Peddinghaus FDB
drill and thermal cutting lines

Here you can learn everything you need to know about the drill and thermal cutting lines series FDB from Peddinghaus. In addition to available used machines, we present detailed information on all models, explain the operation, differences, advantages, disadvantages and point out comparable machines to help you decide in the buying process.

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Model series FDB from Peddinghaus

The Peddinghaus FDB thermal cutting and drilling lines from the Peddimat product range are suitable for cost-effective drilling and thermal cutting of sheet metal, steel plates and flat steel.

Even though many Peddinghaus FDB lines are partly getting on in years, the machines of the FDB series from Peddinhaus still make a reliable contribution in the steel construction and steel trade. Around the 1980s, these thermal cutting machines for steel plates were a major innovation for economical flat steel processing. These compact machines made it possible to perform both drilling and thermal cutting of flat steel in a single machine.

In 2018, this oxy-fuel thermal cutting machine with integrated drilling unit is still a reliable production machine for the economic steel construction production of head plates, foot plates, flanges and so on. A stable design, good maintenance by the machine operator and good service by Peddinghaus as the machine manufacturer and Nenok as one of the leading used machine dealers in steel construction, ensure continued cost-effective use for sheet metal processing. Also the good spare parts supply by Nenok for the Peddimat FDB series (be it for mechanical components or electrical components such as the Siemens control, Siemens drives, Baumüller drives and encoders, etc.) guarantees the steel fabricators and steel dealers a high availability of this FDB thermal cutting and drilling line from Peddinghaus.

Mode of operation Peddinghaus FDB 600 thermal cutting and drilling line

The mode of operation is simple, reliable and easy to learn. After programming a component dimension (head plate, foot plate, flange, etc.) with the required bore and contour data, the NC data generated by the programming software is transferred to the CNC control (usually Siemens) in DSTV or DXF format. The CNC control converts this read-in data into the position commands for the individual axes. The flat material is then placed on the inclined infeed roller table and brought up to the tensioning roller of the roller measuring feed of the FDB flame boring machine. After the material is clamped in the feed unit (the roll feed), it is precisely positioned via a measuring disk and the zero point. Then, the previously programmed positions are drilled with an HSS coolant channel drill or marked (short spot drilling to get a point in the sheet).

The flat steel is then transported further to the gas-oxygen firing unit by the transport rollers. The contour data previously generated in the Siemens control system is then burned out with an oxy-fuel torch (usually oxygen with propane gas or acetylene gas). The finished drilled and fired component can now be removed from the movable, inclined discharge roller table of the FDB firing-drilling unit. Deburring of the holes and cutting edges is then usually performed by the machine operator directly next to the machine, while the machine is already producing the next component.

Drilling unit of the Peddinghaus FDB thermal cutting and drilling line

The drilling unit on all machines in this series has 3 drilling spindles, each of which is fitted with HSS coolant channel drills of different diameters.

Roller feed of the FDB therman cutting and drilling line

After the material is clamped in the feed unit (the roll feed), it is precisely positioned via a measuring disc and the zero point. The flat steel is then transported further to the gas-oxygen thermal cutting unit by the transport rolls.

Thermal cutter of the FDB thermal cutting and drilling line

The contour data previously generated in the Siemens control system is burned out with an oxyacetylene torch (usually oxygen with propane gas or acetylene gas). In this way, steel components can be produced quickly and economically with the FDB thermal cutting and drilling system.

model overview

Peddinghaus FDB 600 and FDB 600/3

The Peddinghaus FDB 600 from the Peddimat product range is suitable for cost-effective drilling and flame cutting of sheet metal, steel plates and flat steel. The FDB is easy to operate and program.

Peddinghaus FDB 600 machining sizes

The following sheet metal processing sizes are possible with this drilling torch system:
Material width from 80 mm to 600 mm, material thickness from 6 mm - 50 mm and material lengths in standard up to 6000 mm (also longer flat steels can be processed by the roller feed system depending on the material weight. In this case, however, consultation is necessary).

The drilling unit with 3 drilling spindles is designed for the use of HSS coolant channel drills (Nenok HHS coolant channel drills with flat grinding and the cooling lubricant Nencool are particularly suitable) in the diameter range from ø 8 mm to max. ø 40 mm. Depending on which drill diameter is selected, one of the drill spindles is used. Each drilling spindle operates at a different speed.

A Siemens CNC control in connection with an operator software provides for the control of the plant. The transfer of CAD data in DSTV or DXF format is possible.

Number of drilling spindles
3 pce.
Drilling diameter
40 mm
Cutting system
Autogenous
Total power requirement
30 kW
Machine weight
6,5 t
max. workpiece size
600 x 50 x 6000 mm
min. Workpiece size
80 x 8 mm
Machine dimensions (L x W x H)
2000 x 1900 x 2800 mm

Peddinghaus FDB 1000

The Peddinghaus FDB 1000 is a reliable machine which is especially suitable for the production of head plates, foot plates and connecting plates.

This used FDB 1000 drill burning machine is equipped with a CNC control Siemens Sinumerik 810 including the appropriate software for programming. Operator software makes programming the machine via the CNC control a simple task.

Machining dimensions: machining width from 80 to 1000 mm, sheet thickness from 6 - 50 mm, material length as a base up to 6000 mm, (the machining length is very easy to extend because of the roller measuring system), the infeed roller table with 6000 mm length and an outfeed roller table with 1000 mm length are included respectively.

FDB 1000 drilling unit

The FDB 1000 machine has a stable drilling unit with 3 drilling spindles controlled by a hydraulic drill feed. The drilling capacity is designed for the use of HSS coolant channel drills in the diameter range from ø 8 mm to max. ø 40 mm. Coolant is supplied through the drill spindles. Use Nenok HSS coolant channel drills with the steel construction flat grinding and the coolant Nencool for high drilling performance.

Plate size
1000 x 6000 WxL mm
Number of drilling spindles
3 pce.
Control
Siemens Sinumerik 810
Transport system
Infeed 2 x 3 m
Sheet thickness - max.
50 mm
Sheet thickness - min.
5 mm
Total power requirement
25 kW
Machine weight
6,5 t
Space requirement
2 x 2,3 x 2,8 m
Drilling diameter min.
8 mm
Bohrdurchmesser max.
40 mm

Peddinghaus FDB 1500

The Peddinghaus FDB 1500 sheet metal processing center is suitable for steel construction, steel trade and metal construction for economical drilling and flame cutting (gas) of flat steel and steel plates

As CNC control a Siemens Sinumerik 810 is used for programming.
Machining dimensions: machining width from 80 to 1500 mm, plate thickness from 6 - 50 mm, material length as a base up to 6000 mm, (the length is very easy to extend because of the roller measuring system), the infeed roller table and outfeed roller table are included respectively.
Drill diameter: min. ø 8, up to max. ø 40 mm suitable for HSS coolant channel drill (cooling by the drill spindle),
The FDB 1500 is equipped with an oxy-fuel flame cutting unit.
An exhaust system is integrated below the torch box.

Plate size
1500 x 6000 mm
Number of drilling spindles
3 pce.
Control
Siemens Sinumerik 810
Transport system
Einlauf 2 x 3 m
Sheet thickness - max.
50 mm
Sheet thickness - min.
5 mm
Total power requirement
25 kW
Machine weight
6,5 t
Space requirement
2 x 2,3 x 2,8 m
Drilling diameter min.
8 mm
Bohrdurchmesser max.
40 mm

Peddinghaus FDB 2500

Peddinghaus FDB 2500 flat steel drilling torch for steel construction incl. Siemens CNC control for steel plates up to 75 mm thickness with width from 2500 to 6000 mm, Hypertherm plasma torch unit HPR260, filter unit, 3 drilling spindles + 1 spindle for cutter marking, suitable for carbide drills, incl. cross tractor and plate conveyor belt on discharge side

Machine weight
12,95 t
Plate size
2500 x 6000 WxL mm
Number of drilling spindles
3 pce.
Bohrdurchmesser max.
45 mm
Sheet thickness - max.
75 mm
Sheet thickness - min.
6 mm
Transport system
6 m
Control
CNC Siemens
Please note the changing performance characteristics in different model years due to innovations. We therefore assume no liability or guarantee for the topicality, correctness and completeness of the information and technical data provided on this website.
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