Suburban Welding & Steel: Services, History & Capabilities

A snowplow frame cracks at 6 a.m. before a January storm, or a backyard gate sagging on its hinges finally drops off — and suddenly you need a welder who can move. That is exactly the gap a suburban welding and steel shop is built to fill: part neighborhood fix-it shop, part industrial fabrication partner.

What Is Suburban Welding & Steel (and Why People Look It Up)

Six in the morning, a January storm bearing down, and the hitch on a snowplow has cracked clean through. Or it is a Saturday, the backyard gate has finally dropped off its hinges, and the grill is already loaded. In both cases the question is the same: who can fix this today, and can they handle something bigger when the busy season starts? That is the gap a suburban welding and steel shop is built to fill — part neighborhood repair counter, part industrial fabrication partner, with a rack of raw metal sitting by the door.

Suburban Welding & Steel LLC is exactly that kind of business. It is a family-owned welding, fabrication and raw-material sales company located at 9820 Franklin Ave., Franklin Park, Illinois 60131, serving Chicago and the surrounding suburbs. The company describes itself as a third-generation, one-stop shop that combines custom fabrication, repair welding, on-site field service and steel sales under one roof, and it lists a single point of contact at 847-678-1264. In plain terms: you can call about a broken piece of farm equipment, a set of industrial handrails, and a need for 20 feet of angle iron on the same phone call.

Quick Facts	Detail
Legal name	Suburban Welding & Steel LLC
Location	9820 Franklin Ave., Franklin Park, IL 60131 (Chicago metro)
Ownership	Family-owned, third-generation
Service model	One-stop: fabrication, repair, field welding, steel sales
Phone	847-678-1264
Roots	Traces to a 1952 one-man mobile welding shop

Why this keyword gets searched two different ways

Searchers usually arrive with one of two intentions, and it is worth knowing which one you have.

Company research intent. Most people typing this phrase already know roughly what a fab shop does and want specifics about this one: is it legitimate, who runs it, what equipment does it have, does it come to job sites, will it sell me a few sticks of steel instead of a full mill run. If that is you, the headline facts above and the history section that follows will answer most of it, and the company’s own about page is the natural place to confirm ownership and background.

General welding-needs intent. Others search a phrase like this because they have a repair or fabrication problem and are trying to understand what kind of shop to call — what “one-stop” actually covers, whether a suburban shop can take on industrial work, and how its capabilities compare with a mobile welder working out of a truck. This article is written for that reader too: the goal is to explain what a shop like this does, how it operates, and how to judge whether it fits your job.

Both intents converge on the same practical outcome, which is why this piece covers history, welding processes, CNC fabrication capability, field service, steel sales, real customer industries, job workflow, evaluation criteria and cost drivers rather than stopping at a company summary.

What “one-stop” actually means here

The phrase shows up constantly in fab-shop marketing, so it helps to unpack it. For Suburban Welding & Steel, it means four businesses sharing one building and one staff: custom fabrication, repair welding, mobile field service, and raw-material sales. A customer does not need to buy steel from a distributor, drive it to a fabricator, then hire a separate welder for installation. That overlap is the core reason shops like this exist — and it is also why the company frames its experience level as long-running, with older pages citing “over 65 years” and newer ones saying “almost 75 years,” both pointing back to a 1952 origin.

What this article covers

Here is the road map:

• Company history — from Bob Karner’s 1952 mobile shop to today’s third-generation business.
• Welding processes — MIG, TIG, stick and hard surfacing, explained in plain language (the case for stick welding outdoors is a good example of why process choice matters).
• CNC and fabrication capability — laser cutting, forming, punching, machining and robotic welding.
• Field and emergency repair — what the trucks carry and when on-site work is the only option.
• Steel sales — buying metal in practical quantities without a mill order.
• Industries served, job workflow, shop-selection criteria and costs — so you can brief a shop properly and evaluate the quote you get back.

By the end you should be able to answer two questions: whether a shop like Suburban Welding & Steel matches the job in front of you, and what to ask before you hand over a drawing — whether you are commissioning a staircase, repairing equipment, or simply sourcing cut-to-size material for a weekend project where getting the prep right matters more than anything else.

From a One-Man Truck to a Third-Generation Shop: The Company History

Every fabrication shop has an origin story, and the good ones are worth knowing before you hand over a job. Suburban Welding & Steel is one of the rare Chicago-area shops whose history traces back through three generations of one family. That timeline does more than fill a company profile — it explains how the business evolved, why it sells raw steel alongside custom fabrication, and whether the people answering the phone have the experience your project demands.

1952: Bob Karner and a Mobile Welding Truck

The story starts with Robert “Bob” Karner in 1952, running a one-man mobile welding shop out of a truck. That detail matters more than it might seem. A welder who drives to broken equipment, stalled machinery and damaged farm or municipal implements learns a different skill set than one who only ever sees clean material on a shop floor. Mobile work forces improvisation: limited access, awkward positions, whatever rod or wire is in the box, and a customer bleeding money every hour a machine sits idle. If you have ever needed stick welding that performs in difficult field conditions, you already understand why that background is valuable.

As the work grew, Karner put down roots. He opened a permanent facility in Franklin Park, Illinois, operating as Suburban Welding and Manufacturing, a familiar stop for contractors and tradespeople in Chicago’s western suburbs handling both repair work and custom fabrication. Bob Karner ran it until his death in 2000.

2000–2005: The Handoff to Karen Karner and Brian Kasmer

Businesses rarely survive an ownership transition as cleanly as family shops can. After Bob’s death, the company passed to his daughter, Karen Karner, and his grandson, Brian Kasmer — second and third generations working the same trade under the same roof. Kasmer grew up around the shop, a form of training no welding school offers: you absorb material handling, customer habits, supplier relationships and pricing instincts long before anyone hands you a company title.

In 2005, the family relaunched the business as Suburban Welding & Steel. The rebrand was not cosmetic. The new shop carried a specific mission: serve customers of every size, from a homeowner with a sagging gate to a manufacturer running production work, and — critically — sell raw steel directly to the public.

Why the Shop Started Selling Raw Material

That second part deserves explanation, because it is the unusual one. Steel mills sell in mill runs — large minimum quantities that make no sense for a contractor who needs 40 feet of angle iron or a DIYer building a trailer frame. A local fabricator kept fielding the same question: “Can I just buy the metal from you, cut to size?” The answer became a business line. Stocking sheet, plate, angle, channel, tubing, pipe and bar stock let the shop close a real gap in the market while deepening supplier relationships that also benefited its own fabrication work.

It is a pattern that plays out across the trade, as covered in industry reporting on how job shops adapt beyond straight fabrication work. A shop that only sells labor waits for work; a shop that also sells material becomes a supplier its customers plan projects around.

Verifying the Company: BBB Records and Business Details

Company stories are easy to tell and easy to inflate, so it helps to check the paperwork. The Better Business Bureau profile for Suburban Welding & Steel LLC lists the following:

• Business name: Suburban Welding & Steel LLC
• Location: Franklin Park, Illinois
• BBB file opened: February 17, 2017
• Rating: A+
• Accreditation status: Not BBB accredited
• President: Brian Kasmer

Read together, these details support the family-history account: a long operating lineage under the Karner name, a formally organized LLC, and Kasmer in the presidential role the family story describes. It is the kind of credibility check worth repeating with any shop you are considering, and the same principle applies when you research training providers, such as what a formal aluminium welding course actually covers versus informal on-the-job learning.

What Three Generations Means for Your Job

The practical takeaway is continuity. A shop founded in 1952 and reorganized in 2005 has survived multiple economic cycles, supply disruptions and shifts in welding technology — from gas-welding-dominant work in Bob Karner’s early years to today’s CNC lasers, robotic cells and all-position welding electrode choices. Institutional knowledge of what fails in the field, what materials behave predictably, and which processes suit which applications is exactly what you pay for when you hire an experienced shop rather than the cheapest quote. Next, we will look at what that experience translates into in terms of processes, equipment and real capability.

Welding Processes the Shop Runs: MIG, TIG, Stick and Hard Surfacing

Not all welds are created equal. A shop handling everything from a cracked snowplow frame to a stainless handrail cannot survive on one process, which is why Suburban Welding & Steel lists four: MIG, TIG, stick and hard-surfacing. Each exists because a certain job demands it, and knowing roughly what each one does lets you describe your project accurately on the first phone call.

MIG Welding: The Everyday Workhorse

MIG (metal inert gas, or GMAW) is what most people picture: a continuously fed wire electrode feeding out of a torch while shielding gas protects the puddle. It is fast, forgiving and easy to run in volume, which is why the shop points to it for automotive repair, general fabrication, heavy construction and sheet metal work. Brackets, frames, gates, trailers and mild-steel repair welds are usually MIG jobs.

MIG also crosses into other metals. With the right wire, gas mix and machine setup it handles stainless and aluminum, the latter needing real surface prep because aluminum’s oxide layer melts far above the base metal. Our aluminum MIG welding guide covers technique, and the aluminum cleaning guide explains why a part that looks clean still welds badly.

TIG Welding: Precision, Thin Material and Purity

TIG (tungsten inert gas, or GTAW) trades speed for control: the welder feeds filler rod by hand while a foot pedal modulates the arc. That makes it the go-to process for pipework, aviation and aerospace components, and thin sheet, where distortion has to be minimized and the bead has to look as good as it performs. TIG produces the cleanest welds of the four and is equally at home on aluminum, stainless and exotic alloys. That mix of cosmetic quality and metallurgical control is why aerospace TIG welding carries such demanding standards and why food-grade and pharmaceutical piping is often specified to TIG.

Stick Welding (SMAW): Forgiving Where the Job Is Not

Stick welding — shielded metal arc welding, SMAW — uses a consumable coated electrode and is the oldest arc process still in daily use. It stays indispensable for construction, manufacturing and general fabrication because it shrugs off what the other processes hate: wind, dirt, rust, out-of-position joints and tight field access. Electrode choice does the heavy lifting, and the coating and alloy have to match the base metal — a subject covered in the case for SMAW and our alloy steel electrode guide. Rod selection also decides how well a welder handles vertical and overhead work, which is why all-position welding rods matter so much in repair.

Hard-Surfacing: Welding That Fights Wear

Hard-surfacing is a different animal: instead of joining two parts, it deposits a wear-resistant layer onto surfaces that get chewed up in service. The shop applies it to excavator buckets and teeth, augers, dozer blades and cutting edges, and impact plates. A hardfaced bucket cutting edge can mean the difference between replacing that bucket yearly and replacing it every several seasons, and rebuilding a worn part almost always costs less than buying new. Prep work counts too, such as carbon arc gouging out cracked material before rebuilding, covered in our air arc and gouging guide.

Process	Best suited for	Typical materials
MIG (GMAW)	Repair, fabrication, sheet, production work	Mild steel, stainless, aluminum
TIG (GTAW)	Pipe, thin sheet, aerospace, cosmetic welds	Steel, stainless, aluminum, exotic alloys
Stick (SMAW)	Construction, field work, dirty/out-of-position joints	Carbon steel, stainless, some alloys
Hard-surfacing	Wear surfaces on ground-engaging equipment	Steel parts with wear-resistant overlay

Metals Handled: Ferrous and Nonferrous

The shop works with steel, aluminum, stainless steel, cast iron and titanium — ferrous and nonferrous both. Cast iron and titanium sit at opposite ends of the difficulty scale: cast iron demands preheat, controlled cooling and patience because it cracks easily, while titanium requires strict shielding and a clean work area because it reacts with oxygen at welding temperature. Real repairs rarely involve a single alloy — a truck body may combine mild steel, stainless fittings and an aluminum tank — and even specialty work like alloy wheel repair demands a process-to-material match that generic shops often cannot make.

Continuing Education: Why the Answer Keeps Improving

The team takes part in continuing education on newer welding techniques, and that is not marketing filler. Wire chemistries, inverter power sources, pulse settings and shielding gas blends have all changed materially in the last two decades, and a shop running 1990s habits on 2020s materials produces 1990s results — whether the topic is pulse-MIG on aluminum or a structured aluminium welding course. The practical takeaway for customers: describe the part, the load and the environment, and let the shop match the process. You do not need to know whether you want MIG or TIG — you need to know what the part has to survive.

Beyond the Arc: CNC Cutting, Forming and Custom Fabrication Capabilities

Welding gets the spotlight, but in a shop like this the arc is only one part of the story. Modern fabrication is a chain: cut the plate, form it, machine the features, weld the assembly, then finish and deliver. Suburban Welding & Steel runs that chain in-house, and that matters to a customer watching a deadline. Every step sent out is another queue, another truck, and a few more days on the job.

Cutting: From Fiber Laser to Oxy-Lance

Every fabricated part starts as flat stock that has to be cut to shape. The headline piece of equipment is a Bystronic BySmart Fiber Laser, a CNC fiber laser table that reads a digital file and cuts sheet and plate to profile with clean edges and tight repeatability. For the customer, parts come off the table nearly ready to weld, with far less grinding than torch-cut work.

Laser is not the only cutting method on the floor, and that is deliberate. Different materials, thicknesses and tolerances suit different processes:

• Flame burning (oxy-fuel) for thick carbon steel where throughput and cost matter more than precision.
• Plasma burning for faster cutting of conductive plate at moderate thickness, with better edge quality than flame on lighter material.
• CNC plate punching for high-volume hole patterns in sheet and light plate — faster than drilling, consistent across a run.
• Oxy-lance cutting for the heavy, awkward work — thick sections, demolition-type cuts and situations where a torch in a skilled hand beats any table.

If you have ever waited on a torch-cut part that needed an hour of cleanup before it would fit, you know why having laser, plasma, flame and punching under one roof matters: the shop picks the right process for your spec instead of whatever machine is free.

Forming, Rolling and Machining

Cutting flat parts is only half the job; most fabrications need to be bent, rolled or machined before they hit a weld fixture. The shop runs CNC press brakes including an Xact Smart 225 and an Xpert Pro 250, so bend angles and flange lengths are programmed, not eyeballed. That is why two brackets cut from the same file come out identical whether you order five or five hundred. The range covers CNC and heavy-duty forming, from light enclosures to thick structural brackets.

Plate shearing cuts sheet quickly and cleanly, while plate rolling bends plate into cylinders and curves — tanks, troughs, curved guards and architectural elements. CNC machining adds drilled, tapped and milled features that cutting and forming cannot produce, so mounting holes, bearing seats and mating surfaces arrive finished instead of being fettled out later by the customer.

Production Welding and Robotic Cells

One-off brackets and repeat production runs are two different animals, and the shop treats them that way. Prototype work goes to skilled welders who can read a print and adapt; repeat runs go to a robotic welder, which lays the same weld on the same joint hundreds of times without the drift manual welding shows late on a Friday afternoon. Robotic welding is what makes small-batch production viable without tooling up overseas.

Supporting both sits weld engineering: weldments designed as assemblies, with joint details and sequences planned before the first arc is struck. Anyone wanting a deeper dive into how process selection changes an outcome can start with our guide to all-position welding rods, which explains why a welder’s rod choice changes with joint position.

In-House CAD: From Hand Sketch to Finished Part

Perhaps the most practical capability for a non-engineering customer is in-house CAD, backed by a 19-person skilled team that takes jobs from engineering blueprints or a hand sketch through to a finished fabricated component. A contractor who photographs a broken bracket or a homeowner who sketches a gate frame on graph paper can still get a properly modeled, dimensioned part.

The practical benefit is error-catching. When a sketch lives in CAD before metal is cut, interference problems, impossible bend radii and missing dimensions surface on a screen where they cost nothing, rather than on the shop floor where they cost a remake. For aluminum work, our aluminum cleaning guide covers why surface prep matters as much as the cut file.

The throughline across every capability here is turnaround. Cutting, forming, machining, welding and finishing inside one building removes the shipping delays, handoff miscommunications and tolerance stacking that come when three vendors touch one part. For rush and repair-driven work — the snowplow frame, the collapsed gate, the broken conveyor bracket — that consolidation often decides whether a job is done this week or next month. The company’s about page and custom fabrication page lay out the full service range.

Field Welding and Emergency Repair: Bringing the Shop to the Job Site

Some jobs simply cannot come to the shop. A loaded tractor-trailer sits on a shoulder with a cracked frame rail, a bucket on an excavator loses a tooth mid-dig, or a municipal snowplow cracks a mount the night before a storm. In those moments the welder has to travel, which is why a suburban welding and steel operation is built around more than a building and a fixed power supply. It is built around a fleet of trucks that carry the shop with them.

The Rolling Shop: What a Field Truck Actually Carries

Suburban Welding & Steel runs three fully equipped field trucks, with two additional backup units ready to roll when a call comes in simultaneously from two directions. Each truck is set up as a self-contained fabrication station capable of plasma cutting and arc gouging, oxy-fuel torch cutting, and MIG, TIG and stick welding, plus hard-surfacing for wear parts. That range matters more than it sounds: the crew arrives able to cut the damaged material away, bevel the joint, weld it in place, and add wear-resistant overlay where the part takes abuse, all without a second trip.

The company describes this flexibility plainly in its capabilities listing and its welding services page: field and shop work cover the same range of processes, so a repair made on site is held to the same standard as one made under the shop lights.

Emergency and Rush Work: Keeping Downtime Short

Emergency service is advertised explicitly, with expedited options either in the shop or on-site to minimize customer downtime, subject to availability. That qualifier is worth taking seriously. A truck that is already committed cannot teleport, so the honest answer at 6 a.m. is usually “we can be there after this job” rather than an empty promise. Shops that quote a hard arrival time without asking what happened are usually guessing.

The downtime math is what sells the service. For a fleet operator, a snowplow out of commission during a January storm or an idled loader during a paving season costs far more per hour than the welding invoice. Speed of response, not hourly rate, is the number that matters in those conversations.

Typical Field Jobs

• Heavy equipment and tractor-trailer repair — frame cracks, bucket finger replacement, boom and linkage work, and structural damage on machines that cannot be driven to a shop.
• Hydraulic cylinder repair — rod scoring, gland and barrel damage, and re-welding mounting points where the cylinder ties into the machine.
• Snowplow maintenance and repair — mount cracks, cutting-edge and trip-edge work, and pre-season reinforcement before the first forecast.
• Municipal fleet service-body modifications — brackets, tool storage, ladder racks, warning-light mounts and custom fittings welded onto service trucks.
• Hardfacing and wear repair — rebuilding buckets, augers, blades and cutting edges with a wear-resistant overlay so the part outlasts its previous life.

These are the jobs described across the company’s custom fabrication and Chicago-area service pages, and they share one trait: the workpiece is either too heavy, too bolted in, or too urgent to move.

When On-Site Is the Only Option — and When It Is Not

Field welding is the practical choice when the part is fixed in place, when transport would cost more than the repair, or when the equipment is needed back in service the same day. Out-of-position work is unavoidable overhead, vertical-up, or overhead, and it is exactly where an experienced hand and an all-position welding rod earn their keep. Stick welding remains the field favorite because it tolerates wind, dirt and imperfect fit-up better than gas-shielded processes; the trade-offs are covered in why SMAW still wins on the job site.

There are limits. Shielded processes need wind protection and gas cylinders hauled in; a truck has limited power and clamping capacity; there is no press brake, no fixture table, and no way to machine a critical surface. Complex fit-up, tight tolerances, repeat production runs, and heavy plate work are better done on a stable shop floor. Access also drives cost — cramped crawlspaces, heights, and hot or live environments add time and safety controls that shop work avoids.

Note: If a repair must meet a written weld procedure or a code acceptance criterion, say so before the truck leaves. Shop conditions usually make inspection, preheat control and documentation easier to arrange than in the field, and the shop can tell you up front which path is realistic.

Steel and Raw Material Sales: Buying Metal Without the Mill Run

Walk into most suburban welding shops and you will find something that surprises first-time buyers: racks of raw stock sitting right next to the press brake. Suburban Welding & Steel is one of them. Alongside custom fabrication, the company sells metal by the piece — a service it launched in 2005 after noticing a gap in the market: customers could not buy material directly from steel mills, and most mills were not set up to sell a hundred pounds of angle iron to a homeowner or a two-person contractor.

That gap is real. Mill minimums, truckload pricing, mill test paperwork and long lead times make buying direct impractical for anyone ordering less than a full load. A shop that already buys steel in volume for its own jobs can pass along reasonable quantities, cut them down, and hand them over the same day. It is the difference between ordering a kitchen cabinet just to get one shelf and walking into a hardware store.

What Actually Sits on the Rack

The stock list covers the shapes fabricators, maintenance crews and DIY builders reach for most often, in steel, stainless steel and aluminum:

Category	Typical stocked forms
Flat material	Sheet and plate, floor plate (tread plate), expanded metal
Structural shapes	Angles and channels
Hollow sections	Square and rectangular tubing, pipe
Bar stock	Flat bar, round bar, hexagon bar

Three metals is a meaningful spread. Carbon steel covers the bulk of brackets, frames and structural work. Stainless shows up in food handling, corrosive environments and architectural details where appearance matters as much as strength. Aluminum is the lightweight option for trailers, marine work, vehicle mounts and anything that has to be lifted by hand — and if you plan to weld what you buy, read up first, because aluminum behaves very differently from steel. Our guides to aluminum MIG welding and cleaning aluminum before welding explain why preparation and technique decide whether a joint holds.

Cut-to-Size, Same Day

Stock is only useful if you can get it in the length you need. Material in stock can be cut to size the same day, including precision fiber-laser cutting for parts that need clean edges and tight repeatability. Pickup and delivery are available on request, which matters when plate will not fit in a pickup bed or a crew cannot be spared for a material run.

The company describes this raw-material segment as seasonal, running heavy from spring through fall when construction, municipal maintenance and outdoor projects peak. Winter tends to shift back toward repair work — snowplow frames, salt spreader parts, frozen gate hinges.

Who Buys Metal This Way

The buyer mix is broader than most people expect:

• Contractors and fabricators who need a few pieces to finish a job without opening a mill account or meeting a minimum order.
• Municipalities and fleet shops sourcing replacements for handrails, guards, brackets and equipment mounts.
• Maintenance departments keeping a small repair stock on hand.
• DIYers and hobbyists building gates, welders’ tables, trailers, garden frames or shop shelving.

If you fall into that last group, buying stock from a shop that also welds has a quiet advantage: the same people can advise on grade and thickness before you commit, then cut and even weld the pieces when the job outgrows your setup.

How to Order Wisely

Most ordering frustrations come from an incomplete first call. Before you phone, have these ready:

1. Shape and dimensions — length, width, thickness, and for tube or pipe, the outside size and wall thickness.
2. Material grade — mild steel, a specific stainless grade, or aluminum alloy and temper.
3. Quantity — number of pieces and whether they are all identical.
4. Cutting needs — saw cut, sheared, or laser-cut with hole patterns and notches.
5. Finish — mill finish, painted, primed, or left raw.
6. Timing and logistics — pickup or delivery, and the real deadline rather than an optimistic one.

Two mistakes cause most reorders. First, ordering to nominal size instead of actual size — a 1/4-inch plate is rarely exactly 0.250 inches, and tube wall thickness varies by producer. Second, underestimating quantity: material is cheap compared with a second delivery, and offcuts from one piece often become the next bracket on the same job.

Buying metal without a mill account will not save you money on a truckload of structural steel. It will save you days of lead time, a minimum-order headache, and a cut list you would otherwise have to run yourself. For suburban projects, that convenience is usually the whole point.

Who Hires a Suburban Welding and Steel Shop: Industries and Real Projects

A local welder does more than quick fixes. In a typical week, a shop like Suburban Welding & Steel serves a wide customer base across four core segments: automotive, production, construction and storage. Understanding these segments helps determine whether a project fits the shop’s capabilities.

The Four Core Customer Segments

Automotive work covers trucks, snowplow mounts and blades, brackets, and heavy-duty fleet repairs. In the Chicago area, municipal snow control generates frequent demand; a cracked plow mount days before a storm is the kind of urgent job this segment handles.

Production work includes repeat fabrication: custom parts built to drawings, re-manufactured machinery brackets, and fixtures or jigs for assembly lines. A suburban shop takes both short runs and larger orders, offering flexibility large contract fabricators often cannot.

Construction work focuses on mobile equipment and jobsite steel: repairs and attachments for wheel loaders, backhoes and augers, plus structural elements for building projects. Storage work centers on custom tanks, including fuel and hydraulic tanks built or repaired to spec.

Segment	Typical Jobs	Who Calls
Automotive	Truck frames, plow mounts, brackets, fleet repair	Fleet operators, municipalities, dealers
Production	Custom parts, machinery repair, jigs and fixtures	Manufacturers, machine shops
Construction	Equipment repair, structural steel, site fabrication	Contractors, equipment owners
Storage	Fuel tanks, hydraulic tanks, custom vessels	Farms, fleets, industrial plants

Real Projects, From Staircases to Airport Conveyors

The project list on the company’s capabilities page shows wide variety. Structural steel tops the list: beams, base plates, gussets and staircases fabricated to drawing. Handrail and guardrail work spans residential, commercial and municipal settings, from deck rails to city footbridges.

A standout is OSHA-compliant machine guarding for conveyor systems. The company cites work on UPS conveyor lines and airport baggage conveyors. Facilities with exposed belts, pulleys, chains or pinch points need guarding that meets federal safety rules and is strong enough to prevent access, not just look compliant.

The list continues: escalator and elevator structural support welding, including work for elevator manufacturer Schindler; custom baskets and mounts for utility fleets such as AT&T; truck beds and trailers; fuel and hydraulic tanks; and industrial ductwork. Handling such diverse specifications reflects decades of practical knowledge.

Why Suburban Shops Straddle Residential and Industrial Work

A specialty shop in a dense urban core often picks one lane. A suburban shop bridges city industry and residential neighborhoods. The same press brake that forms a mounting bracket for a utility truck can bend a custom steel planter for a homeowner. This dual nature is useful, but it requires clear communication: drawings, material grades, quantities, tolerances and deadlines. If you prepare a fabrication brief, the Agar Welding & Steel guide explains how material suppliers and fabricators fit together on such projects.

This flexibility allows mixing categories. A contractor may need custom brackets one day and a field repair on a backhoe the next. A municipality may need a handrail one week and a repaired salt spreader the next. For these relationships, choosing a fabricator with genuine versatile process capability, including stick welding, often matters more than chasing the lowest per-hour rate.

The practical takeaway: before calling, identify your project’s segment. Note if it is a one-off or repeat work, whether it must be done on-site, whether it touches regulated safety equipment like guards or railings, and whether it involves a tank holding fuel or hydraulic fluid. Answering these four questions in the first minute gets a faster, more accurate quote and signals you take the job seriously.

How a Job Actually Works: From Sketch to Inspection

Most people call a fabrication shop with a picture in their head and nothing on paper. The gate is sagging, the bracket broke, the handrail needs to match one that already exists. What happens between that first phone call and the finished part sitting on your tailgate is less mysterious than it looks, and knowing the sequence makes you a better customer, faster quotes included.

The Five-Step Flow a Fabrication Shop Uses

Suburban Welding & Steel describes its process in five steps, and most reputable shops run a version of the same thing:

1. Initial call. You describe the application and requirements. Say what the part does, not just what it looks like. “A bracket that holds a 40-pound pump off a wall” gets a better answer than “I need a bracket.”
2. Definition of dimensions, tolerances and specifications. The shop pins down size, fit, material and how precise the work needs to be. Ambiguity lives here, and this step exists to kill it before metal is cut.
3. Manufacturing. Once the scope is clear, the job moves to the floor: cutting, forming, welding, machining.
4. Inspection. The finished work is checked against the project requirements you agreed on, not against a vague notion of “looks fine.”
5. Delivery for its intended application. The part goes out ready to be used, with pick-up and delivery offered on request.

The whole flow is described in more detail on the company’s custom welding and fabrication page, and the same discipline applies whether you are ordering one bracket or a hundred guardrail sections.

What to Have Ready Before You Call

You do not need a full engineering package. Shops routinely work from engineering blueprints, CAD files, or a marked-up paper sketch with dimensions written on it. In-house CAD design takes a rough sketch and develops it into buildable parts, so a hand-drawn idea is a perfectly normal starting point.

Before you dial, gather:

• A drawing or sketch — even a napkin sketch with three dimensions beats none. Photograph the existing part if you are replacing something.
• Material grade. Mild steel, stainless, aluminum, or unknown. If it is unknown, say so. For aluminum work, surface condition matters more than people expect, so pre-reading something like Aluminum Cleaner for Welding: How to Prep Aluminum Right helps you understand why the shop will ask about oil, anodizing and mill finish.
• Thickness and quantity. One-off and fifty pieces are priced and scheduled completely differently.
• Finish requirements. Bare, painted, powder coated, galvanized, or machined surfaces.
• Tolerances and fit. Does it bolt to a pre-existing hole pattern? Will it slide into a slot? Say so.
• Deadline and budget range. A rush date changes the schedule; knowing it early lets the shop plan rather than disappoint.

A useful reality check: real job shops live on this kind of scoping discipline, and The Fabricator’s coverage of job-shop workflow makes the same point — the shops that communicate clearly up front are the ones that hit delivery dates.

Communication and Turnaround Expectations

Turnaround depends on complexity. A single welded bracket might be quick; a batch of formed parts with tight tolerances and a finish requirement takes longer because material has to be sourced, processed and checked. The shop describes its turnaround as generally quick, with communication and timely updates emphasized throughout, which is the part customers actually care about. The best shops tell you when something slips rather than going quiet.

Practical expectations to set on the first call:

• Ask when you will get a quote, and what information is still missing.
• Ask for a realistic ship date, not a hopeful one.
• Confirm who approves drawings, because every day waiting on your signature is a day off the schedule.
• Confirm pick-up or delivery logistics early — the shop’s capabilities list notes both are available on request.

Common Mistakes in Job Briefs

Four errors account for most delays and re-quotes:

1. Describing the part instead of the job. The application drives material choice, weld process and tolerances. “It clamps to a vibrating machine outdoors” tells the shop far more than outer dimensions alone.
2. Withholding the deadline until the quote arrives. Rush work is a scheduling constraint, not an add-on fee.
3. Assuming the shop can see what you mean. If there is a mating part, a load, a corrosion environment or an existing bolt pattern, state it in writing.
4. Skipping finish and code requirements. If the part needs to meet a standard, say which one before manufacturing starts. Deciding after inspection means starting over.

Handled well, the sketch-to-inspection process is unglamorous and fast: a clear call, a defined scope, honest dates, and a part that matches what you agreed to. That consistency, more than any single machine, is what separates a shop you call once from one you keep on speed dial.

How to Choose a Welding and Fabrication Shop (and What to Ask)

When you’re looking into Suburban Welding & Steel, you likely already have a project in mind. The best approach, though, is to know how to evaluate any suburban welding and steel shop before signing off. While price and proximity play a role, capability, credentials, and communication should come first. With those in order, the rest of your decision becomes much easier.

Credentials and Welder Qualifications

Not every state requires a universal welding license, but reputable shops can clearly state their certifications when asked. Find out who will actually be welding your parts: a certified welder working to an AWS or ASME standard, an experienced fabricator, or a helper under supervision. If your job involves structural steel, pressure boundaries, or code-governed handrails, you need a specific answer. Shops that invest in ongoing training also tend to stay current with new processes and materials. To get a better idea of what that training looks like, take a look at our Aluminium Welding Course: What You Learn, Costs & Careers guide.

Insurance, QA, and Code Familiarity

Before moving forward, verify two essentials: general liability and workers’ compensation. If a shop comes on-site without both, the liability falls to you. Next, ask about their quality checks. A solid fabricator will walk you through fit-up, in-process verification, final dimensions, and documented sign-off for anything built to spec drawings. Vague responses should raise concern. Code knowledge is just as important. Meeting AWS D1.1, ASME Section IX, or a qualified procedure isn’t the same as producing a clean bead. As The Fabricator explains in its job-shop breakdown, varying workloads force shops to be upfront about which jobs they’re truly equipped to take on.

Equipment Range and Field Capability

A shop’s machinery tells you a lot about what stays in-house. Capabilities like fiber laser cutting, press brakes, shears, rolls, CNC punch, machining, and robotic welding help avoid outsourcing delays. Be sure their strengths match your material too, as some shops excel with mild steel but have limited experience with aluminum or stainless. For a closer look at the core power sources and gases that drive most shops, check out our Airgas Welding Equipment Guide.

Field work should be treated as its own category. Ask what their mobile truck carries, from plasma and torch work to MIG, TIG, stick, arc gouging, and hardfacing. Mobile welding is ideal for heavy equipment, snowplows, or municipal fleets that can’t be moved. For tight tolerances, critical finishes, or complex positions, however, the controlled shop environment almost always wins out.

Reading Reviews, Ratings, and BBB Context

It’s always smart to check a shop’s Better Business Bureau profile. Just read it with caution. An A+ rating reflects complaint response and adherence to BBB practices, not weld quality. If a business is listed as “Not accredited,” that simply means it hasn’t applied for or paid for accreditation. These are two separate items, and confusing them can lead to a poor hiring decision.

Industry Context: Pay and Demand

The labor market can help set realistic expectations for your quote. The U.S. Bureau of Labor Statistics reports a median annual wage of $51,000 for welders, cutters, solderers, and brazers as of May 2024, across 457,300 jobs in 2024, with projected growth of just 2% from 2024 to 2034. BLS data also shows welders at specialty trade contractors earned a median of $57,310 in May 2024, compared to $49,740 in manufacturing and $53,300 in repair and maintenance. With slow growth, skilled labor comes at a premium, so the lowest bid is often cheap for a reason.

Common Mistakes When Hiring a Shop

• Lack of details: Sending no drawing or dimensions and expecting a firm quote.
• Apples to oranges: Comparing bids without matching scope, material grade, and finish.
• Wrong environment: Hiring a mobile welder for tolerance-critical work.
• Skipping coverage: Failing to verify insurance for on-site jobs.
• Misreading ratings: Assuming an A+ equals workmanship approval.
• Rushing the process: Cutting corners on prep, fit-up, or inspection.

Questions to Ask Before You Hire

1. What processes and materials do you run in-house, and what do you sub out?
2. Who welds the job, and to which standard or procedure?
3. Are you insured for both shop and on-site work?
4. How is work inspected and documented before delivery?
5. What information do you need from me to quote accurately?
6. What’s your realistic lead time, and what happens if it slips?
7. Do you offer cut-to-size material if I only need part of a piece?
8. Can you provide two recent references for work similar to mine?

Shops that answer these clearly, like the capability set published by Suburban Welding & Steel, will also be upfront when a job falls outside their lane. That’s exactly the honesty you want before any metal is cut.

Costs, Limits and Practical Tips (Plus Final Takeaways)

Price is usually the first question and the last thing explained. Fabrication quoting is not arbitrary, though: a shop is pricing metal, labor, setup, and risk. Understanding those levers helps you get a fair number, reduce it where it actually can be reduced, and recognize when a low bid means somebody is cutting a corner. It also clarifies where a general suburban shop stops and a specialized certified shop begins.

What Actually Drives the Price of a Fabrication Job

• Base metal type and thickness. Mild steel is the cheap, forgiving baseline. Stainless costs more and needs clean, dedicated tooling so carbon iron does not contaminate it. Aluminum is light but thermally conductive, meaning more heat input and more distortion control. Thicker plate means more cutting time, more edge prep, and more filler metal.
• Joint preparation. Beveling, grinding, and cleaning are labor that happens before any arc is struck. A lap joint on clean flat bar is quick; a full-penetration groove weld in thick plate requires machining or grinding a bevel, back-gouging, and sometimes fixturing and rework.
• Weld position and access. Flat positional work on a bench moves fastest. Overhead, vertical-up, and out-of-position field welds are slower and demand more skill, which is why qualified welders command more than entry rates. The all-position welding rod guide explains why electrode choice changes with position.
• Finish requirements. A structurally sound weld that still needs grinding flush, deburring, powder coating, or painting adds hours. If the part is visible, say so up front; if it will be buried in a machine, a functional finish saves real money.
• Quantity. One bracket means one setup. Fifty brackets amortize fixturing, programming, and material handling across the run, dropping the per-piece cost sharply.
• Expedited and field work. Rush jobs displace scheduled work, and mobile welding means a truck, an assistant, generators, and travel time. That is why Suburban Welding & Steel bills field and emergency work separately from shop work.

When Buying Material and Doing It Yourself Makes Sense

Suburban Welding & Steel deliberately built a DIY lane: it sells raw steel from stock and cuts it to size, so a handy customer can buy exactly the sheet, angle, tube, or bar a project needs without committing to a mill order. That route suits garden gates, trailer repairs, shop shelving, and light brackets where tolerances are forgiving and the failure mode is not a safety hazard.

The company has also pointed out that its hourly shop rate compares favorably with mechanic labor for equipment repair, which reframes the decision. On a cracked loader arm or a broken plow frame, hours spent welding in your own garage are hours you are not earning, and a botched repair on load-bearing equipment is genuinely dangerous. If you do weld yourself, learn the process properly first. Stick remains the most forgiving outdoor process, and there are clear advantages of stick welding for field and repair work. Some jobs, such as alloy wheel welding, are best left to a shop because wheel integrity is not something to gamble on.

Where a Suburban Shop Hits Its Limits

A general fabrication and welding shop is not a certified structural or pressure shop. Structural steel connections on buildings and bridges typically require welder and procedure qualification under standards such as AWS D1.1 and inspection documentation. Boilers, pressure vessels, and related work fall under ASME and National Board frameworks with authorized inspection. Neither certification is something a job shop can claim casually, and any reputable shop will tell you plainly which codes it can and cannot work to.

Practical limits of a typical suburban shop include maximum plate thickness, crane and lift capacity, and the scope of destructive or NDT inspection available in-house. Large mill-length beams, heavy bridge girders, and stamped certified welds belong with a structural fabricator. Marine and aluminum hull structural work brings its own standards and is not ordinary sheet-metal work. For exotic alloys, procedures get specialized, as covered in Alloy 20 welding procedures.

Safety Cautions for Amateur Welders

Welding combines electric shock, arc radiation, molten spatter, and fire risk in one activity. The OSHA hot work standard (1910.252) sets the baseline for fire prevention, ventilation, and protection of others in the area. Beyond that: never weld galvanized or plated metal in an unventilated space, because the fumes cause metal fume fever; never weld on a fuel tank, even an “empty” one; keep a rated extinguisher within reach; and use a properly shaded helmet with a shade matched to your current. According to the U.S. Bureau of Labor Statistics Occupational Outlook Handbook, welders frequently work in awkward positions while handling hand-held welding, flame-cutting, and soldering tools, and typical entry-level education is a high school diploma with moderate-term on-the-job training. That combination of repetition and posture is why gloves, jackets, and real training matter more than gear upgrades.

A Short Checklist Before You Call Any Shop

1. Bring a sketch or drawing with dimensions, even if it is on a napkin.
2. Identify the material and grade, or describe the part’s application.
3. State thickness, quantity, finish, and tolerances you truly need.
4. Say whether the part is structural, safety-related, or cosmetic.
5. Give your real deadline and budget range, and ask about rush pricing.
6. Ask if the job can be done on-site, and what a mobile visit costs.
7. Confirm delivery or pickup, especially if you are buying material only.

Final takeaways. If you are researching Suburban Welding & Steel, the short version is this: it is a third-generation, family-owned Chicago-area shop in Franklin Park that welds, cuts, forms, fabricates, performs field and emergency repair, and sells steel by the piece, so a homeowner with a gate and a contractor with a fleet of truck mounts can both be served well. Use the same lens on any shop you evaluate: match the process to the metal, know what drives the quote, respect the boundary between general fabrication and certified structural or pressure work, and be honest with yourself about what belongs in your garage and what belongs on somebody else’s bench. Done right, that one phone call turns a cracked frame or a fallen gate into a solved problem.

Frequently Asked Questions

What is Suburban Welding & Steel?

Suburban Welding & Steel LLC is a third-generation, family-owned welding, metal fabrication and raw-material sales company in Franklin Park, Illinois. It serves residential, commercial, municipal and industrial customers across the Chicago suburbs with shop work, field welding and cut-to-size steel supply.

Where is Suburban Welding & Steel located and what area does it serve?

Its shop is at 9820 Franklin Ave., Franklin Park, Illinois 60131, with phone 847-678-1264. The company serves Chicago and the surrounding Chicagoland suburbs, and can travel to customer sites using its field trucks.

What welding processes and materials does the shop handle?

The shop performs MIG, TIG and stick welding plus hard-surfacing, working in steel, aluminum, stainless steel, cast iron and titanium. That covers both ferrous and nonferrous metals, from thin sheet to heavy plate.

Does Suburban Welding & Steel sell raw steel to the public?

Yes. It stocks sheet and plate, angles, channel, tubing, pipe, expanded and floor plate, and bar stock in steel, stainless and aluminum, cut to size. In-stock material can typically be cut the same day, with pickup and delivery available on request.

Can they weld on-site or handle emergency repairs?

Yes. The company runs three fully equipped field trucks plus two backups, carrying plasma and torch cutting, arc gouging, and MIG, TIG and stick capability to job sites. Emergency and rush work is offered depending on availability to reduce downtime.

How long has the company been in business?

The Karner family’s welding business traces to 1952, when founder Bob Karner began as a one-man mobile shop; the current Suburban Welding & Steel entity dates from the 2004-2005 period. Ownership passed to Karen Karner and Brian Kasmer, making it a third-generation family business.

What is its Better Business Bureau rating?

The BBB lists Suburban Welding & Steel LLC with an A+ rating while noting the business is not BBB accredited. An A+ reflects BBB’s assessment of complaint handling and transparency, not a paid accreditation or a guarantee of workmanship.

Do I need engineering drawings to get a quote?

No. The shop says it can start from engineering blueprints, CAD files, or even a hand sketch, then develop the design in-house. Helpful inputs are dimensions, material and thickness, quantity, tolerance, finish, and your deadline.

Will a shop like this take small residential or DIY jobs?

Yes — the company explicitly serves hobbyists and ‘weekend warriors’ alongside engineering and maintenance departments, from raw-material purchases to small repairs. Larger structural, production and municipal work is handled in the same shop.

How is a fabrication job priced?

Pricing generally depends on material cost, cutting and prep, weld position and access, finish work, quantity, and whether field or expedited work is required. Get the scope, tolerance and delivery date confirmed in writing before work starts.