Factory standard

Contact details

BEDA Meble na wymiar sp. z o. o.
ul. Łódzka 52/98
42 202 Częstochowa
NIP 5732931410
KRS 0000937653
Share capital 100 000 PLN

§1

1. The subject of the factory are technical requirements, dimensional tolerances and the assessment of defects in production and assembly of custom-made furniture offered by company BEDA Meble na wymiar Sp. z o. o. o., made for individual order of the customer, hereinafter reffered to as goods.
2. Factory standard is an integral part of any contract for the production of furniture/ contract for the production of kitchen furniture/ contract for the production of permanent furniture construction. Acceptance of the terms of contract is also an acceptance of Factory Standard by the Purchaser and Contractor what is mentioned in  § 6 pt. 7 in the contract.
3. By accepting the terms of contract, including Factory standard, contracting parties undertake to cooperate in good faith, observing the principles of reliability, honesty and respecting the law.
4. The requirements of Factory Standard are used in design, production, assembly, final acceptance of furniture and as an indicator for submitting a complaint. 

§2

1. The Factory Standard was created based on Polish Standards : PN EN 1116:2018 04 , PN EN 14749:2016 04
2. Component materials used for production of the furniture are certified by the manufacturer:
   
   1. Laminate chipboard and MDF board
      • Antibacterial properties
      • Hygienic certificate
   2. Worktops
      
      • Antibacterial properties
      • Hygienic certificate
      • Health quality certificate
      • Antibacterial coating
      • https://www.swisskrono.pl/Pobierz/Certyfikaty
      • https://www.egger.com/shop/pl_PL/support/downloads

§3

1. Construction of cabinets, technical conditions and tolerances for the materials.
   
   1. Cabinet bodies, partitions and shelves:
      
      • Cabinet bodies made from laminate chipboard, MDF board with anibacterial coating, acrylic coating, lacquered or foiled,
      • During mechanical processing in production, small chips of the laminate are allowed, with a tolerance of +/ 0,8mm on the edges,
      • During mechanical processing in assembly at the customer's, laminate chips are allowed on the invisible side of the cabinet body with a tolerance up to +/ 3 mm on the edges. This is conditioned by the processing with a hand tools such us jigsaw, saw, manual milling machine and the lack of undercutting in these machines. 
      • Hinges and drawer guides are screwed with wood screw, dependind on the material, in size 3,5x 16 lub 3,5x20mm
      • In the sides and rims orifices are made of fi 5 , fi 20 , fi 15 , fi 8 lub/oraz fi 3 (with an accuracy of +/ 1,5mm) for shelf supports, eccentric connections  or wooden dowels. 
      • Eccentric connections of cabinet bodies and partitions are located on the inside part of furniture, depending on the choice and color availability, they are covered by plastic plugs or a sticker in a color of the furniture decor.  
      • Depending on the design arrangements, in cabinet body may be millings or undercuts for lighting or recessed back plates made from HDF board.
      • Depending on the construction needs, visible and/or invisible edges are machine-glued with ABS, HPL or acrylic edging in thicknesses from 0,8mm to 2mm with neutral or white glue. 
      • The adhesive joint is +/- 0,2mm thick and may be slightly visible in some cases.
      • Elements with the acrylic coating are laminated on one side with acrylic, on the inside there is a counter-pressure laminate in a color similar to acrylic coating. With an additional charge there is a possibility to make an acrylic coating on both sides.
      • Elements with a lacquered coating are lacquered on one side together with edges, on the inside there is a counter-pressure laminate in white color. With an additional charge there is a possibility to make a lacquered coating on both sides. 
      • Shifts between the sides and the bottom and top rims resulting from CNC drilling tolerances  of +/- 1mm in length, width, height and depth are allowed.
      • During connecting the cabinet body elements on the cutouts made during assembly, gaps resulting from the lack of precision of hand tools with a width of +/- 1,8mm are allowed. 
      • The tolerance of hand cuts during the assembly  (e.g. for pipes, boxes, wall protrusions etc.) is +/-5mm na length, width, depth, linearity and angle. 
      • While connecting two vertical or horizontal elements (e.g. kitchen cabinets placed next to each other) it's allowed to screw them together from the inside using 4x30mm wood screws.
      • The dimensions of the cabinet body elements should be within the deviation limits allowed by the manufacturers of materials and processing machines i.e.:
        
        • Material thickness  +/- 0,5mm
        • Format width +/- 1,5mm
        • Format height +/- 1,5mm
        • Deviation of the vertical and horizontal format level +/- 2mm for 1mb
   2. Furniture back:
      
      • The back of the furniture can be made from 3-4mm thick HDF board (mostly kitchen cabinets) in white color or laminate chipboard or MDF board (mostly free-standing furniture) with a thickness of 18mm in decor and coating selected from the palette of available materials.
      • The back made from HDF board will be recessed into the elements of cabinet body i.e. a cut will be made in the cabinet body 10mm from the rear edge, into which the HDF board will be inserted. For the stability of construction, it is also allowed to screw the HDF board from the back of the cabinet body, if it's not possible to see HDF board from the side (e.g. lower kitchen cabinets).
   3. Fronts:
      
      • Furniture fronts made of laminated chipboard, mdf board with acrylic, lacquered or foiled coating as well as frame and sliding fronts.
      • Elements with acrylic coating are laminated on one side with acrylic, on the inside there is a counter-pressure laminate in a color similar to acrylic coating. With an additional charge there is a possibility to make an acrylic coating on both sides. 
      • Elements with a lacquered coating are lacquered on one side together with edges, on the inside there is a counter-pressure laminate in white color. With an additional charge there is a possibility to make a lacquered coating on both sides.
      • The hinges are screwed with wood screws depending on the material in sizes 3,5x16 lub 3,5x20mm.
      • The fronts are drilled for the hinge cup (fi 35) or other drillings in accordance with the hinge use.
      • The edges of the fronts are machine-glued with ABS, HPL or acrylic in thickness from 0,8mm to 2mm with neutral or white glue.
      • In fronts with a handle orifices for the handle are made at distances depending on the type of handle with an accuracy of  +/- 1mm in height and width.
      • Depending on the type of front, glass is mounted in frame fronts with silicone, glass glue, strips or glass catches. 
      • The adhesive joint is +/- 0,2mm thick and may be slightly visible in some cases.
      • Fronts dimensions should be within the deviation limits allowed by the manufacturers of materials and processing machines i.e.: 
        
        • Material thickness +/- 0,5mm0,5mm,
        • Front width +/- 1,5mm1,5mm,
        • Front height +/- 1,5mm1,5mm,
        • Deviation of the vertical and horizontal front level +/- 2mm for 1mb,
        • Front corner angle ± 2°
   4. Worktops:
      
      • Worktops can be made from chipboard coated with HPL laminate, composite, double-sided laminate boards in thickness allowed in this exact material i.e. 12-38mm
      • Worktops are assembled to the cabinets with screws, the length of which is adjusted to the thickness of the worktop or in case of composite worktops - glued with assembly glue.
      • The worktops are joined together using the so-called "clamp" and screws, without the connecting strips.
      • Cutouts in the worktop made during assembly (for hob, sink etc.) will be secured with silicone or special glue (Color Joint).
      • Worktop dimensions should be within the deviation limits allowed by the manufacturers of materials and processing machines i.e.: 
        • Material thickness 0 ,5mm,
        • Worktop width 2 mm,
        • Worktop length 2 mm,
        • Worktop diagonal +/ 2mm.
2. Fittings and internal structures.
   1. Box and narrow-walled drawers
      • The sides of the box drawers are made of laminated chipboard or mdf board  with a thickness of 18mm, joined together on the external side (invisible) with cams and wooden dowels. 
      • The sides of the box drawers have cutouts in the lower part, necessary for mounting the lower assembly guides. 
      • The bottoms of the box drawers are made of white or black chipboard with a thickness of 10mm, screwed to the sides of the box with 3x30mm wood screws.
      • The outer front of the drawer is screwed to the box from the inside with 4x30 mm wood screws.
      • The sides of narrow-walled drawers are made of metal or plastic in height available from manufacturers (Blum, Hettich, Sevroll).
      • The backs and bottoms of the narrow-walled drawers are made of white or black laminate chipboard with a thickness of 16mm.
      • The outer fronts of narrow-walled drawers are atteched to the drawer box with special hooks for a given type of drawer.
      • Any cutouts in the drawers (wall protrusions, boxes, drain etc.) are made during the assembly, which may lead to the following tolerances: 
        • Gaps resulting from the lack of precision of hand tools with a width of +/ 1,8mm
        • Tolerance of hand cutouts during the assembly is +/ 5mm on length, width, depth, linearity and angle.
        • On the invisible side of box chips of laminate with tolerance up to +/ 3mm on the edges are allowed. This is conditioned by the processing with a hand tools such us jigsaw, saw, manual milling machine and the lack of undercutting in these machines.
      • In case of using box and narrow-walled drawers in one furniture there is a possibility of differences in height, width and depth in tolerance up to  2mm resulted from different drawer guides systems.
      • Maximum width of drawer according to drawers' guide manufacturers (Blum, Hettich, Sevroll) is 1150mm. There is a possibility to make wider drawer, but it have an impact for a maximum load of drawer.
      • Maximum height of drawer according to drawers' manufacturers recommendation is 350mm. There is a possibility to make a higher drawer box, but it may have an impact for comfort of pulling out the drawer and the verticality of whole construction.
   2. Clothes rails:
      
      • Clothes rails are made of chrome steel or aluminium with a thickness from fi 20 to fi 25.
      • Clothes rails are mounted to the cabinet body with a rosette and 3,5x20mm wood screws.
   3. Drawer guides:
      
      • According to manufacturers' recommendation, used guides (Blum, Hettich, Sevroll) may be loaded up to 30 kg. 
      • Drawer guides with Tip-On are installed in such way, that the drawer front have a distance up to 4mm from the furniture body.This dimension is necessary for bounce off the drawer guide from the furniture body.
   4. Hinges:
      
      • Used concealed hinges (Sevroll, Hettich) are equipped with silent system, or in case of using tip-on, the hinges without silent system are mounted.
      • In case of tip-on, hinges are pulling the front out of the furniture body up to 4mm, to make the bounce off the tip-on unit possible. 

§ 4

1. Permissible defects of the surface and visible elements of the furniture.
   • Evaluation of the furniture should take place in daylight or equivalent.
   • Minimum distance from the furniture should be 1 meter and evaluation should take place without magnifying tools. 
   • In evaluation, the following elements are taken into consideration: