Industrial CNC Machine Directory

Peddinghaus PeddiMat Angle Line

$500,000 - $850,000 Updated 2026-03-17
01

Key Specifications

angle leg size max

Up to 200 x 200 mm

material thickness max

Up to 20 mm

punching force

Up to 110 tons

hole diameter range

12 mm – 35 mm (tooling dependent)

feed accuracy

±0.5 mm

control

Peddinghaus PeddiPro

02

Overview

The Peddinghaus PeddiMat Angle Line is a CNC fabrication system purpose-built for processing structural steel angle iron — one of the most common secondary structural components in commercial and industrial construction, transmission towers, communication structures, substation frames, and conveyor systems. The PeddiMat automates the full sequence of angle iron processing: feeding from coil or bar stock, punching bolt holes, notching ends, shearing to length, and marking part identification — all in a continuous, unattended production run.

The core of the PeddiMat system is a high-tonnage punch press unit that punches both legs of an angle simultaneously, producing clean, burr-minimal holes at production rates that drill-based angle processing systems cannot match. Punching is inherently faster than drilling for standard bolt hole diameters in material up to approximately 20 mm thick, and the PeddiMat exploits this speed advantage to deliver very high throughput on repetitive angle fabrication work. Tooling changes are tool-station-based, and the machine accommodates different punch diameters within a job run.

Peddinghaus's PeddiPro control software drives the PeddiMat's servo feed axis, punch actuation, shear, and notching stations from a unified interface. NC files in DSTV format from structural detailing software — Tekla Structures, SDS/2, and Advance Steel — specify hole patterns, end preparations, lengths, and part marks for each piece in the job. The PeddiPro system queues jobs, tracks material consumption, and can interface with ERP or production management systems to provide production status reporting.

End preparation capability sets the PeddiMat apart from simple punch-and-shear systems. End notching stations can produce L-shaped notches, V-notches, and straight square cuts on angle ends to create the connection configurations required by structural drawings — eliminating downstream sawing or hand grinding for end preparations. This capability is particularly valuable in transmission tower and communication tower fabrication, where every angle piece has precisely defined end preparations and hole patterns that must be produced consistently across hundreds or thousands of identical pieces.

The PeddiMat Angle Line integrates naturally with bundle loaders on the infeed side and sorting/stacking systems on the outfeed side, enabling lights-out production across multiple shifts for fabricators processing large angle iron orders. Its closed-loop servo feed system maintains length accuracy to ±0.5 mm across the full bar length, ensuring that punched hole positions and cut lengths meet the tight tolerances required for bolted lattice structures where cumulative error across many pieces would cause alignment problems at erection.

03

Full Specifications

Parameter Value
Angle Leg Size Max Up to 200 x 200 mm
Material Thickness Max Up to 20 mm
Punching Force Up to 110 tons
Hole Diameter Range 12 mm – 35 mm (tooling dependent)
Feed Accuracy ±0.5 mm
CNC Control Peddinghaus PeddiPro
Machine Weight Approx. 18,000 kg

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

04

Strengths & Limitations

Strengths

  • High-speed punching processes both angle legs simultaneously for dramatically higher throughput than drilling
  • Integrated notching and shearing handles end preparations without additional setups or machines
  • PeddiPro reads DSTV files from Tekla, SDS/2, and Advance Steel for direct NC transfer
  • Closed-loop servo feed maintains ±0.5 mm length accuracy across full bar length
  • Supports lights-out production with bundle loaders and sorting/stacking integration

Limitations

  • Punching generates more noise and vibration than drilling — requires appropriate plant isolation measures
  • Punch tooling for each hole diameter must be stocked and maintained — tooling cost adds up for shops with wide diameter ranges
  • Material thickness limited to approximately 20 mm — heavy structural angle above this thickness requires drilling
05

Best For

Transmission tower, communication tower, and substation frame fabricators processing high volumes of structural angle Steel service centers offering value-added angle punching and shearing services Fabricators producing conveyor structures, mezzanines, and lattice frames with repetitive angle patterns Shops processing large order quantities of identical angle pieces where punch speed advantage is maximized
06

Frequently Asked Questions

01 Why use punching instead of drilling for structural angle iron?

Punching is significantly faster than drilling for bolt hole diameters in material up to approximately 20 mm thick. On a high-volume angle iron run with dozens of holes per piece, the cycle time per piece on a punch line can be 3-5 times faster than on a drilling-based system, translating directly to lower unit cost on large production orders.

02 What end preparations can the PeddiMat Angle Line produce?

The PeddiMat's notching stations produce L-shaped corner notches, V-notches, and straight square shear cuts on angle ends. These end preparations create the connection configurations required for bracing connections, gusset plate fits, and slotted end details specified in structural drawings for lattice and framed structures.

03 What is the maximum angle size the PeddiMat handles?

The PeddiMat Angle Line processes equal-leg angles up to approximately 200 x 200 mm, covering the full range of standard structural angles used in commercial construction and tower fabrication. Unequal leg angles within the leg size envelope are also accommodated.

04 Can the PeddiMat process material from both coil and bar stock?

The PeddiMat is primarily designed around bar stock feeding from a bundle input. Coil processing of angle iron is technically possible with appropriate coil handling equipment but is less common; bar stock from 6 m and 12 m standard mill lengths is the typical input form.

05 How does the PeddiMat Angle Line handle part marking?

The PeddiPro control system directs an automatic marking station — typically a scribe or ink jet marker — to apply part numbers, assembly marks, and orientation marks to each piece as specified in the DSTV file. This ensures every processed angle is uniquely identified for downstream sorting and erection.

07

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