Fermat WFU 130
Key Specifications
X Travel
Y Travel
Z Travel
Max Spindle
Table Size
Spindle Power
Overview
The Fermat WFU 130 is a universal CNC horizontal boring and milling machine with a 130 mm spindle diameter, produced by Fermat Machinery in the Czech Republic. The WFU designation distinguishes the universal configuration from the standard WFB series, with the universal version incorporating a CNC rotary table as standard and being configured for full multi-axis and multi-sided machining applications. The WFU 130 is designed for manufacturers who require both horizontal boring and complex 4th/5th-axis milling capability in a single machine platform, without the additional procurement and floor space cost of a separate machining center.
The universal configuration of the WFU 130 centers on the integrated CNC rotary table that provides the B-axis for workpiece rotation. With B-axis rotation combined with the machine's X, Y, Z, and W linear axes, the WFU 130 can present all four vertical faces and angled features of a workpiece to the spindle in a single setup. This multi-sided machining capability is essential for complex aerospace housings, large die casting tooling, energy equipment components, and gearbox cases where multiple intersecting bores and milled surfaces must be accurately located relative to each other.
Fermat offers the WFU 130 with Heidenhain TNC 640 or Siemens SINUMERIK 840D sl CNC. With the TNC 640, operators benefit from Heidenhain's well-regarded conversational programming interface (Klartext), which is particularly efficient for shopfloor-generated programs on complex prismatic parts. With the Siemens 840D sl, users have access to the full ShopMill environment and DIN-ISO programming, along with advanced 5-axis cycle libraries. Both controls support Fermat's application cycle package for boring mill-specific operations.
The spindle drive on the WFU 130 uses a gearbox and high-torque AC spindle motor to deliver the low-speed torque required for large-diameter boring bars and heavy face mills, while also providing adequate speed for finishing operations. The 130 mm spindle has an ISO 50 (SK50) tool taper, which is standard in the horizontal boring mill category and gives access to the full range of industry-standard boring, milling, and facing tooling. The optional CNC facing head extends capability to large-diameter turning-like operations on the spindle axis.
As the higher-specification model in Fermat's WF 130 series, the WFU 130 appeals to manufacturers who are running complex, high-value components where multi-sided machining capability justifies the incremental investment over the standard WFB 130. Czech manufacturing costs allow Fermat to price the WFU 130 attractively compared to German and Swiss universal boring mills of comparable specification. The machine is sold through Fermat's European dealer network and selected international representatives, and is increasingly present in the Middle Eastern and Asian markets alongside Fermat's broader horizontal boring mill product line.
Full Specifications
| Parameter | Value |
|---|---|
| Spindle Diameter | 130 mm |
| X-Axis Travel | 3,000 – 6,000 mm (configuration-dependent) |
| Y-Axis Travel | 2,000 mm |
| Z-Axis Travel | 1,600 mm (W-axis: 800 mm) |
| Max Spindle Speed | 2,500 rpm |
| Spindle Motor Power | 45 kW |
| Table Size | 1,400 x 1,250 mm CNC rotary table (standard), up to 20,000 kg capacity |
| Max Workpiece Weight | 20,000 kg |
| CNC Control | Heidenhain TNC 640 or Siemens SINUMERIK 840D sl |
| Machine Weight | approx. 42,000 kg |
| Born | August 17, 1601, Beaumont-de-Lomagne,France |
| Died | January 12, 1665,Castres(aged 63) |
| Notable Works | “Introduction to Loci” |
| Subjects Of Study | Fermat prime |
| Manufacturer | TE Connectivity |
| Model | 36160SET |
| Power | 4.5 kW |
Specifications sourced from machinio.com — verified 2026-03-28
Strengths & Limitations
Strengths
- Universal configuration with integrated CNC rotary table enables true multi-sided machining
- 130 mm spindle and high-torque gearbox drive handle the most demanding boring and milling operations
- Heidenhain TNC 640 option offers excellent conversational programming for complex shopfloor work
- European build quality at a price point below comparable German universal boring mills
- CNC facing head option adds large-diameter turning capability without a separate machine
Limitations
- Higher cost than the standard WFB 130 due to the integrated rotary table configuration
- International service support infrastructure less developed than larger global machine tool brands
- Availability and lead times vary depending on Fermat's current production schedule
Best For
Frequently Asked Questions
01
The WFU 130 is the universal variant with a CNC rotary table (B-axis) integrated as standard, enabling full 4+1 and simultaneous 5-axis machining as well as multi-sided setups in a single clamping. The WFB 130 is the standard table-type model where rotary table capability is an option. The WFU is chosen when complex multi-face and 5-axis work is the primary application.
02
The standard CNC rotary table on the WFU 130 has a load capacity of up to 20,000 kg. For workpieces exceeding this weight, Fermat can configure a floor-plate extension or specify a higher-capacity rotary table at time of order.
03
Fermat offers optional automatic pallet changer (APC) systems for the WFU 130 to enable concurrent load/unload with machining, improving throughput on repeating production parts. The APC configuration is specified at order time as it affects the machine footprint and foundation requirements.
04
Yes. With the Heidenhain TNC 640 control option, operators can write programs directly at the machine using the Klartext conversational programming language. This is particularly practical for one-off or small-batch work on complex prismatic parts where writing a CAM program would take longer than conversational shopfloor programming.
05
The WFU 130 incorporates a thermal compensation system that uses temperature sensors on key machine elements including the spindle, headstock, and ballscrews to apply real-time positional corrections. This minimizes thermal drift during extended shifts, maintaining dimensional accuracy without frequent manual recalibration.
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Links to community discussions. Summaries are editorial — visit the original thread for full context.