CNC FIBER LASER CUTTING
Our CNC Fiber Laser systems process sheet metal and tubing based on technical drawings, supporting materials such as steel, stainless steel, and aluminum
Precision cutting enables complex geometries, clean edges, and high repeatability, making the process suitable for high-volume production
CNC BENDING · MIG/TIG · ROBOTIC WELDING
From forming metal components to joining structural parts, Sukavina combines CNC bending, MIG/TIG welding, robotic welding, and skilled manual workmanship to meet different structural requirements
Jigs and controlled welding processes help maintain positioning, dimensions, and consistency across metal frames during mass production
CNC · DRILLING · ROUTING · EDGE BANDING
Engineered Wood components are processed according to technical drawings through CNC cutting, drilling, routing, grooving, and edge finishing to meet the dimensional, functional, and assembly requirements of each product
The process is controlled to maintain dimensional accuracy and consistency across components, particularly for high-volume production and customized OEM/ODM products
CUTTING · SEWING · CUSHION FORMING · UPHOLSTERY
Upholstery and seat cushion components are processed according to the dimensions, shapes, and finishing requirements of each product
The process includes upholstery material preparation, component cutting, sewing, cushion preparation, and final upholstery, with control over dimensions, surface tension, consistency, and overall appearance throughout production
This capability supports dining chairs, hospitality seating, sofas, and other OEM/ODM furniture requiring the integration of metal, wood, and upholstered components
SURFACE FINISHING · UPHOLSTERY · ASSEMBLY · QC
Metal, Engineered Wood, and upholstered components are finished and integrated during assembly to create complete products according to approved technical specifications
Each stage is controlled for dimensions, surface quality, connection points, upholstery finish, assembly fit, and overall product consistency before moving to the next production stage
1
Reviewing CAD drawings, 3D models, specifications, or reference images provided by the customer
2
Analyzing structure, materials, tolerances, and manufacturability, with recommendations where needed to align the design with production processes and volume requirements
3
Producing physical samples to evaluate dimensions, structure, welds, wood components, upholstered elements, assembly, and surface finishing
4
Finalizing and confirming dimensions, materials, colors, structure, upholstery specifications, and quality control requirements before mass production
5
Executing production according to approved technical documentation while maintaining quality control throughout each manufacturing stage
CNC LASER CUTTING
WELD GRINDING
EDGE BANDING
FINAL UPHOLSTERY
CNC PRESS BRAKING
POWDER COATING
UPHOLSTERY MATERIAL CUTTING
MULTI-MATERIAL ASSEMBLY
ROBOTIC WELDING
CNC ENGINEERED WOOD CUTTING
FOAM PREPARATION & SHAPING
QUALITY INSPECTION
LASER WELDING
DRILLING & GROOVING
SEWING
PACKAGING
1
Inspecting material condition and incoming components before production
2
Checking critical dimensions against approved technical specifications
3
Inspecting joint positioning, consistency, and weld quality
4
Checking color, consistency, appearance, surface quality, upholstery tension, and finishing quality
5
Checking fit, assembly accuracy, and product stability
6
Completing final quality checks before packing and export
METAL CHAIRS
SHELVING & RACKS
METAL + ENGINEERED WOOD TABLES
TABLES & TABLE BASES
CABINET FRAMES
UPHOLSTERED CHAIRS & SEATING
BED FRAMES
HOSPITALITY FURNITURE
SOFAS & UPHOLSTERED FURNITURE
SOFA FRAMES
OUTDOOR FURNITURE
MULTI-MATERIAL FURNITURE
Do you have a completed drawing, a reference sample, or simply an initial concept?
Sukavina Furniture can support your project from design analysis and prototype development through mass production,
including requirements for metal structures, engineered wood, upholstery, and finishing
Manufacturing according to the customer’s design, drawings, and technical specifications
Collaborative design development, structural engineering, and manufacturing solutions based on project requirements
Developing and manufacturing components, frames, or complete products according to specific technical requirements

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