Bodor A3 vs Bodor A3T: How to Choose the Right Fiber Laser for Your Needs
24.07.2026
Bodor A3 vs Bodor A3T: How to Choose the Right Fiber Laser for Your Production Needs
A fiber laser is a strategic investment for 7–10 years of workshop operation, so choosing the wrong configuration can cost significantly more than the price difference between the models.
At first glance, Bodor A3 and Bodor A3T may appear similar: both represent a new generation of high-precision fiber lasers from Bodor Laser and will soon be available in stock at the warehouses of the official importer, MACHENTECH. However, they are designed for fundamentally different production tasks.
In this article, we will examine the technical differences between the two models and help you determine which solution will best optimize your manufacturing processes.
Bodor A3 — A Specialized Machine for Pure Sheet Metal Cutting
Bodor A3 is a fiber laser cutting system designed exclusively for high-speed sheet metal processing, including carbon steel, stainless steel, aluminum, brass, and other non-ferrous metals. The model is engineered for serial production of sheet metal parts, where stability, predictable productivity, and minimal setup time are the key priorities.
Advantages of Bodor A3 for Manufacturing
- Maximum precision and speed: the absence of additional mechanical modules allows the machine to achieve outstanding dynamics in sheet metal cutting.
- Ease of operation: a single loading type simplifies operator work, reduces the risk of human error, and accelerates the transition between production tasks.
- CAPEX optimization: a lower initial investment threshold compared to combined laser systems.
- Workshop ergonomics: compact dimensions enable more efficient use of valuable production space.
Bodor A3T — A Universal “Sheet + Tube” Solution in One System
Bodor A3T combines the power of the base A3 series with a tube-cutting module, including an automated chuck, feeding system, and support rollers for long workpieces. The machine performs cutting operations on both sheet metal and tubular materials, such as round, square, rectangular tubes, and angle profiles.
It is an ideal solution for manufacturers whose products combine sheet and profile components in a single finished assembly, such as frame structures, fences, technological frameworks, and furniture elements.
Advantages of Bodor A3T for Manufacturing
- Equipment cost savings: one system can fully replace two separate machines — a sheet laser and a tube laser.
- Expanded order portfolio: the ability to complete complex integrated projects without involving external subcontractors.
- Production flexibility: quick switching between sheet and tube cutting depending on the current workshop workload.
- Space optimization: it occupies significantly less space than two separate machines with their own service areas.
Comparative Overview: Bodor A3 vs Bodor A3T
| Parameter / Characteristic | Bodor A3 | Bodor A3T |
|---|---|---|
| Primary purpose | Sheet metal cutting | Sheet + tube cutting (round, square, rectangular, angle profile) |
| Workshop specialization | Serial production of sheet metal parts | Combined production (furniture frames, metal structures, frames) |
| Investment level (CAPEX) | Basic (without tube module) | Extended (includes chuck, support rollers, and positioning system) |
| Required floor space | Compact installation area | Extended area (requires space for loading 6-meter tubes) |
| Setup complexity | Minimal (single cutting type) | Medium (switching between “Sheet / Tube” modes) |
| Return on investment (ROI) | Faster — due to focus on a specific task | Long-term — due to a broader range of orders |
| Maximum material thickness | Depends on the laser source | Depends on the laser source |
Practical Checklist: Which Model Should You Choose?
Answer these five key questions about your production before making a decision:
- What is the share of tube parts in your current portfolio? If it is less than 10–15%, a dedicated tube module may remain underutilized, inefficiently freezing capital.
- Do you manufacture products with assembled elements, such as frames and structures? If sheet and tube components are welded into a single assembly, A3T can significantly reduce internal workshop logistics.
- Do you have sufficient free space in the workshop? Consider the additional loading and feeding area required for long tube stock when choosing A3T.
- What are your ROI expectations? A3 provides a faster payback for mono-task production, while A3T delivers higher margins on complex integrated orders.
- What is the qualification level of your operators? Operating a combined machine requires an understanding of tube-cutting geometry and joint preparation.
Conclusion
Choose Bodor A3 if the core of your business is high-speed sheet metal cutting and your priorities are rapid implementation, operational simplicity, and minimizing initial investment.
Choose Bodor A3T if your production is focused on metal structures where sheet and tube components are combined into a single product, and you require maximum technological flexibility.
All Bodor models are supplied to Ukraine through the official importer MACHENTECH, with full factory warranty, professional service support, and commissioning included.
For precise selection of laser source power based on your material thicknesses and cutting map calculations, contact MACHENTECH specialists.