Fermat WF 13
Key Specifications
Spindle Taper
Spindle Power
Accuracy
Repeatability
spindle diameter
x axis travel
Overview
The Fermat WF 13 is a floor-type horizontal boring and milling machine from Fermat Machinery, a Czech Republic-based machine tool manufacturer with roots in the Czechoslovak heavy machine tool industry and continued operations through successive ownership transitions into the modern era. The WF 13 designation indicates the machine's 130 mm spindle diameter — the primary specification by which horizontal boring machines are classified — placing it in the mid-heavy class of floor-type boring machines suited for large prismatic workpiece machining in sectors including energy, oil and gas, mining, heavy transportation, and large-part aerospace and defense work.
The WF 13 is built around a traditional floor-type boring machine architecture: a fixed floor plate with T-slots for workpiece fixturing, a column that travels along the X-axis, a headstock that moves vertically on the column (Y-axis), and a boring spindle that advances axially in the Z-axis. The rotary table is an optional fourth axis providing B-axis workpiece indexing for machining on multiple faces without workpiece repositioning. The spindle is a precision-ground steel unit driven through a gearbox providing multiple speed ranges to match RPM requirements from heavy rough boring to precision finishing cuts. Fermat's WF series machines are built with a cast iron structure that provides excellent vibration damping — critical for achieving good surface finish on large boring and facing operations.
The WF 13 uses a Siemens 840D sl or Heidenhain TNC control depending on customer specification — both premium European CNC platforms with strong global service networks and operator familiarity. The machine's large working range (X travel typically 3,000–5,000 mm, Y travel 2,000–3,500 mm, Z travel 1,000 mm, W spindle travel 800 mm) enables machining of workpieces that would exceed the envelope of smaller boring mills. Fermat provides specialized macro programming libraries for common large boring mill operations: large-diameter facing, line boring, angular boring, and slot milling routines that reduce programming complexity for specialized large-part machining operations.
Fermat positions the WF 13 as a value alternative to higher-priced floor-type boring mills from Parpas, TOS Varnsdorf, Wotan, and similar manufacturers. Built in Czech Republic with European engineering heritage and quality components (Siemens controls, quality spindle bearings, and hardened/ground guideways), the WF 13 delivers credible heavy-duty capability at pricing that is typically more competitive than German or Italian equivalents. Fermat has a global sales and service network with presence in Europe, Asia, and North America, supporting the machine across its long service life — floor-type boring mills are capital investments typically depreciated over 20+ years in heavy industry.
Full Specifications
| Parameter | Value |
|---|---|
| Spindle Diameter | 130 mm |
| Spindle Taper | ISO 50 (SK 50) |
| X Axis Travel | 3,000 mm to 5,000 mm (configuration dependent) |
| Y Axis Travel | 2,000 mm to 3,500 mm (configuration dependent) |
| Z Axis Travel | 1,000 mm |
| W Spindle Travel | 800 mm |
| Spindle Speed Range | 2 – 2,000 RPM |
| Spindle Motor Power | 37 kW (continuous) |
| Spindle Torque | up to 5,000 Nm (at low speed range) |
| Table Load Capacity | 20,000 kg (standard floor plate) |
| Rotary Table | Optional B-axis rotary table, up to 10,000 kg capacity |
| Tool Magazine | Optional ATC up to 40 tools |
| CNC Control | Siemens 840D sl or Heidenhain TNC 640 (customer choice) |
| Positioning Accuracy | ±0.01 mm |
| Repeatability | ±0.006 mm |
Specifications sourced from static.machinetools.com — verified 2026-03-28
Strengths & Limitations
Strengths
- 130 mm spindle diameter provides the torque and rigidity required for heavy rough boring and large-diameter facing cuts in cast iron, steel, and stainless — the fundamental requirement for floor-type boring mill work
- Choice of Siemens 840D sl or Heidenhain TNC 640 control satisfies the preferences of European and North American heavy industry shops who have standardized on one of these platforms
- Czech manufacturing heritage with European component specification (guides, bearings, controls) provides quality credibility at pricing typically below German and Italian equivalent-class machines
- Large workpiece capacity with floor plate T-slots and optional rotary table handles the oversize prismatic parts — turbine housings, pump bodies, gearboxes, press frames — that define the market
- Long service life design philosophy typical of European heavy boring mills — cast iron construction, hardened/ground guideways, and conservative design parameters support 20+ year machine life in industrial use
Limitations
- Global service network, while present, is less extensive than Parpas or TOS Varnsdorf in some regions — heavy boring mill service requires specialized field engineers, and response time varies by location
- Lead time for new WF 13 machines can be lengthy (6–18 months) due to the custom-configured nature of floor-type boring mill orders — buyers with urgent project requirements should discuss lead time with Fermat early in the evaluation process
- Resale market for floor-type boring mills is specialized and illiquid — the machine is essentially a permanent capital installation rather than a liquid asset, which matters for capital planning purposes
Best For
Frequently Asked Questions
01
The '13' in WF 13 designates the boring spindle diameter of 130 mm. In horizontal boring mill classification, spindle diameter is the primary specification because it determines spindle rigidity, torque capacity, and the bore diameter range the machine can directly produce. The WF series covers multiple spindle sizes — WF 10 (100 mm), WF 13 (130 mm), and larger variants — allowing customers to select the spindle class appropriate for their workpiece material and machining requirements.
02
A floor-type boring machine has the workpiece mounted directly on the shop floor (via a floor plate with T-slots) while the column and headstock traverse horizontally to reach the work. A table-type boring machine has the workpiece mounted on a table that traverses relative to a fixed column. Floor-type machines handle larger, heavier workpieces that cannot be moved or that exceed table size limits. The WF 13 is a floor-type machine, making it appropriate for very large parts (turbine housings, pump bodies, large structural weldments) that would not fit on a table-type machine's worktable.
03
Yes. Modern CNC floor-type boring mills like the WF 13 are full machining centers for large prismatic parts — they perform boring, facing, milling, drilling, tapping, and contouring operations. The optional ATC (automatic tool changer) up to 40 tools enables tool-to-tool changes without operator intervention, supporting complex multi-operation setups. The Siemens 840D sl and Heidenhain TNC 640 controls support full simultaneous 4-axis (X, Y, Z, W) and optional B-axis contouring for complex workpiece features.
04
TOS Varnsdorf is another Czech manufacturer with a long boring mill heritage and the WRD 130 is a direct equivalent-class machine. Both are Czech-manufactured floor-type boring mills with 130 mm spindles, European control options, and similar working ranges. Fermat and TOS have overlapping global sales coverage, so buyers in some regions will have access to both brands. Key differentiators are specific control preferences, tooling compatibility, dealer support quality in the buyer's region, and final pricing — both are credible alternatives and should be evaluated with site visits and reference checks.
05
The WF 13 is used primarily in heavy capital goods manufacturing: power generation (turbine casings, generator housings), oil and gas (pump and compressor bodies, valve bodies, large flanges), mining (crusher frames, mill housings), large transportation (ship engine components, locomotive frames), and defense/aerospace large-part machining. Any industry that requires precision boring of large, heavy prismatic parts — typically 2,000 kg to 20,000 kg and larger — is a potential WF 13 user. Job shops specializing in one-off and small-series large-part work are also a key market.
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