First In Service operates an extensive CNC machine park designed for heavy components, long shafts, and complex geometries. Our equipment handles workpieces up to Ø 2,800 mm diameter, 13,000 mm in length, and 4,500 mm in height, with tolerances down to ±0.02 mm.
Heavy-duty floor-type boring mill. X-axis travel 13,500 mm, Y-axis 4,000 mm, Z-axis 900 mm, W-axis 730 mm, V-axis 900 mm. Our largest machine, capable of machining the heaviest industrial components including marine propulsion housings, energy sector casings, and mining equipment frames.
Table-type boring mill. X=4,200 mm, Y=2,500 mm, Z=2,100 mm. Ideal for medium-large components requiring multi-face machining in a single setup.
Floor-type boring mill. X=3,500 mm, Y=2,000 mm, Z=1,600 mm. Versatile workhorse for a wide range of boring and milling operations.
Horizontal boring mill. X=2,200 mm, Y=1,600 mm, Z=1,600 mm. Precision horizontal machining for medium-sized components.
Bed-type CNC milling machine. X=4,000 mm, Y=1,500 mm, Z=1,400 mm. High-rigidity bed-type design for heavy milling operations on large workpieces.
CNC milling machine. X=3,400 mm, Y=740 mm, Z=750 mm.
Vertical CNC milling machine. X=1,400 mm, Y=800 mm, Z=700 mm.
Heavy-duty vertical turning lathe. Table diameter 2,500 mm, maximum workpiece diameter 2,700 mm, maximum height 1,900 mm. Equipped with Mitutoyo linear scales for precision measurement during turning operations.
Vertical turning lathe (operational from March 2026). Table diameter 2,000 mm, max workpiece 2,300 mm, max height 2,200 mm.
CNC vertical turning lathe. Table diameter 1,600 mm, max workpiece 2,000 mm, max height 1,200 mm.
CNC horizontal turning center. Maximum turning length 3,250 mm, maximum diameter 1,000 mm. Y-axis capability for off-center machining. Ideal for long shafts, propeller shafts, and cylindrical components for the energy and marine sectors.
Plate rolling capability for steel plates up to 40 mm thickness and 3,000 mm (3 m) width. We roll cylindrical shells, conical sections, and custom curved profiles for pressure vessels, tanks, piping, and structural applications. Materials include carbon steel, stainless steel, duplex, and wear-resistant steels.
EN 3834-2 certified welding operations performed by qualified welders across multiple processes.
Gas Tungsten Arc Welding for high-quality root passes, thin-wall components, and critical joints on stainless steel, duplex, super duplex, titanium, Inconel, and Hastelloy. Precise heat control for corrosion-critical and pressure-rated applications.
Metal Inert Gas and Metal Active Gas welding for high-productivity fabrication of carbon steel and stainless steel structures. Primary process for heavy structural fabrication with high deposition rates on components up to 35x7x7 m and 160 tonnes.
Submerged Arc Welding for deep-penetration joints up to 100 mm. Used for longitudinal and circumferential seams on pressure vessels, thick-wall tanks, and heavy structural members.
Our extensive machine park is built for heavy components, long shafts, and complex geometries. Here are the exact specifications.
FERMAT WRF 130 and WRFT 130 boring mills, ZAYER XIOS 4000 bed-type CNC milling centre, SC27 vertical turning lathe, PUMA 700LY II horizontal turning centre, and a supporting machine park for heavy components.
The FERMAT WRF 130 floor-type boring mill, with X-axis travel of 13,500 mm and Y-axis of 4,000 mm — built for the longest shafts and largest housings.
Ø 2,700 mm on the SC27 vertical turning lathe; overall machining envelope covers parts up to Ø 2,800 mm.
Up to 160 tonnes overhead, matching the maximum fabricated product weight.
Down to ±0.02 mm on heavy components, verified with dimensional inspection reports per part or batch.
Yes — components up to 13,000 mm in length on the boring mills, and shafts up to 3,250 mm with live tooling on the PUMA 700LY II.