- Multi spindle beam drill DE
- Multi spindle beam drill DF
- Multi spindle beam drill DJ
- Multi spindle beam girder drill DJ
- Drill and saw multi spindle DEB
- Drill and saw multi spindle DFB
- Drill and saw multi spindle DJB
- Drill and saw single spindle drill DFB
- Multi spindle drill robotic coper DERC
- Multi spindle drill robotic coper DFRC
- Multi spindle drill robotic coper DJTT
- Single spindle drill robotic coper DFRC
- Flats & Angle punch, Shear
- Punch and shear angle line mod HP
- Punch and shear angle line mod L
- Roller feed punch and shear angle line
- Hydraulic Ironworker 1105N
- Hydraulic Ironworker 304
- Hydraulic Ironworker 404NP
- Hydraulic Ironworker 604
- Hydraulic Ironworker 805N
CNC pipe plasma cutter
Pipe Cutting is becoming more and more a common procedure in the Structural Steel Industry. Architects and engineers appreciate the versatility of the structural properties of pipe profiles every day more. The possibilities given by this profile are not any more only aesthetic but also well orientated to the creation of light structures allowing roofing and other wide span structures to be realized.
Without such a machine the manual skills to realize 3D cutting of saddles, multiple saddles, slots, chamfers and many more on among others, would be enormous if not impossible. The time spent on lay out mark the tube parts and the various pipe connections would require apart from time the highest skilled level. The interpretation of 3D drawings, the handling required for lay out marking, the firm hand for oxy or plasma cutting are not available in just one operator. It goes without saying that if a machine could sort these constraints and also create weld preparation at the same time the decision making to purchase it would be a no brainer. Weld prepping on pipes allows savings not only on the quantity of weld used but also in the productivity of the process. More important of all would also be a result in a quality welding process with a very tight variance between upper and lower specification limits and the quality control of the weld.
Imagine the creation of stadiums & sports arenas, office building atriums, airline terminals, tank supports, road structures, public transport stations and bridges, with no lay out and everything automatic from the 3D CAD model down to the workshop?
Not only the direct labour involved and its quality is optimized but also the overheads in the office for the front end between detailing and manufacturing.
The PC 600 machine plasma pipe cutter is composed of heavy duty components engineered for lasting performance. Latest technology is applied in components such as Hi Definition plasma cutting and material deformation detection but also in process optimization such as handling systems and in line marking systems.
We have dedicated interface softwares for the Structural Steel Industry, we can deliver CADCAM connections to design programs like e.g. AutoCAD and we can interface with 3D CAD detailing softwares such as Tekla Structures via the XML output file for automatic Tube NC data file generation.
The Pro Cutter (PC 600) is a pipe profiling machine to cut pipe-to-pipe connections and pipe-to-plate connections with constant welding openings (bevels) over the entire pipe length. The PC 600 is suitable for a pipe range starting from 50 up to 610 mm. This product was introduced beginning of 2008 and is a highly standardized machine against an affordable price. Making it possible for every steel shop to have a professional and efficient machine for pipe profiling.
FICEP takes care of the ergonomic and safety details during the design activities. The machines comply with the CE regulations and each layout can be designed suggesting to the customer the most functional and safe criteria.
Safety does not get lost in production.
On the contrary, well thought of and engineered safety solutions have pushed FICEP engineers to think about functionalities that involve much reduced interventions, if not none, from the operator over the machine cycle. The consequences of this approach are reflected in a much reduced variance from cycle to cycle of the machine performance giving higher throughputs on the short and long run.
BASIC DATA Suitable for pipe range (outside diameter) mm
Maximum pipe weight kg
Maximum pipe length 6.000 mm incl. Maximum pipe length 12.000 mm option Minimum pipe length (including 10 mm clamping length) mm
CE compliant incl. CONTROLLER Industrial PC with Windows XP embedded (solidstate with flash drive) incl. Delta tau CNC system incl. HumanMachine Interface with17inch TFT colour screen incl. USB incl. LAN package (network connection), excl. cabling incl. SOFTWARE Manual machine programming (MDI) incl. Manual office programming (OPPL) option CAD/CAM connection (Tubecam) option Auto nesting program (AN) option PROFILES - single and multiple chamfer incl. - hole set-in centric/eccentric incl. - hole set-on centric/eccentric incl. - oblong/slot hole (2 side bevel) incl. - mitre holecentric/eccentric (strainer) incl. - mitre saddle centric/eccentric (strainer) incl. - single and multiple saddle centric/eccentric incl. - elbows addle incl. - Partial But Weld for centraline angles over 45° (PBW) incl. MACHINE ACCURACY Main drive rotation 0 ± 0,25 Cutting trolley longitudinal movement mm
CUTTING ACCURACY(based on circular pipes with constant wall thickness) In compliance with DIN2310, Tolerance class C and Quality Part 4, Quality 1. incl. Cutting length mm
± 6 e-2
Bevel ±2 CUTTING PROCESS Oxyfuel Wall thickness range at 45ºcutting angle: from 3-50mm (0.12-2 in) incl. Electric gas valves and ignition incl. plasma Kjellberg FineFocus450 (34 kVA), air plasma. Wallthicknessrangeat 45ºcutting angle: 31mm max, quality cut: 24mm. option Kjellberg S45W, air plasma. Wallthicknessrangeat 45ºcutting angle:
31mm max, quality cut: 24mm.
option O2 cutting, Ar/H2 cutting, Ar/H2/N2 cutting option
Plasma Fume extraction