Plasma Cutting Services

Q: What exactly is plasma cutting?

Plasma cutting is a fast, precise way to cut metal. It uses hot, electrically charged gas (plasma) to melt and blow away metal along your cut line. It works great on conductive metals like steel, aluminum, and stainless steel.

Q: What metals can I cut with plasma cutting services?

You can cut many metals, including carbon steel, stainless steel, aluminum, copper, brass, and bronze. The key is that the metal must conduct electricity for plasma cutting to work.

Q: How thick can plasma cutting handle?

Most plasma cutting services can cut metal from thin sheets up to about 1 to 2 inches (25 to 50 mm) thick. Some providers can cut even thicker metals, so it’s best to ask about your specific needs.

Q: How fast can plasma cutting services deliver parts?

Turnaround varies by provider and order size. But many services offer quick quotes and can produce parts in just a few days. If you have a tight deadline, tell your provider—they often can speed things up.

Q: Is plasma cutting more accurate than laser cutting?

Plasma cutting is very accurate for many projects, especially thicker metals and larger parts. However, laser cutting usually offers tighter tolerances for very fine and delicate work. Plasma cutting wins when you need speed and cost-effectiveness on thicker materials.

Q: Can I send my own CAD or DXF files for plasma cutting?

Yes! Most plasma cutting services accept CAD or DXF files for fast, precise quoting and cutting. Submitting your files usually speeds up the process and helps avoid mistakes.

Q: What is the typical tolerance for plasma cutting?

Typical dimensional tolerances range around +/- 0.005 to 0.03 inches, depending on metal type and thickness. If you need tighter tolerances, ask about laser or waterjet cutting options.

Q: Do plasma-cut parts require finishing?

Sometimes the edges have minor roughness. Depending on your project, you might want deburring, grinding, powder coating, or anodizing. Many providers offer finishing services—just ask about what’s available.

Q: Is plasma cutting expensive compared to other methods？

Plasma cutting is generally more affordable than laser cutting, especially for thicker metals and large parts. It’s a great balance between cost, speed, and quality.

Q: How do I get a quote or place an order for plasma cutting services?

You can usually get an instant quote by uploading your CAD or DXF file on the provider’s website. If you prefer, you can also contact them directly to discuss your project and get a custom quote.

What is Plasma Cutting Service?

Plasma cutting is a fast and precise way to cut metal using a stream of hot, electrically charged gas called plasma. This powerful jet melts through metals like steel, aluminum, and stainless steel, giving you clean, accurate cuts. It works great on thick and thin materials and is often used when you need shapes cut quickly without spending a lot.

At ShincoFab, we offer plasma cutting services that make your metal cutting projects easy and hassle-free. Whether you need one prototype or a big production run, we can handle your order with speed and care. Our plasma cutters are top-notch and controlled by skilled operators to ensure every cut matches your exact design.

What sets ShincoFab apart is our focus on quality and service. We keep our turnaround times fast, so you get your parts when you need them. Plus, we work with a variety of metals and thicknesses, giving you flexibility for different projects. You don’t have to worry about complicated setups or hidden fees—we keep things simple and transparent.

Ready to get started? Contact ShincoFab today to get a free quote and see how our plasma cutting service can help bring your metal parts to life!

Our Plasma Cutting Capabilities

Need reliable Plasma Cutting Services? At ShincoFab, we cut your metal parts fast and to spec, from one-offs to production. Tell us what you need and we’ll recommend the best setup for speed, quality, and cost. Ready to start? Send your file and get a quick quote today.

01.

Materials We Cut

We handle most conductive metals for sheet and plate work. If you don’t see your alloy, ask us.

Steel: mild/carbon (A36, 1018), HSLA, abrasion resistant
Stainless steel: 301, 304/304L, 316/316L
Aluminum: 5052, 6061, 5083, 6082
Copper, brass, bronze
Galvanized and coated steels (let us know the coating)

Tip: Tell ShincoFab your end use (welded, painted, outdoor) so we pick the right process gas and settings.

02.

Thickness & Length Capacity

We match cut quality to your part size, thickness, and budget. Here’s what to expect.

Thickness range

Aluminum: 0.040″–1.50″ (1–38 mm)
Steel: 0.040″–1.50″ (1–38 mm)
Stainless: 0.040″–1.50″ (1–38 mm)
Max plate size (standard): up to 60″ x 120″ (5′ x 10′); larger on request
Bevel cutting: up to 45° (V, X, K, Y bevels) to reduce secondary ops

Typical plasma tolerances (HD settings; vary by thickness and geometry)

Profile (edge-to-edge, same plane): ±0.010″ to ±0.020″ (0.25–0.50 mm)
Edge to hole (same plane): ±0.015″ to ±0.025″ (0.38–0.64 mm)
Hole to hole (same plane): ±0.010″ to ±0.020″ (0.25–0.50 mm)
Feature across bends/formed parts: ±0.030″ (0.76 mm)
Kerf width: ~0.040″–0.080″ (1.0–2.0 mm), depends on thickness
Bevel angle accuracy: ±1°
Edge taper: typically 1–3°
Minimum part size: ~1.0″ x 1.0″ (25 x 25 mm)
Minimum web/slot width: ≥2x material thickness or 0.100″ (2.5 mm), whichever is larger
Minimum hole diameter: ≥ material thickness (best quality at ≥1.5x thickness)

Not sure what tolerance you need? Share your drawing and ShincoFab will confirm what’s achievable before we cut.

03.

Finishes & Secondary Operations

We can deliver parts ready for assembly. Combine plasma cutting with these add-ons at ShincoFab:

Finishing

Deburr and edge break (standard)
Bead blasting
Powder coating
Anodizing (Type II / Type III for aluminum)
Chem film (chromate conversion)
Black oxide (for steel)
Brushing and polishing (select metals)

Secondary operations

Forming (press brake)
Tapping, countersinking, and drilling
PEM hardware installation
Welding and assembly
Light machining

Tell us your finish color, gloss, and environment (indoor/outdoor). We’ll guide you to the right spec.

04.

File Types & Prep

Send your files to get started. If you need help, ShincoFab can clean up your drawings at quoting.

Best for plasma: .DXF (2D), .DWG, .AI, .EPS, .SVG
We can also accept: .STEP/.STP, .IGES for reference

File prep tips

Use 1:1 scale and include units (in/mm)
Single-line (non-thickened) profiles; remove duplicates and hidden lines
Close all contours; avoid tiny features below the “Minimums” above
Put bend lines, etch marks, and notes on separate layers (or provide a clear PDF)
No kerf compensation needed—ShincoFab will apply correct offsets

Have questions or a rush job? Contact ShincoFab now and we’ll help you lock in the right material, thickness, and tolerance for your part.

Why Choose Our Plasma Cutting Services

If you’re comparing options, here’s what sets us apart and how we help you get clean, accurate parts on time. Have a project ready? Contact ShincoFab now and let’s get you a fast quote.

01.

Fast Quotes, Faster Turnarounds

You want parts that fit the first time. Our high-definition CNC plasma cutting delivers clean edges and consistent tolerances on thin sheet and thick plate. We support bevel cutting (V, K, X, Y) for weld prep, so you skip extra machining and get parts ready to assemble.

We’ll review your tolerances, kerf, and material thickness upfront, then confirm the best cut strategy for aluminum, stainless steel, and carbon steel. With ShincoFab, you get predictable results and fewer secondary ops. Not sure if plasma is the best choice vs. laser or waterjet? Ask us—we’ll help you pick the right process. Ready to talk specs? Contact ShincoFab.

02.

High‑Definition Accuracy on Thick Plate

03.

Materials and Finishes

Don’t chase multiple vendors. We source common metals—stainless steel, mild/carbon steel, aluminum, copper, and brass—and handle finishing in-house or through trusted partners. Need deburring, powder coating, anodizing, chem film, or black oxide? We’ve got you covered.

We also clean, degrease, and inspect parts so they arrive shop-ready. If you have special finish requirements, let us know and we’ll match your spec. Working with ShincoFab means fewer handoffs, tighter control, and less time managing suppliers. Tell us your material and finish needs, and we’ll quote it all together.

04.

Prototype to Production, No Stress

Start small, then scale. We handle quick prototypes, short runs, and high-volume production with consistent CNC plasma cutting quality. We use family-pricing and nested programs to keep your unit costs down as volumes grow.

You get repeatable results across batches, with inspection options like first article review, material certs, and traceability when needed. ShincoFab builds reliable workflows so your parts stay consistent job after job. Planning a ramp-up? Let’s map it out and lock timelines—contact us to schedule.

05.

Design Help That Saves You Money

Good files cut better. If you need help, we can fix DXFs, prep 2D drawings, and optimize part features for plasma cutting. We’ll advise on minimum feature sizes, hole diameters, edge spacing, and bevels to avoid rework and keep tolerances tight.

We also flag areas where laser or waterjet may be smarter (tiny holes, super-tight tolerances) and suggest tweaks so plasma still works when budget or lead time matters. With ShincoFab, you get practical DFM support and honest guidance. Send us your files, and we’ll suggest quick wins.

06.

Reliable Quality and Clear Communication

You deserve straight talk and solid parts. Our team at ShincoFab sets clear expectations, confirms specs, and shares status as your job moves from cutting to finishing. We follow strict quality checks and provide inspection reports on request.

If something changes, you’ll hear from us early. If you need a rush, we’ll tell you what’s possible and make it happen. We treat your deadlines like our own. Ready for a smooth, dependable partner? Reach out to ShincoFab and let’s get started.

FAQ

Looking for answers about Plasma Cutting Services? Here’s a helpful FAQ section that covers what you need to know. Whether you’re new to plasma cutting or want to get the most from the service, these questions will clear things up quickly.

What exactly is plasma cutting?

Plasma cutting is a fast, precise way to cut metal. It uses hot, electrically charged gas (plasma) to melt and blow away metal along your cut line. It works great on conductive metals like steel, aluminum, and stainless steel.

What metals can I cut with plasma cutting services?

You can cut many metals, including carbon steel, stainless steel, aluminum, copper, brass, and bronze. The key is that the metal must conduct electricity for plasma cutting to work.

How thick can plasma cutting handle?

Most plasma cutting services can cut metal from thin sheets up to about 1 to 2 inches (25 to 50 mm) thick. Some providers can cut even thicker metals, so it’s best to ask about your specific needs.

How fast can plasma cutting services deliver parts?

Turnaround varies by provider and order size. But many services offer quick quotes and can produce parts in just a few days. If you have a tight deadline, tell your provider—they often can speed things up.

Is plasma cutting more accurate than laser cutting?

Plasma cutting is very accurate for many projects, especially thicker metals and larger parts. However, laser cutting usually offers tighter tolerances for very fine and delicate work. Plasma cutting wins when you need speed and cost-effectiveness on thicker materials.

Can I send my own CAD or DXF files for plasma cutting?

Yes! Most plasma cutting services accept CAD or DXF files for fast, precise quoting and cutting. Submitting your files usually speeds up the process and helps avoid mistakes.

What is the typical tolerance for plasma cutting?

Typical dimensional tolerances range around +/- 0.005 to 0.03 inches, depending on metal type and thickness. If you need tighter tolerances, ask about laser or waterjet cutting options.

Do plasma-cut parts require finishing?

Sometimes the edges have minor roughness. Depending on your project, you might want deburring, grinding, powder coating, or anodizing. Many providers offer finishing services—just ask about what’s available.

Is plasma cutting expensive compared to other methods？

Plasma cutting is generally more affordable than laser cutting, especially for thicker metals and large parts. It’s a great balance between cost, speed, and quality.

How do I get a quote or place an order for plasma cutting services?

You can usually get an instant quote by uploading your CAD or DXF file on the provider’s website. If you prefer, you can also contact them directly to discuss your project and get a custom quote.

Contact Us for Plasma Cutting Service

Got questions or ready to get started with plasma cutting services? We’re here to help you with precise, fast, and cost-effective metal cutting solutions. Whether you need custom parts, help with file preparation, or want to discuss your project details, just reach out us today!

Plasma Cutting Service

What is Plasma Cutting Service?