Smartmetal03.1.01
ROW
Robotic orbital welding of stationary pipes.
A robot moves the torch around the joint. Measurements help account for edge position and guide passes within agreed process limits.
03.1 / Smartmetal
Robotic systems for working with metal.
Welding, cladding, additive manufacturing, cutting and machining. We configure equipment around the part, process and site conditions.
Found: 10
Smartmetal03.1.02
TOW
Orbital welding on a guide track.
A carriage moves the welding head around a stationary pipe. The guide sets the path, while sensors measure the joint position.
Smartmetal03.1.03
RPW
Pipe welding with controlled rotation.
A positioner rotates the part while a head or robot performs the weld. Measurements help account for runout and joint position.
Smartmetal03.1.04
WAAM
Metal preforms built from wire.
An electric arc melts wire as a robot deposits layers of metal. Geometry and process settings are selected for the alloy and subsequent machining.
Smartmetal03.1.05
AWO
Cladding for protection and restoration.
Deposit metal on a working surface. The system can be configured for a workshop or temporary installation beside a large object.
Smartmetal03.1.06
MillPro
Machining edges and WAAM layers.
Robotic machining prepares edges and removes allowance between manufacturing steps. The tool is selected for the material and task.
Smartmetal03.1.07
HTM
Measuring cutting tool wear.
The system observes a cutting edge and helps assess its condition. Replacement criteria are defined for the tool and operation.
Smartmetal03.1.08
Plasma Cut
Robotic plasma cutting.
A robot guides the plasma torch along a defined contour. The system is selected for the material, thickness and required part preparation.
Smartmetal03.1.09
MWR
Welding and repair at the part.
A mobile configuration brings the equipment to the object. Mounting, access and power connections are determined during a site survey.
Smartmetal03.1.10
LVS
Digital welding helmet with active laser visualisation.
Two synchronised channels provide stereo views of the welding zone. Active 905 nm illumination, spectral selection and temporal filtering reveal the arc, pool, edges and filler. Recordings support training and process analysis.
?BEFORE YOU CHOOSE
Questions that matter.
What is included?
The scope depends on the task. The proposal lists equipment, software, mounts, documentation and commissioning.
Can it connect to our machine?
Yes, after reviewing interfaces and installation conditions. Start with the equipment model and a process description.
Are all sensors required?
Channels are selected for the task. We specify the base configuration and optional functions.
How autonomous is the system?
Permitted actions and process limits are defined for your installation and included in the specification.
How are price and lead time determined?
By the equipment configuration, development scope and site conditions. We prepare a proposal after reviewing the task.
What about warranty and support?
Warranty period, consumables, software updates and the support format are set out in the contract.
Who owns the data?
Access rights, retention and export are agreed before work starts. Use of data for model training is agreed separately.
What is delivered after research?
Source recordings, capture conditions and agreed analysis. Data and report formats are defined in the brief.
↳YOUR NEXT PROJECT
Let’s discuss Smartmetal
Tell us about the part, process or experiment. We will select a configuration and agree how to verify the result.
Timur Sulutdinov · Smartmetal
Confidential materials can be shared after an NDA is agreed.
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