Industrial CNC Machine Directory

Peddinghaus FPB-1500

$450,000 - $750,000 Updated 2026-03-17
01

Key Specifications

Accuracy

±0.5 mm

drilling diameter max

76 mm (3")

plate width max

1,500 mm

plate thickness max

Up to 150 mm (drilling); plasma dependent on torch

spindles

1 drilling spindle + integrated plasma torch

control

Peddinghaus PeddiPro

02

Overview

The Peddinghaus FPB-1500 is a CNC plate processing machine built specifically for structural steel fabricators who need to drill, punch, plasma cut, and mark flat plate in a single automated workflow. Positioned as a flat plate burning and drilling center, the FPB-1500 consolidates operations that would otherwise require separate dedicated machines — a significant advantage in shops where floor space, material handling labor, and part accuracy across multiple setups are persistent challenges.

The FPB-1500's gantry-style construction positions a multi-function machining head over a plate table that accommodates plates up to 1,500 mm wide and virtually unlimited length via shuttle or roller feed. The drilling spindle handles standard structural bolt holes, countersinks, and spot faces, while an integrated plasma cutting torch on the same gantry profiles plates to shape, cuts copes, notches, slots, and radii in the same NC program pass. Switching between drilling and cutting operations is fully automated — the NC program specifies operation type, and the gantry head transitions without operator intervention.

Peddinghaus's PeddiPro control platform drives the FPB-1500, reading DSTV files for drilling operations and DXF files for plasma cutting contours. This dual-format input capability is particularly important in structural fabrication, where connection plates and base plates are often detailed in structural software (Tekla, SDS/2) while irregularly profiled parts come from AutoCAD or Inventor as DXF files. PeddiPro's nesting engine optimizes multiple parts onto a single plate to maximize material yield, and its kerf compensation ensures that cut parts hold their dimensional tolerances regardless of plate thickness or plasma torch condition.

For busy fabrication shops, the FPB-1500's ability to complete a connection plate — drilled, countersunk, profiled, and marked — without removing it from the machine represents a fundamental workflow improvement. Parts that previously traveled through three or four workstations, accumulating handling time and registration error at each step, can now be completed in a single setup. Peddinghaus's long experience in structural steel equipment means the FPB-1500 is engineered for the duty cycles, material grades, and operating environments typical of commercial and industrial steel fabrication.

The FPB-1500 targets fabricators in the mid-to-large size range who process significant quantities of plate alongside their structural beam work. It is especially effective in shops producing custom connection hardware, moment frame plates, base plate assemblies, and stiffener sets — work that requires precision drilling combined with accurate plasma profiling, and where reducing setups and handling steps directly improves delivery performance and cost competitiveness.

03

Full Specifications

Parameter Value
Drilling Diameter Max 76 mm (3")
Plate Width Max 1,500 mm
Plate Thickness Max Up to 150 mm (drilling); plasma dependent on torch
Spindles 1 drilling spindle + integrated plasma torch
Positioning Accuracy ±0.5 mm
CNC Control Peddinghaus PeddiPro
Machine Weight Approx. 20,000 kg

Specifications sourced from peddinghaus.com — verified 2026-03-28

04

Strengths & Limitations

Strengths

  • Combines drilling, plasma cutting, countersinking, and marking in a single automated setup
  • PeddiPro accepts both DSTV (drilling) and DXF (plasma profiling) for structural and custom plate work
  • Nesting engine maximizes plate material yield across production runs
  • Eliminates registration errors from moving plates between separate drilling and cutting machines
  • 1,500 mm plate width covers most structural plate widths used in connection and base plate fabrication

Limitations

  • Drilling and plasma operations are sequential on the same head — not parallel, limiting throughput on large part counts
  • Plasma cutting produces heat-affected zones that may require edge preparation for tight fit-up welds
  • Higher capital cost than standalone plasma tables or dedicated plate drill presses
05

Best For

Structural fabricators producing connection plates, base plates, gussets, and stiffener sets at volume Shops wanting to eliminate multi-machine handling by consolidating plate drilling and cutting operations Fabricators processing plates from both DSTV structural data and DXF custom profiles Operations prioritizing part accuracy and setup reduction for complex custom plate components
06

Frequently Asked Questions

01 Can the FPB-1500 drill and plasma cut in the same part program?

Yes. The FPB-1500 executes drilling and plasma cutting operations sequentially within a single NC program. The gantry head switches between the drilling spindle and the plasma torch automatically as directed by the program, without operator intervention or plate repositioning.

02 What is the maximum plate width the FPB-1500 handles?

The FPB-1500 accommodates plates up to 1,500 mm wide. Plate length is essentially unlimited with proper roller or shuttle feed support. Plate thickness up to 150 mm is supported for drilling; plasma cutting thickness depends on the torch model and gas settings.

03 Does PeddiPro include automatic nesting for plate cutting?

Yes. PeddiPro includes a nesting module that automatically arranges multiple part profiles on a plate to minimize material waste. It applies kerf compensation to plasma cut contours and generates an optimized cutting sequence to reduce torch travel time.

04 What plasma system is used with the FPB-1500?

The FPB-1500 is typically configured with a Hypertherm high-definition plasma system (such as the HPRXD or XPR series), which delivers the narrow kerf and consistent cut quality needed for structural plate work. The specific torch model depends on the maximum plate thickness required.

05 How does the FPB-1500 differ from the Peddinghaus ABCM 1100?

The ABCM 1100 is a beam drill line designed to process structural I-beams and wide-flange sections along their length with three simultaneous spindles. The FPB-1500 is a flat plate processing center designed for drilling and profiling plate material — base plates, connection plates, and custom plate components — on a gantry over a flat table.

07

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