Laser Welding
Laser welding of thin-sheet metals with localized heat input, narrow weld seams, and minimal heat-affected zones.
Metal welding services at Metal Workshop ensure strong, durable joints designed to withstand stress and time. We provide TIG welding, laser welding, and MIG/MAG welding for sheet metal and profiles of various thicknesses. Working with stainless steel, aluminum, carbon steel, and other materials, we guarantee accuracy and reliability in every weld seam.
– sheet metal welding and profiles without losing strength.
– achieved through continuous inspection and control.
annually – proof of our team’s experience.
We use different welding methods depending on the material, thickness, and strength requirements of the joints.
TIG welding (Tungsten Inert Gas) is ideal for stainless steel, aluminum, and titanium. It creates neat, clean welds with no spatter. This welding technique is preferred for thin and critical parts where aesthetics and accuracy matter most.
Laser welding delivers precise, decorative seams that usually require no further processing. It is used for high-tech assemblies, custom metal welding, and demanding alloys. Its main advantages are speed, repeatability, and suitability for large-scale production where precision is critical.
MIG welding (Metal Inert Gas) and MAG welding (Metal Active Gas) are excellent for carbon steel and thick sheets. These welding techniques provide strong joints with high productivity. They are widely applied in construction, machinery, and heavy metal structures.
We select the best welding technique depending on material type, thickness, and required strength. Our welding services cover:
Our pricing depends on the type of metal, sheet thickness, welding technique, and project volume. We always provide transparent estimates before starting.
We make the process straightforward — from drawings to finished welds in just a few steps:
Receive your drawings or sketches (we can help prepare files if needed).
Calculate costs and confirm lead times.
Accept payment or agreed post-payment.
Launch welding using the optimal method (TIG, MIG/MAG, laser welding).
Perform quality control, package welded parts, and ship with documents.
We promise quality, and we deliver it. We commit to deadlines, and we meet them. That’s why we’re not just contractors but long-term partners.
Nazar
NG Metal
Andrii
Bramy
Andrii
Skif
Oleh
Hidroshpryts
Nadiia
Autonomous Engineering
Nadiia
Autonomous
Dmytro
Epicenter
Yurii
Nox
Andrii
Skif
To save your time, we’ve gathered answers to the most common questions — from technologies and timelines to collaboration terms.
The cost of metal welding services depends on metal type, thickness, project size, and welding method. Gas welding of simple elements is cheaper, while laser welding of precision components costs more. We provide a custom quote for every project, ensuring transparent pricing and clear deadlines.
Yes. We specialize in custom metal welding, from one-off parts to full-scale assemblies. Whether it’s stainless steel furniture, aluminum profiles, or complex industrial structures, our team can adapt welding techniques to meet your exact requirements.
The main types of welding include TIG welding for precision parts, MIG/MAG welding for productivity and strength, laser welding for accuracy, gas welding for repair jobs, and metal arc welding for large constructions. Each welding technique is chosen depending on material, thickness, and application.
Laser welding of thin-sheet metals with localized heat input, narrow weld seams, and minimal heat-affected zones.
TIG welding of stainless steel and non-ferrous alloys in argon shielding gas using tungsten electrodes and filler rods.
Laser cutting of sheet metal with programmed contours, narrow kerf width, and consistent precision in repeated production.
Application of polymer powder onto metal surfaces followed by oven curing to achieve a durable and decorative finish.
CNC bending of sheet metal with controlled radii and angles for profiles, casings, enclosures, and structural components.
CNC turning of cylindrical and conical parts on automated machines for both serial and custom production in metals and plastics.
CNC milling of flat and 3D surfaces in metal and plastic using automated machining centers with multi-axis tool programming.
Laser engraving of metal with depth control for adding logos, technical markings, serial numbers, or decorative patterns.
Waterjet cutting of metal, stone, and glass with no thermal impact, suitable for thick materials and complex shapes.
