Peddinghaus Corporation CNC Plasma Cutting

Peddinghaus PBD-110/4

$900,000 – $1,500,000 Updated 2026-03-17

Key Specifications

machine type

CNC Beam Drilling, Plasma Cutting, and Scribing Line

profile types

H-beam, wide-flange, S-beam, channel, angle

max web height

1,100 mm (43.3 in)

max flange width

610 mm (24 in)

drilling spindles

4 independent CNC spindles (web + 2 flange + auxiliary)

drill diameter range

12 – 76 mm (0.47 – 3 in)

Overview

The Peddinghaus PBD-110/4 is a heavy-duty CNC beam processing line that combines four-spindle drilling, plasma cutting, oxy-fuel cutting, and scribing operations on structural steel beams in a single automated system. Built in Bradley, Illinois, Peddinghaus has engineered the PBD-110/4 to address the complete fabrication workflow for H-beams, wide-flange sections, S-beams, and channels up to 1,100 mm in web height. The four-spindle drilling configuration allows simultaneous drilling on web and both flanges, dramatically reducing cycle times on heavily bolted steel connection patterns.

The machine's plasma cutting station handles profile cuts, copes, notches, and bevel weld prep up to 50 mm thick, using a high-definition plasma system with automatic torch height control. The addition of an oxy-fuel torch extends heavy cutting capacity for sections exceeding the plasma threshold. Automatic tool changers on each of the four drilling spindles handle bits from 12 mm to 76 mm without operator intervention, supporting both standard bolt hole patterns and large connection plate holes. The scribing unit marks layout lines, part numbers, and weld symbols directly onto the steel surface for downstream assembly reference.

Peddinghaus integrates the PBD-110/4 with its PEDDIMAT CNC software and SDS/2 Steel Detailing Software (developed by Peddinghaus subsidiary), providing a tight link between the structural steel design model and machine execution. DSTV file import is fully supported, and the system includes production scheduling, material tracking, and remnant management. The line typically includes powered infeed and outfeed conveyors with automatic part staging and transfer.

At $900,000–$1,500,000 for a complete line configuration, the PBD-110/4 is a capital investment aimed at high-volume fabrication shops, erectors, and steel service centers. It competes directly with the Voortman V320, Ficep 1001 DB, and Kaltenbach KFB 1003 in the heavy beam processing segment. Its Made-in-USA manufacturing and domestic dealer network are significant advantages for North American buyers weighing support and parts availability.

Full Specifications

Parameter	Value
Machine Type	CNC Beam Drilling, Plasma Cutting, and Scribing Line
Profile Types	H-beam, wide-flange, S-beam, channel, angle
Max Web Height	1,100 mm (43.3 in)
Max Flange Width	610 mm (24 in)
Drilling Spindles	4 independent CNC spindles (web + 2 flange + auxiliary)
Drill Diameter Range	12 – 76 mm (0.47 – 3 in)
Tool Changer	Automatic per spindle
Plasma Cutting Capacity	Up to 50 mm (2 in) structural steel
Oxy Fuel Cutting	Included for heavy section cutting
Scribing Unit	CNC scribe for layout, part numbers, weld symbols
Plasma Type	High-definition with bevel cutting
Torch Height Control	Automatic (voltage-based)
Working Length	Up to 18,000 mm (59 ft) standard configurations
CNC Control	Peddinghaus PEDDIMAT CNC
Cad Cam Integration	DSTV, SDS/2 direct integration
Material Handling	Powered infeed/outfeed roller conveyor with staging

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

Strengths & Limitations

Strengths

Four-spindle drilling configuration simultaneously processes web and both flanges, cutting cycle times on complex connection patterns by 50–70% versus single-spindle systems
Integrated plasma and oxy-fuel stations handle both standard cutting and heavy sections in one system without material transfer between machines
PEDDIMAT and SDS/2 integration provides a native connection between structural steel design software and machine execution with no translation step
Made-in-USA construction with a domestic dealer and service network reduces downtime risk and parts lead times for North American fabricators

Limitations

Capital cost of $900K–$1.5M and the associated floor space requirements make the PBD-110/4 practical only for large-volume structural steel fabricators
Four-spindle configuration adds mechanical complexity — maintaining four drill heads with independent tool changers requires disciplined preventive maintenance
Maximum 1,100 mm web height, while large, may not cover the deepest plate girder sections used in bridge construction

Best For

High-volume structural steel fabricators and erectors who process 10,000+ tons per year and need simultaneous web and flange drilling with plasma profiling Steel service centers offering fabrication services who use SDS/2 for detailing and want direct machine integration without intermediate file conversion North American fabricators who prioritize domestic manufacturing, local service support, and rapid parts availability for mission-critical production equipment

Frequently Asked Questions

01 What does a Peddinghaus PBD-110/4 cost?

A complete PBD-110/4 line typically runs $900,000 to $1,500,000 depending on working length, conveyor configuration, and automation options. Used lines in good condition are available in the $400,000–$700,000 range, though tooling and controls updates may add cost.

02 What is the difference between the PBD-110/4 and a three-spindle system?

The four-spindle configuration adds an additional flange drilling head compared to three-spindle systems, allowing simultaneous drilling on the web and both flanges at the same time rather than sequencing between flanges. For heavily bolted connections, this can halve the per-piece cycle time.

03 Can the PBD-110/4 handle galvanized or coated steel?

The machine can physically process coated steel, but cutting through galvanized or heavily coated sections requires adequate ventilation and fume extraction given the zinc fumes produced. Peddinghaus recommends appropriate fume extraction systems and compliance with applicable safety regulations when processing coated material.