Description
Pedinghaus Peddibot-1200 – Year 2020
Robotic Thermal Cutting Machine
Capabilities – 4,508 Total Hours Shown
• Plasma Cutting
• 4-Sided Layout Marking
Acceptable Material Types:
• Beam
• Tube
• Channel
• Angle
Robot Specifications:
Robotic Arm 6-AxisTorch Options Plasma Cutting with Layout Marking
Torch Specifications:
Plasma Torch Kjellberg Smart Focus 400
Torch Amps 400
Material Processing 4 Sides
Maximum Bevel Angle 45°
Maximum Edge Start Thickness 2″
Maximum Piercing Thickness 2″
Plasma Processing Speed 20″/min@ 2″ – 70″/min@ 1/4″130′
STANDARD DUTY ROLLER CONVEYORS INCLUDED
Manufacturer Catalogue Information about
Pedinghaus Peddibot-1200 Robotic Thermal Cutting Machine :
Ideal for Processing Structural
Steel in an Array of Applications
Including:
• Agricultural Equipment
• Farm Implement Manufacturing
• Automotive Conveyor
• Assembly Line Fabrication
• Solar Panel Fabrication
• Trailer Manufacturing
• Conveyor Manufacturing
• Earth Moving Equipment Fabrication
The PeddiBot-1200 is Structural Robotics Done Right
Accelerate processing structural sections with the all new PeddiBot-1200 from
Peddinghaus.
Imagine One Machine That Can …
• Operate burning and integrated layout marking functions on top and bottom
flange and web
• Utilizes a triangulation scanning system – the PeddiBot-1200 adjusts to the
material’s deviations in shape ensuring continuous cutting
• Minimize overhead and human error associated with manual layouts by
marking weld data onto a profile
• Eliminate the need for constant probing of material
• Streamline material handling by minimizing crane lifting of a section to and
from a layout station
• Easily integrate into your existing Peddinghaus system due to its modular
design
• Do the work of a drill line, coper, band saw and plate line all in one machine
Maximum Profile Accuracy
Introducing the Triangulation Scanning System
The PeddiBot-1200 comes equipped with a triangulation scanning system.
This state-of-the-art configuration creates a precise readout of the material
being processed without the need for continual probing. The robot utilizes
an accurate reading of the materials torsion to create better cutting paths
based on the information provided. This maximizes cutting and eliminates
down time due to lost burns and rework from failed cutting paths.
Cutting Intelligence
Accurate measurement is critical to the profitability and production of the
PeddiBot-1200. By initializing the process with the trailing edge scan, the
material moved into the machine is already defined. The triangulation scan
allows the robot to perform accurate cutting helping reduce shop errors.
The base of the speed and accuracy of the machine is in the kerf width
compensation, arc shape compensation, optimized cutting direction and
special lead-in and lead-out programming.
Multipart Nesting Made Easy
The PeddiBot-1200 has an interface for easy assignment of parts to
available stock items. The module uses advanced nesting techniques to
lower consumable costs, save material usage, increase profiling and part
handling. The robot has a module that reverses and turns over multiparts to
fit them as close together to reduce scrap on one piece of material.
Optical Scanning
An optical scanner system is built into the torch mount to measure the
entire profile, detecting any material distortions and deviations. These
accurate measurements are necessary to define the actual material
position and shape and are used to recalculate the robot arm’s theoretical
cutting paths. Scanning tube sections with this technology enables the
PeddiBot-1200 to cut all 4 sides of a square tube in just 2 cuts, saving
ignitions and processing time.
