Welded Frames & Machine Bases
Frames, bases, subframes and welded supports for equipment, mechanisms, production modules and process lines.
Industrial Welding
Welding Services
We fabricate parts, frames, housings, supports and welded assemblies from steel, stainless steel and aluminum. MIG/MAG, TIG or MMA is selected for material, thickness and joint design. Preparation, welding and machining form one production route.
MIG/MAG · TIG · MMA matched to material, thickness and joint design
Production from drawings, 3D models, sketches or specifications
One-off assemblies & repeat batches · delivery available
Industrial Welding Services
Preparation · assembly · welding · inspection
Input Files
PDF · DWG · DXF · STEP · sketch
Production Format
One-off & batch production
Welding Processes
MIG/MAG · TIG · MMA
Selected to suit the material, thickness and joint design
Materials
Steel · stainless · aluminum
Material grade is verified against project documentation
Production Volume
From one assembly to repeat batches
Fixtures and process sequence are adapted to batch size
After Welding
Machining
Datum faces, holes and fits machined to drawing requirements
What We Fabricate
Industrial Welded Parts & Assemblies
We fabricate welded parts, assemblies and auxiliary structures from customer documentation. Before production, we review the material, thickness, geometry, weld access, assembly sequence and required post-weld machining.
Housings, Guards & Cabinets
Welded housings made from sheet and profile, protective guards, cabinet frames and enclosures for technical equipment.
Supports & Brackets
Stands, support assemblies, brackets and mounting parts with holes, stiffeners and welded components.
Tube & Profile Assemblies
Three-dimensional welded assemblies from round or rectangular tube, structural profiles and bar stock to assembly drawings.
Flanged & Mounting Assemblies
Welded flanges, plates, embedded plates, lugs, gussets and mounting blocks with controlled positioning.
Fixtures & Auxiliary Structures
Carts, tables, stands, racks and fixture frames for production, assembly and logistics.
Welded Machinery Assemblies
Welded assemblies combining profiles, sheet and machined parts for integration into machinery.
Custom Welded Fabrications
Custom fabrications from drawings, 3D models, sketches or specifications after technical review.
Welding Technologies
Welding Process Selected for Material, Thickness & Joint
The welding process and operation sequence are selected by material, thickness, joint type, weld access, geometry, downstream operations and the customer's technical documentation.
01
MIG/MAG - welding for steel frames, housings, supports and repeat assemblies
02
TIG - welding of stainless steel and aluminum where heat input and weld appearance matter
03
MMA - manual arc welding for suitable steel structures, thicknesses and joint configurations
04
Edge preparation, cleaning, positioning, tack welding and assembly before final welding
05
Welding sequence planned to limit distortion and maintain critical dimensions
06
Post-weld machining of datum faces, holes, fits and threads where required
07
Weld dressing, grinding, surface preparation and final inspection as specified
Production Profile
Capabilities Available Within One Order
Core Service
Industrial welded parts & assemblies
Input Files
Engineering drawings / specifications / sketch / 3D model
Welding
MIG/MAG · TIG · MMA
Materials
Steel · stainless steel · aluminum
Workpiece Types
Sheet · plate · profile · tube · machined parts
One-Off Production
Yes
Repeat Batches
Yes
Post-Weld Machining
Turning · milling · drilling
Shipping
Arranged according to size and weight
Materials & Workpieces
Welding Steel, Stainless Steel & Aluminum
Material grade, thickness and surface condition are confirmed against the documentation. For aluminum and stainless steel, we separately review preparation, filler material, heat input and finishing requirements.
01
Structural Steel
Sheet, plate, structural profiles and bar stock for frames, machine bases, supports, housings and machine-building assemblies.
02
Stainless Steel
Welded parts and structures where corrosion resistance, surface cleanliness and weld appearance are important.
03
Aluminum Alloys
Lightweight frames, housings and auxiliary assemblies after reviewing the specific alloy, thickness and welding process.
04
Rectangular & Round Tube
Three-dimensional frames, stands, subframes, supports and structural assemblies with geometry controlled during assembly.
05
Sheet & Plate
Housing components, bases, ribs, gussets, flanges, brackets and other elements of welded assemblies.
06
Machined Components
Bushings, flanges, bosses and other machined components that can be incorporated into a welded assembly.
Send Drawings, a Sketch or Technical Specification
Request a Quote
Our welding engineer will review the material, thickness, joint types, weld access, geometry and required post-weld operations.
Engineering Approach
Welded Assembly Accuracy Starts Before the First Weld
For frames, housings and welded machinery assemblies, weld strength alone is not enough. Parts must be positioned correctly, the assembly sequence controlled, distortion limited and mounting dimensions maintained to the drawing.
01Part positioning, fixturing, tack welding and checks before final welding
02Control of dimensions, diagonals, flatness, alignment, holes and mounting points during assembly
03Weld sequence planned to limit distortion and movement of critical surfaces
04Post-weld machining of datums, faces, holes and fits when required by the design
For complex assemblies, we review the entire production route, not just the weld: part preparation, weld access, assembly sequence, fixture requirements, geometry control and post-weld machining.
Key Principle
Geometry before, during and after welding
Production Cycle
From Prepared Components to a Finished Welded Assembly
Within one order, we can combine workpiece preparation, assembly, welding and machining. This is especially important for equipment assemblies that require accurate datums, holes and fit surfaces after welding.
01 / Preparation
Part Preparation
We prepare the components to the drawing: sheet, plate, profile, tube, flanges and machined elements.
02 / Assembly
Assembly & Tack Welding
We position the parts, verify datums, diagonals and mounting dimensions, then tack the assembly before final welding.
MIG/MAG TIG MMA
03 / Welding
Final Welding
We weld using the agreed MIG/MAG, TIG or MMA process, accounting for material, thickness, access and sequence.
Turning Milling CNC
04 / Post-Weld
Machining & Finishing
When required, we machine datum faces, holes and fits, dress the welds and prepare the assembly for final inspection.
The exact operation sequence is defined after reviewing the drawing, material and finished-assembly requirements.
Pre-Shipment Inspection
We inspect welds, geometry and critical mounting dimensions
Quality Control
Geometry, Welds & Drawing Compliance
Inspection criteria follow the documentation and assembly function. We verify completeness, geometry, visible weld condition, mounting holes, datum surfaces and final dimensions that affect downstream assembly and performance.
01
Input Documentation
We verify the drawing, specification, material, document revision and component set before assembly.
02
Assembly Geometry
We check overall dimensions, diagonals, relative component positions, mounting points and critical datums.
03
Welded Joints
We visually inspect welds against the drawing and agreed acceptance criteria.
04
Final Inspection
Before handover, we verify critical dimensions, completeness and compliance with the agreed requirements.
Industries & Applications
Welded Assemblies for Production Equipment & Engineering Systems
We focus on B2B projects where documentation, repeatable geometry, compatibility with mating parts and a stable production route matter. Each product is defined by the customer's design rather than a standard catalog.
Industrial Equipment
Frames, bases, supports, housings and welded assemblies for production machinery, equipment and process modules.
Machinery
Subframes, mounting assemblies, housings and fabricated units for integration into machinery.
Automation Systems & Enclosures
Frames, guards, cabinets, brackets and protective structures for automation systems, drives and technical components.
Production Logistics
Process carts, racks, stands, frames and auxiliary welded structures for moving and positioning products.
Equipment Modernization
New welded assemblies and structures for integration into existing equipment or process systems based on customer data.
Custom Fabrication
Custom parts and assemblies with no standard equivalent, produced for a specific engineering requirement.
How We Work
From Drawing to Finished Welded Assembly
01
Input Files
We receive the drawing, engineering documentation, 3D model, sketch or technical specification and confirm the application, material and quantity.
02
Engineering Review
We define the welding process, edge preparation, assembly sequence, fixtures and inspection points.
03
Quote & Production Route
We confirm the operations, material, machining requirements, price, lead time and handover or delivery format.
04
Production
We prepare the components, assemble, tack and weld them, with machining and finishing added where required.
05
Inspection & Handover
We inspect key dimensions, welds and completeness, then prepare the assemblies for pickup or delivery.
Pricing
What Determines the Cost of Welding Services
Industrial welding cost depends on more than weld length. Key factors include material and thickness, number of components, edge preparation, welding process, joint accessibility, geometry requirements, post-weld machining and batch size.
For an Accurate Quote
Send a drawing or sketch, material and thickness, quantity, overall dimensions and finished-assembly requirements. If some information is missing, our engineer will clarify what is needed for an accurate estimate.
01Material & Thickness
Steel, stainless steel or aluminum, material grade, thickness and workpiece format.
02Component Quantity & Preparation
Cutting, beveling, holes, cleaning, positioning and other operations required before welding.
03Weld Type & Volume
Butt, fillet and other joints, including weld length, position, number of passes and accessibility.
04Welding Process
MIG/MAG, TIG or MMA, selected by material, thickness, joint design and acceptance criteria.
05Dimensions & Geometry
Assembly size, datums, mounting points, tolerances and distortion-control requirements.
06Machining
Milling, turning, drilling, threading or machining of datum surfaces after welding.
07Finishing Operations
Weld cleaning and grinding, surface preparation or other agreed post-assembly operations.
08Batch Size & Repeatability
One assembly, a small batch or repeat production using stable documentation and the same process route.
Request a Quote
Send Drawings, a Sketch or Technical Specification
We will review manufacturability and confirm the material, thickness, welding process, geometry, quantity, machining and other requirements for the finished assembly.
Frequently Asked Questions
What to Know Before Ordering Welding Services
What information do you need to quote a welding job?
Preferably, provide a drawing or engineering documentation, material and thickness, quantity, overall dimensions, and weld and geometry requirements. For a preliminary review, a sketch, photo or technical specification with dimensions is also suitable.
Which welding processes do you use?
For production work, we use MIG/MAG, TIG and MMA. The process is selected according to material, thickness, joint type, weld accessibility and finished-assembly requirements.
Which materials do you weld?
We work with structural steels, stainless steel and aluminum alloys. The specific grade, material condition and thickness should be stated in the documentation or confirmed before production.
Do you weld stainless steel and aluminum?
Yes, after reviewing the specific material, thickness and design. These jobs require appropriate surface preparation, filler material, heat input and finishing requirements.
Can you fabricate an assembly from a sketch or 3D model?
Yes. For a preliminary review, you can provide a sketch, 3D model, dimensioned photo or technical specification. If full assembly drawings or a bill of materials are required for production, we will specify the necessary documentation.
Can you machine datums, holes or fit surfaces after welding?
Yes, if the design requires it and the assembly can be set up on the appropriate equipment. The production route can include milling, turning, drilling, threading and machining of critical surfaces after welding.
Do you accept one-off and repeat production orders?
Yes. We can produce one-off assemblies, small batches and repeat orders. For batch work, we separately evaluate fixtures and operation sequence to maintain repeatable geometry.
Do you repair or modify existing fabricated products?
This service is primarily for manufacturing new parts, assemblies and structures from supplied documentation. Repair and modification of existing products are not the core scope of this service.
What determines lead time and price?
They depend on material, thickness, component quantity and preparation, weld types and volume, welding process, overall dimensions, geometry requirements, post-weld machining, finishing operations and batch size. We provide an exact quote after reviewing the project data.
Need a Quote for a Welding Project?
Send your drawing, sketch or technical specification. We will define the production route and prepare a detailed quote.
Request a Quote