SERVICES
Here is where our ideas take shape. We create unique, contemporary furniture, with a touch of an antique, mid-century vibe. We are inspired by everything old and new, preserving the character of each piece created, through passion, love and immaculate craftsmanship. It’s up to us to be different in order to be irreplaceable. So let’s be different together!
Linia Projects is one of the newest and most modern natural stone processing factories in Romania, of premium quality, with the most innovative technologies, as well as the latest generation equipment
The Projects line is renowned for its craftsmanship, state-of-the-art technology, solid team with rich experience and the highest quality raw material.
Discover our products offered from all over the world, all carefully selected by our staff. The quality, color and integrity of the stone are characteristics that our specialists follow to select the stone from
career.
We offer professional cutting, processing and installation services for natural stone, marble, granite, travertine, large ceramic tiles, quartz composite materials:
- WATERJET CNC cutting, working dimensions 3170 X 1800 mm.
- Cutting BRIDGESAW CNC disc and milling machine: milling, profiling, cutting, processing working dimensions 3800 X 2400 mm.
- Edge polishing on the machine with automatic tape
- Production of furniture, countertops and kitchen cladding.
- Realization of cladding walls, facades.
- Realization of steps, jambs
- Stock of natural stone, ceramic, composite slabs.
Metalworking refers to the processes of transforming metallic materials into components and structures used in furniture manufacturing. The metal is used in various applications in the furniture industry, including support structures, sliding mechanisms, hinges, handles, legs or decorative details.
Here are some examples of metalworking technologies and processes:
Metal cutting: Techniques such as laser cutting, water pressure cutting or plasma jet cutting are used to cut metal plates or profiles into desired sizes and shapes. This makes it possible to obtain the basic components for furniture, such as tops, legs or supporting structures.
Metal Bending and Forming: Bending and forming processes are used to give metal components the required shapes and contours. Hydraulic presses or bending machines can be used to shape the metal profiles or pipes according to the design and requirements of the furniture.
Welding and brazing: Welding and brazing are techniques used to join metal components and create more complex structures. Electric arc welding, inert gas welding or bonding with special adhesives are common methods used to assemble and fix metal furniture elements.
Surface treatments: To improve the appearance and aesthetic properties of metal components, surface treatments can be applied. These may include painting, anodizing, electroplating or applying decorative finishes such as chrome or nickel plating.
CNC Machining: Computer Numerical Control (CNC) technology is used to produce metal components with high precision and complex shapes. CNC machines can perform operations such as milling, drilling, grinding or cutting, depending on production needs.
Wood processing is an essential aspect in the production of quality furniture.
Technology plays an important role in woodworking, bringing significant improvements in the efficiency, precision and quality of processes. Here are some key technologies used in woodworking for furniture:
CNC Machines: These machines are equipped with digitally controlled software and motors, allowing precise cuts, perforations and carvings to be made in wood. By using the computer and appropriate software, complex and detailed finished shapes can be created, ensuring repeatability and precision in production.
Scanners and 3D modeling systems: These technologies enable the scanning of objects or three-dimensional models and their transformation into digital data. This data can later be used to guide CNC machines in making complex wooden shapes and structures.
3D Printing: Although less used than in other areas, 3D printing has the potential to revolutionize the production of wooden furniture. With specialized wood 3D printers, complex parts and components can be made that would traditionally require multiple separate processes and assemblies.
Automated finishing machines: To obtain a high-quality finish, automatic machines are used for grinding and polishing wood surfaces. These equipment can be programmed to perform precise and uniform operations, ensuring a uniform and smooth appearance of the furniture pieces.
Design and Simulation Software: Design and simulation software allows designers and manufacturers to create virtual models of furniture pieces, assess structural strength, and simulate assembly prior to physical production. This helps reduce errors and costs associated with prototyping and subsequent fine-tuning.
Use of alternative materials: Technology has also brought about the introduction of alternative materials in the furniture industry, which can be combined with wood to achieve innovative and sustainable products. For example, wood and plastic composite materials can be processed using techniques and machinery similar to those used for solid wood.
All these technologies contribute to increasing the efficiency, quality and diversity of products. They enable the production of more complex, more precise and more customized parts in a shorter time and with less waste of materials.
