Bodor T-Series 12kW Fiber Laser
Key Specifications
Cutting Area
Laser Power
Laser Type
Max Cutting Thickness (Steel)
Positioning Speed
Positioning Accuracy
Overview
The Bodor T-Series 12kW is Bodor's high-power flagship fiber laser cutting platform, designed for heavy-gauge sheet metal fabrication, structural steel processing, and production environments where cutting thick sections at high throughput is the primary requirement. At 12,000 W of fiber laser output, the machine operates in a class occupied by only a handful of global manufacturers and is priced considerably below Western European equivalents.
The T-Series frame is a heavy-duty welded steel gantry construction with precision-ground linear guides on all axes, engineered to handle the mass and vibration demands of high-power cutting without deflection. The 12 kW source — supplied by IPG Photonics or Raycus depending on configuration — enables cutting mild steel up to 40 mm thick, stainless steel up to 30 mm, and aluminum up to 25 mm, opening applications in shipbuilding components, heavy equipment fabrication, pressure vessel manufacture, and structural steel processing that lighter machines cannot address.
Bodor integrates its high-power cutting head with a large-bore nozzle system and high-flow assist gas delivery, essential for displacing molten metal from deep kerf cuts in thick plate. The BCL control system on the T-Series includes power modulation profiles optimized for thick-section cutting, perforation sequencing on thick stainless, and automatic focus calibration at each power level change. Cutting speeds on thin material remain competitive — 3 mm mild steel processes at over 30 m/min — while the 12 kW headroom provides full-thickness capability when the job demands it.
The T-Series platform is targeted at heavy fabrication shops, steel service centers, offshore and maritime suppliers, and contract manufacturers who require both thick-plate capability and high-speed thin-sheet performance in a single machine. Automatic nozzle changers, dual pallet systems, and sorting conveyors are available to support high-volume production runs.
Full Specifications
| Parameter | Value |
|---|---|
| Cutting Area | 3,000 x 1,500 mm (standard); larger formats available |
| Laser Power | 12,000 W (fiber, IPG or Raycus) |
| Laser Type | Fiber laser |
| Max Cutting Thickness (Steel) | 40 mm (mild steel); 30 mm (stainless); 25 mm (aluminum) |
| Positioning Speed | 120 m/min |
| Positioning Accuracy | ±0.03 mm |
| Control System | Bodor BCL high-power edition with touchscreen HMI |
| Machine Weight | Approx. 14,000 kg |
Specifications sourced from bodor.com — verified 2026-03-28
Strengths & Limitations
Strengths
- 12 kW output enables thick-plate cutting (40 mm steel) rarely available at this price point
- Competitive thin-sheet cutting speeds alongside full thick-section capability
- IPG Photonics source option provides globally recognized laser reliability
- Heavy-duty frame construction suitable for demanding production environments
- Significant price advantage over Trumpf, Bystronic, or Mazak equivalents
Limitations
- Service infrastructure outside China less developed than European competitors
- 12 kW assist gas consumption is substantial — requires industrial nitrogen/oxygen supply infrastructure
- BCL controller lacks the ecosystem depth and third-party integration of Fanuc or Siemens platforms
Best For
Frequently Asked Questions
01
Nitrogen and oxygen are both used depending on material and edge quality requirements. Oxygen is typically used for thick mild steel to promote exothermic combustion that assists the cut, while nitrogen provides oxide-free edges on stainless steel. High-flow regulators and large-bore nozzles are required at 12 kW to maintain proper assist gas pressure through deep kerfs.
02
At 12 kW, fiber laser cutting produces narrower kerf, better edge squareness, and superior surface finish compared to plasma on material up to approximately 25–30 mm. Plasma retains a cost advantage on very thick sections (40 mm+) due to lower consumable cost and higher travel speed. The T-Series 12kW competes with plasma on productivity while delivering laser-quality edges for precision parts.
03
Yes. Bodor offers the T-Series in extended formats including 4020 (4,000 x 2,000 mm) and 6020 (6,000 x 2,000 mm) for processing larger plate formats. These are available with the same 12 kW laser source and are common in shipbuilding and heavy structural steel applications.
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