Modern production facilities, advanced manufacturing technologies and qualified personnel allow SIVERGUMA to deliver complete metalworking solutions.
Our capabilities cover the key stages required to manufacture individual steel components, industrial tanks, autonomous field systems and large-scale structures for government, commercial and custom engineering projects.
Every production route is defined around the product: its geometry, material, operating environment, required accuracy, protective treatment, documentation and final delivery conditions.
One production process.Multiple technologies.A result defined by the project.
MIG and MAG welding of steel products with a total weight of up to 10 tonnes.
Laser sheet cutting up to 2.5 × 9 m and plasma cutting up to 2.5 × 7 m.
Laser cutting of tubes and profiles with lengths of up to 12 m.
Sheet rolling up to 16 mm, bending, shot blasting and powder coating.
Inside SIVERGUMA production
Manufacturing is organized as a connected sequence of engineering, processing, assembly, finishing and inspection operations.
The exact route depends on the type of product. A custom component may require several individual metalworking operations, while an industrial tank or engineered field system may pass through the complete production cycle.
Coordination between the stages helps maintain dimensional accuracy, production continuity, traceability and compliance with the approved project documentation.
Production process / 01–08
The production process begins with an analysis of the intended application, operating conditions, drawings, specifications, required standards, order volume and delivery requirements.
The team determines technical feasibility, identifies information that requires clarification and prepares the initial production route.
Technical documentation is reviewed and adapted for manufacturing. Materials, dimensions, tolerances, connections, assembly sequence, welding requirements and control points are defined.
Where required, production drawings, cutting layouts, bills of materials and operation sheets are prepared.
Stage resultDocumentation package released for production.
Steel sheets, profiles, tubes and other components are received, identified and prepared for processing.
Material grade, dimensions, quantity, surface condition and accompanying documentation are checked before the material enters production.
Stage resultVerified and identified materials prepared for processing.
Metal is cut according to the approved production documentation. Depending on the material, geometry and dimensions, the production route may include laser sheet cutting, plasma cutting or laser cutting of tubes and profiles.
Individual parts are marked and prepared for subsequent forming or assembly.
Stage resultCut components corresponding to approved geometry.
Flat and linear components are formed into the required geometry using rolling and bending operations.
This stage may include sheet rolling for cylindrical tank shells, sheet bending, and bending of tubes and profiles.
The accuracy of critical dimensions is checked before parts are transferred to assembly.
Stage resultFormed components prepared for positioning and assembly.
Components are positioned, fixed and joined into the final structure. MIG and MAG welding processes are used according to the material, joint type and project requirements.
Assembly may include tank shells, structural supports, frames, technological connections, access elements and additional product-specific components.
Stage resultCompleted welded structure ready for inspection and finishing.
The completed structure is prepared for the protective or decorative coating specified for the project.
Production capabilities include shot blasting and powder coating. Other coating systems may be selected according to the material, intended application and operating environment.
Stage resultProtected surface corresponding to approved finishing specification.
The completed product undergoes final visual and dimensional inspection. Project-specific functional, tightness or coating checks are performed where applicable and contractually required.
The product is documented, prepared for safe transportation and transferred for shipment according to the agreed delivery schedule.
Stage resultInspected, documented and packaged product ready for delivery.
Production equipment
SIVERGUMA’s equipment covers the key operations required for processing sheet metal, tubes, profiles and welded steel structures.
The combination of cutting, forming, welding and finishing technologies enables the company to manufacture both individual components and complete industrial products.
Equipment manufacturers, model names, power ratings, operating accuracy and commissioning dates must be added after confirmation by the customer.
Welding of steel structures and components of different sizes with a total product weight of up to 10 tonnes.
Laser cutting of sheet metal up to 2.5 metres wide and up to 9 metres long.
Plasma cutting of sheet metal up to 2.5 metres wide and up to 7 metres long.
Laser cutting of tubes and profiles with different cross-sections and lengths of up to 12 metres.
Rolling of sheet metal up to 16 mm thick and up to 2 metres wide.
Sheet Metal Cutting and BendingPreparation and forming of sheet components according to project geometry.
Tube and Profile BendingForming of tubes and profiles with different cross-sections.
Shot BlastingMechanical preparation of metal surfaces before coating.
Powder CoatingApplication of a durable protective and decorative polymer coating.
Production workshops
The provisional production structure is divided into functional areas corresponding to the main manufacturing stages.
This organization reduces unnecessary movement of materials, separates operations with different technical and safety requirements and supports control throughout the production route.
Reception, storage, identification, layout and cutting of sheets, tubes and profiles.
Formation of cut parts into the geometry required for subsequent assembly.
Assembly of individual components, steel structures, industrial tanks and engineered systems.
Preparation and protection of metal surfaces according to the approved coating specification.
Installation of auxiliary components, final product inspection and preparation of complete supply sets.
Preparation of completed products for storage, loading and transportation.
Quality control
Quality control is integrated into the production route through defined inspection points.
The purpose of control is to verify that materials, individual parts, welded assemblies, protective coatings and completed products correspond to the approved technical documentation and contractual requirements.
For oil storage tanks, manufacturing requirements are aligned with EN 12285-1 and EN 12285-2 where applicable.
Verification of drawings, specifications, materials, tolerances, standards and required inspection procedures before production.
Verification of material identification, dimensions, quantity, visible condition and accompanying certificates.
Inspection of part geometry, dimensions, cutting quality, bend parameters and formed sections.
Monitoring of assembly position, joint preparation, welding sequence and visible weld quality.
Additional non-destructive testing may be performed where required by the project.
Inspection of surface preparation, coating continuity, appearance and thickness where measurement is required.
Final visual and dimensional inspection, configuration verification and functional or tightness testing where applicable.
Confirmation that the required inspection records, technical documents and product equipment are complete before shipment.
Production media
The production gallery shows the environment, equipment, operations and people behind SIVERGUMA’s finished products.
The media content should focus on real work: steel entering production, individual operations being performed, structures taking shape, control procedures and completed products prepared for delivery.
Main production film
A cinematic production film following the complete manufacturing route: technical preparation, cutting, forming, welding, assembly, surface treatment, inspection and shipment.
Wide panoramic views of workshops, production lines and work areas.
Laser cutting, plasma cutting, rolling, bending and welding equipment during real production.
Qualified specialists preparing, manufacturing, assembling and inspecting products.
Steel surfaces, cut edges, formed sections, welds, connections and coating details.
Measurement, visual inspection, documentation and product acceptance.
Industrial tanks, steel structures and field systems before loading or deployment.
Manufacturing capacity
SIVERGUMA’s manufacturing capabilities support products of different sizes and levels of complexity—from individual steel components to large welded tanks and project-specific field systems.
The verified parameters below describe the dimensional and technological limits currently represented in the company materials.
Swipe for verified parameters
| Capability | Verified parameter |
|---|---|
| MIG and MAG welding | Products up to 10 tonnes |
| Laser sheet cutting | Up to 2.5 × 9 m |
| Plasma sheet cutting | Up to 2.5 × 7 m |
| Tube and profile cutting | Lengths up to 12 m |
| Sheet rolling | Thickness up to 16 mm, width up to 2 m |
| Additional operations | Sheet bending, tube and profile bending, shot blasting, powder coating |
Manufacture with SIVERGUMA
Tell us what needs to be manufactured, which material and dimensions are required, where the product will be used and which standards, tolerances and delivery conditions must be considered.
The stove operates on all types of solid fuel except coal and provides high-efficiency heating.
Our team will review the available drawings and technical documentation, assess production feasibility and define the operations required to manufacture the product.
SIVERGUMA can provide individual metalworking operations or coordinate the complete route from material preparation to the finished product.
Technical feasibility, production schedule, minimum order quantity, documentation and pricing are agreed individually according to the product and project requirements.
