Door & Window Construction

42
Window manufacturing machines and tools suitable for all materials.
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URBAN AKS6610/4 - AKS6610/6 - SV840/6 Window welding and finishing line
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Play
BJM UFTB 100 P CNC profile machining centre
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MASTERWOOD PROJECT DOORS CNC MACHINING CENTER
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CANNON AFROS A-Compact 100 FC Foam Injection Installation + Panels Press
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Play
DECKEL MAHO DMU 60 P HI-DYN Machining Center
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Netherlands, 4873 LA Etten-Leur
DECKEL MAHO DMU 60 P HI-DYN Machining Center
VAN HERWIJNEN 28864 Monorail System
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Netherlands, 6045 JE Roermond
VAN HERWIJNEN 28864 Monorail System
URBAN SV840/6 Windows cleaning machine
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CANNON AFROS A COMPACT 200 FC Dosing Machine / Foam Injection Unit
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URBAN AKS6610/4 - 27/35 Window welding to 4 heads
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URBAN AKS 6610/6 - 27/35 Windows welding to 6 heads
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ROTOX SMK 504 automatic welding machine
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Austria, 2700 Wiener Neustadt
ROTOX SMK 504 automatic welding machine
ITAL-PLASTICK Lot of 6 plastic window processing machines
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COMEC FIMOR 2000 2UT 4UF CA2 cutting-drilling machine
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Play
ITAL-PLASTICK TV258 SPECIAL Plastic window sawing machine
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ROTOX FTA+WT corner cleaning machine
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Austria, 2700 Wiener Neustadt
ROTOX FTA+WT corner cleaning machine
SCHIRMER BAZ 1000-G3 cutting and machining centers
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SCM MULTIFLEX CNC MACHINING CENTER
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France, region Vaucluse
SCM MULTIFLEX CNC MACHINING CENTER
WEINIG Unicontrol 10 Angular center
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URBAN AKS 1020 Single head welding machine
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Play
Czech Republic, 418 01 Bílina
URBAN AKS 1020 Single head welding machine
RAPID GLX Glazing Saw
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Play
Czech Republic, 418 01 Bílina
RAPID GLX Glazing Saw
MARZANI Serma Lock Door Machine
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Italy, 14100 San Giuseppe (AT)
MARZANI Serma Lock Door Machine
SICAR Compact P Profiling Machine for Window and Door
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Play
SCHUERING RSA2 2-head armature screwdriver
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Austria, 2700 Wiener Neustadt
SCHUERING RSA2 2-head armature screwdriver
SCHUERING frame impact table
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Austria, 2700 Wiener Neustadt
SCHUERING frame impact table
URBAN FAS 2500 Sash assembly station
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HOLLINGER KPSM E 1SB 1-head welding machine
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Austria, 2700 Wiener Neustadt
HOLLINGER KPSM E 1SB 1-head welding machine
HOLLINGER RSF-3 Moulding machine for roller shutter rails
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Sample rack with 4 sample front doors
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Germany, 49757 Werlte
Sample rack with 4 sample front doors
Sample rack with 4 sample front doors
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Germany, 49757 Werlte
Sample rack with 4 sample front doors
FEDERHENN / WORKER 42.31 V003 Vertical window assembly table
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Vertical window assembly table
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Germany, 49757 Werlte
Vertical window assembly table
2 pcs. windows
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Germany, 49757 Werlte
2 pcs. windows
Aluminium Front Door
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Germany, 49757 Werlte
Aluminium Front Door
2 Sample racks for push handles (front door handles)
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Germany, 49757 Werlte
2 Sample racks for push handles (front door handles)
Sample rack with 3 front doors
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Germany, 49757 Werlte
Sample rack with 3 front doors
Rack with sample windows
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Germany, 49757 Werlte
Rack with sample windows
Bilaterally extendable window assembly table with brushes
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Germany, 49757 Werlte
Bilaterally extendable window assembly table with brushes
Lot sample fittings
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Germany, 49757 Werlte
Lot sample fittings
Sample rack for front door panels
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Germany, 49757 Werlte
Sample rack for front door panels
Window assembly table
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Germany, 49757 Werlte
Window assembly table
BETEX HP83 + HP43 2 Poulitrekkers
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Netherlands, 7202 CP Zutphen
BETEX HP83 + HP43 2 Poulitrekkers
Poelite pulls (5x)
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Netherlands, 7202 CP Zutphen
Poelite pulls (5x)

Window production and machinery play an important role towards the design and functionality of buildings. The planning of new buildings must be expertly designed in order to accommodate the installation process of windows, and often have a huge influence on the aesthetic success of construction projects. The process requires technical and aesthetic precision with regards to the choice of materials, measurements, dimensions and finishing. Producing the perfect window not only complements the style and character of a building, it can also facilitate certain requirements needed for specific types of rooms.

  • A wide range of short activities are required during window production
  • Many materials are used
  • Most processes can be computerized to increase efficiency
Quality Great offers Personalized

Both traditional and modern techniques are widely used during the production of windows, with the most popular option being a single or double layer of glass. Factors such as durability, heat resistance and light transmission must all be taken into account. One of the major benefits of modern production is the ability to create windows which avoid the loss of heat through various treatments including glass filling gases such as krypton and argon or the use of expansion. Furthermore, the production process requires various coatings of heat prevention products to be applied to the materials.

Depending on the materials being used, the structure, and the design of the window, the production process may be completed in various different ways, but can also can be easily divided into several basic stages. Firstly, the final frame for the window must be prepared. Various different components will require a wide range of different treatments, depending on the materials and functionality, which includes milling, gluing, assembling, cutting, trimming and welding. These individual processes are normally carried out in automated production plants. Often the materials involved range from pvc wood, reinforced steel, and composite materials. Once the frame is complete, the glass is used to fill the frame, and must be precisely fitted so that it can be correctly sealed.

Window production largely takes place using computerized and automated machinery which minimizes the otherwise repetitive and time consuming process and allows manufacturer to optimize production. Industrial robots are used and help to significantly reduce the need for expert engineers leading to lower production costs, while certain processes such as material treatment doesn’t require highly skilled operators.