Agricultural Equipment

Build Farm Equipment Stronger & Faster with Fiber Laser

Canadian agricultural equipment manufacturers use Rise Tek fiber laser cutters and press brakes to produce durable frames, guards, hoppers, and implement components from thick mild steel — meeting seasonal demand surges without sacrificing quality.

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Up to 20mmMild Steel Capacity

6020 BedLarge Frame Option

±0.05mmPart Accuracy

24 hrService Response

Industry Challenges

What Ag Equipment Manufacturers Demand

Agricultural equipment manufacturing in Canada is defined by seasonal demand peaks, durable construction requirements, and the need to produce a wide variety of part types from a single shop.

Seasonal Production Surges

Demand for seeding, tillage, and harvesting equipment spikes seasonally. A fiber laser lets your shop scale output without adding headcount — one operator can run the laser while others weld and assemble.

Thick Mild Steel Construction

Agricultural frames and structural components are typically 8–20mm mild steel — built to handle field impact and years of rough use. Fiber laser cuts these cleanly where thinner-gauge machines struggle.

Wide Part Variety

A single ag equipment line may require hundreds of unique parts — brackets, guards, gussets, bearing mounts, and seed hoppers. A fiber laser cuts all of them from DXF without tooling changes between parts.

High Scrap Cost on Thick Plate

Heavy mild steel is expensive. Plasma cutting on 10–20mm plate produces wide kerf and significant material loss. Fiber laser's narrow kerf and precise nesting maximize yield from every sheet.

Custom & Retrofit Parts

Agricultural shops frequently produce custom parts for dealer retrofit programs and replacement components. Laser cutting makes small-batch and one-off parts fast and cost-effective without special tooling.

Canadian Parts Availability

When a machine fails during spring seeding season, weeks-long parts delays are unacceptable. Rise Tek stocks consumables locally in Mississauga and responds within 24 hours across Canada.

Sheet & Plate — Primary

HF Expert Series Fiber Laser

Cut frames, guards, gussets, hoppers, and plates from mild steel 1–20mm. Available in 3015, 4020, and 6020 bed sizes to accommodate large agricultural frame components. High-power 6kW option for thick plate at production speed.

3kW – 6kW3015 / 4020 / 6020 BedUp to 20mm Mild Steel

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Tube & Bar — Frame Work

TX Heavy-Duty Tube Laser

Cut and cope round tube, square tube, and rectangular HSS for equipment frames, drawbars, toolbar sections, and axle housings. Handles material up to Ø220mm with 6-axis CNC for complex end cuts and notches.

3kW – 12kWTubes Ø20–220mm6-Axis CNC

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Bending — Downstream

CNC Press Brake

Fold laser-cut blanks into finished ag equipment parts — mounting brackets, seed hopper sides, guards, and structural angles. CNC press brakes with programmable backgauge handle thick mild steel efficiently.

80T – 320T2500–4100mm BedCNC Backgauge

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Heavy steel fabrication for agricultural equipment frames and components

Canadian Ag Equipment OEM

The Productivity Case

How Fiber Laser Transforms Ag Equipment Production

The shift from plasma to fiber laser in agricultural equipment manufacturing is about more than speed — it's about the entire production flow from raw plate to finished part.

Handle seasonal peaks without new hiresOne laser operator with automated nesting can produce what previously took two or three plasma operators — keeping your labour cost flat during peak demand months.
Weld-ready edges on 10–20mm steelAgricultural frames go directly from laser to weld fixture — no grinding, no slag removal. Save 15–20 minutes of prep time per part on thick-gauge material.
Program new parts in under an hourNew implement designs go from CAD DXF to first laser cut in under 60 minutes — no punch tooling to order, no dies to set up. Prototyping is fast and inexpensive.
Consistent part quality across the seasonCNC laser cutting produces identical parts on run #1 and run #10,000. No operator-to-operator variation, no re-measuring between shifts.

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Can fiber laser cut the thick mild steel used in ag frames (10–20mm)?

Yes. A 6kW HF Series fiber laser handles mild steel up to 20mm cleanly with weld-ready edges. Structural frame plates in the 8–16mm range — which cover most ag equipment frames — are cut at high speed with narrow kerf and minimal heat-affected zone. For material over 20mm, contact us to discuss configuration options.

Do I need a large-format laser for full equipment frames?

Depends on your largest parts. A 3015 bed (3m × 1.5m) handles most individual plates and brackets. For frame weldments where sub-frames are cut as single pieces, the 4020 (4m × 2m) or 6020 (6m × 2m) bed makes sense. Rise Tek will review your part list and recommend the right bed size during your consultation — you don't have to overbuy.

How does the machine handle different part sizes in one production run?

Nesting software combines multiple different parts onto the same sheet automatically — maximizing material yield. Your operator loads the sheet, starts the program, and the laser cuts every part in that nest before moving to the next sheet. For complex assemblies with 50–100 unique parts, nesting typically achieves 80–88% material utilization.

What's the service situation if we're in a rural or Western Canada location?

Rise Tek delivers and installs across Canada, including Saskatchewan, Alberta, and Manitoba — where many ag equipment OEMs are based. For remote locations, we provide extended remote diagnostic support plus a spare parts kit for fast self-service of consumables. Contact us to discuss your specific location and we'll outline the full service plan.