEL for hardwoods.

NFPA 664 & NFPA 660

Wood dust is combustible and regulated under NFPA 664 (now consolidated into NFPA 660 as of January 2026). Woodshop dust collection systems must include proper ductwork design, spark protection, explosion venting or suppression, and housekeeping standards. Metal dust from grinding and cutting may also trigger NFPA 660 requirements depending on the materials processed.

State & Local Fire Codes

School buildings are subject to state fire marshal inspection and local fire authority having jurisdiction (AHJ) requirements. Dust collection systems, ductwork penetrations through fire-rated walls, and spark arrestance all require compliance documentation. We know the local AHJs across Arizona, California, Nevada, New Mexico, and Utah.

Insurance & Liability

School district insurance carriers and risk management departments review shop safety as part of their coverage requirements. Documented, OSHA-compliant air quality systems provide the evidence insurers and risk managers need. Proper systems also support the duty-of-care standard that school districts owe to students, staff, and visitors in the facility.