Oil, Gas & Energy

Heavy-Duty Cutting for Oil, Gas & Energy Fabricators

From skid frames and pipe saddles to pressure vessel flanges and cable tray, Rise Tek fiber laser cutters handle the thick plate and heavy tube work that energy sector fabricators in Alberta, Saskatchewan, and BC depend on — with Canadian support on the ground.

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Up to 30mmSteel Cutting Depth

±0.05mmCutting Accuracy

6kW+Available Power

24 hrService Response

Industry Challenges

What Oil, Gas & Energy Fabricators Need from Cutting Equipment

Energy sector fabrication combines thick plate, large format parts, and demanding material specifications. Plasma and oxyfuel leave too much rework. Waterjet is too slow. Fiber laser hits the middle — speed, quality, and thick-plate capability in one machine.

Thick Plate & Heavy Steel

Skid frames, structural gussets, and pressure vessel flanges run 10–30mm thick. High-power fiber lasers (6kW+) cut this range cleanly and faster than plasma, without the dross, slag, and edge grinding that plasma demands on heavy plate.

Pipe & Tube Saddle Cuts

Pipe saddles, miter cuts, and branch connections are labour-intensive to lay out and cut manually. A fiber laser tube cutter programs these profiles from pipe diameter and angle — producing saddle cuts in seconds with weld-ready edges.

ASME & CWB Material Requirements

Energy sector components often call for ASME-grade material processing. Fiber laser's minimal heat-affected zone preserves material properties in heat-sensitive alloys and reduces the risk of HAZ-related rejections in code-compliant fabrication.

Large Format Parts

Skid bases, access platforms, and cable tray sections span 3–6 metres. Rise Tek HF Series machines come in 3015, 4020, and 6020 bed sizes — handling full-length structural cuts without repositioning or manual layout.

Project-Based Demand Spikes

Energy fabrication follows project cycles — massive volume for a few months, then a pause. Equipment needs to deliver production rates that compress project timelines without the consumable and labour cost that plasma systems accumulate at high volume.

Remote Site Delivery & Support

Many Canadian energy fabricators operate in remote or semi-remote locations. Rise Tek delivers to Alberta, Saskatchewan, BC, and Northern Ontario with professional installation and certified technicians who travel to your site — not just to a major city.

Heavy Plate — Primary Rec.

HF Expert Series Fiber Laser

The HF Expert Series in 4kW–6kW configuration handles the thick mild steel, AR plate, and stainless common in energy skid and vessel fabrication. Available in 4020 and 6020 bed sizes for full-length structural cutting without repositioning.

3kW – 6kW 4020 / 6020 Bed Up to 30mm Steel

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Pipe & Tube — Saddle Cuts

Fiber Laser Tube Cutter

For pipe saddles, miter joints, branch take-offs, and structural tube in oil and gas process piping or support structures. Programs saddle cuts from pipe OD and intersection angle — weld-ready edges, no layout, no grinding.

1.5kW – 6kW Tubes Ø20–220mm Heavy Wall Capable

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Bending — Downstream

CNC Press Brake

Complete skid components, cable tray, and enclosure panels in-house. CNC press brakes with tonnages up to 320T handle the heavy plate forming that energy sector skid fabricators need — without outsourcing bending to a secondary shop.

80T – 320T Capacity 2500–4100mm Bed CNC Backgauge

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Heavy plate and steel fabrication for oil and gas skid frames

Canadian Energy Fabrication

Why It Works

Fiber Laser vs. Plasma & Oxyfuel for Heavy Plate

Energy fabricators who switch from plasma to fiber laser consistently report faster project completion, lower rework rates, and fewer secondary operations. The math on thick plate is compelling:

Weld-ready edges, no grindingPlasma and oxyfuel on 12–25mm plate produce dross and oxidized edges that require grinding before fit-up. Fiber laser edges are square, slag-free, and weld-ready — eliminating a labour-intensive secondary step on every part.
Minimal heat-affected zoneThe fiber laser's narrow kerf and fast cutting speed produce a HAZ of 0.1–0.3mm on most steels — critical when cutting ASTM A516, A572, or chromoly grades where heat input affects material properties near the cut.
Complex profiles without fixturingGusset plates, lifting lug profiles, and custom flanges cut directly from DXF files without fixture setup. Nesting software maximizes plate utilization, reducing steel waste on expensive material.
Lower consumable cost per partNo plasma electrodes, shields, or oxyfuel gas. Fiber laser consumables — lenses and nozzles — cost a fraction of plasma consumables at comparable volume, reducing operating cost per cut part by 35–55%.

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Can a fiber laser cut the 20–30mm plate we use for skid frames?

Yes. The HF Expert Series in 6kW configuration cuts mild steel up to 30mm and stainless up to 20mm. For thicker structural sections (I-beams, heavy HSS), we recommend a plasma or combination approach and can advise during your consultation. For plate-based skid work — gussets, base plates, lifting lugs, and flanges — fiber laser is typically the best choice from 6mm to 25mm.

Does fiber laser work on chromoly and alloy steels used in pressure applications?

Fiber lasers cut chromoly (4130, 4140), HSLA steels, and ASTM pressure vessel grades. The key advantage is the minimal HAZ compared to plasma and oxyfuel, which helps preserve material properties in the cut zone. For code-compliant applications, Rise Tek can provide cutting parameter documentation for the specific alloy grades you use.

We're in Alberta. Can Rise Tek deliver and install there?

Yes. Rise Tek ships and installs across Canada — Alberta, Saskatchewan, BC, Manitoba, and Ontario are all within our delivery and service network. Our technicians travel to your site for installation, commissioning, operator training, and warranty service. There's no additional travel surcharge for Western Canada deliveries on standard machine orders.

How does the tube laser handle large-diameter pipe like 4" or 6" schedule 80?

Our tube laser models handle OD up to 220mm (approximately 8-inch pipe) with wall thicknesses typical for schedule 40 and schedule 80 in that range. The machine cuts saddle profiles, miter angles, and branch openings in a single setup with weld-ready edges. For pipe over 8" OD or very heavy wall, we'll review your specific requirements during the consultation and recommend the right configuration.