Certifying - contract Proof
Article number: 31230
Listed in category: Service / ICC-Profiling > Certifying - contract Proof from brakensiek.de
Is colour- and obligatorily proofing your aim?
You already have a Proofsystem and uncertainties exists?
You preserved from us a test form and send back to us this geprooft and we measure that with freshly certificated measuring instruments after 12,647 dinars / ISO which the earlier usual EUROSCALE has removed.
GMG and efi systems we always have to offer demonstration-ready from part exchanges:
Also in cooperation with partners worldwide we offer:
Proofserver with Proofsoftware
Printer
Ink
Proofpapier
Device description of the Proof printer as an ICC profile
Description of the process to be simulated as an ICC profile
Fogra media wedge
Spectral photo metre
Auswertsoftware
Working hours: 100 EUR / hrs plus journey
With us you can shop:
Ugra/FOGRA media wedge 2.0a CMYK on you serialisiert:
* Integrated controlling means for the check and assessment of Proofs
* Sure direct Proofkontrolle by means of spectral photometer
* Basically for the legally binding Digitalproof
How does one check a digital test pressure on colour correctness?
Adapted extracts from the updated process standard offset printing, cape. 5
Bases
The purpose of a test pressure is, in a certain stage of the correction or after the end of the reproduction to make the quality to be expected of the edition pressure exactly as technically possibly obviously.
With the reproduction delivered ones provided test pressure standardises is valid as a proof of the fact that the present picture impression is also attainable in the standardised edition pressure.
Demands
Universal
Obligation the test pressure:
Data for the test pressure have to do the conditions of the cape. 4 of the process standard offset printing [5-3, 5-4] fulfil. It is basic from the delivered data continuance on the respective data carrier to proofen.
Corrections:
After in colour or other important corrections a new test pressure should be provided basically. It is renounced here, the corrections must be exactly noted in kind and situation on the pressure. Then no colour-obliging test pressure is given. Rubout characters are to be used to German Institute for Standardization 16549 [5-9].
Rasterung:
As far as possible the test pressure or pressure with the same grid programme and with the same picture orientation aufgerastert should be as they are planned for the edition pressure. That has to represent the results of an Objektmoirés only appearing with the edition pressure which has omitted to make suitably aufgerasterte test pressure or pressures or has not pointed out the principal to the possibly disagreeable results of a missing check on Objektmoiré. Moiréeffekte which would also have appeared with tonwertglatten [without structure] original have to represent the ausbelichtende company or the following process steps.
Abmusterungsbedingungen:
Colour temperature in 5000 K, density of light in 2000 lx, see cape. 1.6 of the process standard offset printing [5-3].
Refining:
If an off-line surface refining [varnish, concealing] of the edition is planned, an improved test pressure and secondly an unimproved copy should be delivered to the edition printer first [with Inline refining the unimproved presentation is unessential]. Picture impression and measuring values can change because by improving strongly, this is also valid with the most careful process guidance.
Digital test pressure
An Ugra/fogra-media wedge CMYK-TIFF must stand [5-1] on the test pressure. His colour values CIELAB must correspond to the pressure condition intended for the edition pressure. Calculated roughly, visual control is possible under norm light in 5000 K with the help of the in each case appropriate "authoritative pressure" [5-5], there a media wedge is printed standardised. For high claims to the colour obligation colour-metrical measurements must occur. Besides, the colour values CIELAB of all colour fields are determined and with on ISO 12647-2 compared [5-3, 5-4] to straightened rated values of the Excel table delivered with the media wedge, e.g., for the paper types 1, 2, 3 and 4 in the offset. Is valid for the divergences of the rated values: The average of all colour distances CIELAB is allowed to do 4, the maximum value may not cross 10. A maximum divergence of 3 is valid for the colour of the carrier material. The colours of the full tones CMYK should lie possibly within 2.5, they must lie, in any case, within 5. Measuring terms: White base, 0/45 or 45/0, 2 ° observers, D50, CIELAB. To the white base see the appendix to this extract.
In the footing line of the test pressure file name and date are to be given as well as the names of the used source profiles and simulation profiles or the names of the characterisation tables on which the issue profiles are based [example: fogra 23].
As far as possible the digital test pressure with the same grid programme and with the same picture orientation aufgerastert should be as this is planned for the edition pressure, see tips.
Tip
Now and then one so-called „media-neutral test pressure“ is propagated, he shows the picture impression under full exploitation of the colour extent of the respective test printer. If it concerns, besides, a costly test pressure system with a very big colour extent, this cannot be realised possibly in the offset printing with the intended Bedruckstofftyp. Hence, such a test pressure is not colour-obligingly for the edition. One recognises a too big colour extent by comparison in the full tone surfaces of the Ugra/fogra of media wedge CMYK to measured colour values CIELAB with that of the intended pressure condition of the edition. These are given in the media wedge Excel file.
If the demand is not fulfilled after auflagendruckgemäß to aufgerastertem test pressure or pressure, Objektmoiréstrukturen [can be recognised, e.g., with textile motives] not already in the approach. Then they appear eventl. later with the edition pressure and cause there considerably higher costs than by the production of a suitably aufgerasterten presentation would have originated.
Instruction 5C of the process standard offset printing [5-3]:
Colour-metrical full control of a digital test pressure
5C1
If with the edition pressure an off-line surface refining is planned, should exist as far as possible improved like an unimproved test pressure. Then only latter is to be checked as follows.
5C2
It is found out whether on the test pressure corrections are marked. If these concern not only inessential parts, the test pressure shows no obliging presentation for the edition pressure. The principal or the repro is to be informed, if necessary the second test pressure is to be made. Otherwise further too 5C3.
5C3
The Ugra/fogra-media wedge CMYK-TIFF of the test pressure will become on white base, paper proposals see appendix] measured out and it the colour divergences CIELAB to on ISO/D SHARP 12647-2:2003 to straightened rated values of the topical Excel file of the media wedge compared.
5C4
The average of all colour distances CIELAB may not cross the value 4, the maximum value the value 10 and the colour distance of the carrier material the value 3. The full tones of the coloured primary colours CMY should agree possibly within 2.5 with the rated values, anyway, nevertheless, within 5. If all conditions are fulfilled the test pressure is colour-obligingly for the simulated pressure condition. Otherwise the principal or the repro is to be informed, if necessary the second test pressure or a pressure is to be made for safety's sake.
Tip
The rated values for one in the Excel file of the media wedge grasped pressure condition, e.g., FM grid, cannot be derived from the values of a characterisation table. fogra extracts to the legal owners of a media wedge with pleasure the suitable rated values from a provided characterisation table after ISO 12642 [IT8.7 / 3] or ECI 2002.
Instruction 5fa of the process standard offset printing:
Simulation of the offset printing on a digital test printer with the help of colour management ICC
5F1
It is ascertained with which ICC profile a delivered CMYK record has been separated. This profile is to be delivered basically with the data, see media standard pressure in 2003. If no CMYK data separate RGB-or CIELAB data were delivered, these must be transformed first with an ICC profile suitable for the intended editions-pressure condition as an aim profile and the respective input profile as a source profile in the CMYK space. The erstere profile should exist at the pressure company, the input profile should be provided by the data-delivering company. With the transformation the perception-related colour extent adaptation method is to be chosen [En.: perceptual rendering intent]. Characterisation data for standardised pressure terms can be downloaded with fogra. On it based profiles of the ECI, www.eci.org.
5F2
For the test printer 17B of the process standard offset printing an ICC profile is generated according to the instruction. If the test printer can use edition paper, the shaping and the other test pressure with the intended edition paper should occur. As a substitute another edition paper of the same paper class can be also used after ISO 12647-2 [5-6, 5-7], for both purposes. If certain carrier materials are prescribed by the manufacturer, one chooses to the edition paper after shine and colour most near the coming material.
5F3
To the CMYK record of the order it is put of the Ugra/fogra media wedge CMYK-TIFF. The combination is transformed in the CMYK space of the test printer. Besides, profile serves in 5F1 used ICC-[issue] as a simulation profile and the printer profile generated in step 5F2 as an aim profile. By use of edition paper the relatively colour-metrical adaptation is to be chosen, with an in colour deviating test pressure bearer, nevertheless, the absolutely colour-metrical adaptation.
5F4
Exactly those CIELAB values should appear on the test pressure in the Ugra/FOPGRA media wedge CMYK-TIFF, in for the profile production use characterisation table after ISO 12642 [5-8] for the suitable CMYK values stood. For practically all important pressure terms the CIELAB values are given in the Excel table to the Ugra/fogra-media wedge CMYK. To the check on success of the measure see the instruction 5C.
Tip
Of course other possibilities for the production of a digital test pressure appropriate for edition also make sense, as an example the GMG method would be called.
Literature
[5-1] SCHMITT, AND:
The Ugra/fogra-media wedge CMYK. Munich: fogra, in 2000 [58]. – Instructions
[5-2 media standards pressure in 2003
Federal association pressure and media Inc., Wiesbaden, in 2003
[5-3] Dolezalek, FOLLOWING:
Process standard offset printing. Federal association pressure and media Inc., Wiesbaden, in 2001
[5-4] Belz, H, Dolezalek, fa:
Process standard offset printing changes to the issue in 2001. Federal association pressure and media Inc., Wiesbaden, in 2003
[5-5 N. N.:
Altona test suite applications package. Federal association pressure and media Inc., Wiesbaden, in 2003
[5-6 norms German Institute for Standardization ISO 12647-2: 1998.
Graphic technology – process control for the production of grid-colour extracts, pressure, test pressure and edition pressure – part 2: Planography procedures. Berlin, Beuth publishing company
[5-7 norm draughts ISO/D SHARP 12647-2: 2003.
Graphic technology – process control for the production of grid-colour extracts, pressure, test pressure and edition pressure – part 2: Planography procedures. Berlin, Beuth publishing company
[5-8] Norm ISO 12642: 1996
Graphic technology – Prepress digital data exchange – Input data for characterization of 4-colur process printing. Berlin: Beuth Verlag
[5-9 norms: German Institute for Standardization 16549-1:1996
Pressure technology – pressure preliminary stage – part 1: Rubout characters for picture and complementary information. Berlin, Beuth publishing company
Spring: www.fogra.org
In the following a few more norms from the pressure industry:
German Institute for Standardization paperback 367 norms of the pressure industry and media industry
Choice from the table of contents
Document issue title
Concepts
German Institute for Standardization 16500-11 1994-09 pressure technology – part 11: Pressure subsequent treatment; concepts
German Institute for Standardization 16514 1982-11 pressure technology; concepts for the high pressure
German Institute for Standardization 16527-1 1993-03 pressure technology; control panel, controlling picture, controlling brand; basic concepts
German Institute for Standardization 16611 1990-07 pressure technology; measuring dimensions for the silk screen
German Institute for Standardization 16620-3 1993-03 pressure technology; pressure plates for the indirect planography (offset printing);
Arrangement and pressure; concepts
Measuring technology
German Institute for Standardization 5033-8 1982-04 colour measurement; measuring terms on sources of light
E German Institute for Standardization 5033-9 2004-11 colour measurement – white standard to the calibration in colour measurement and Photometrie
German Institute for Standardization 16536-1 1997-05 check of printing and printing inks of the pressure technology – colour density measurement
in printing – part 1: Concepts and realisation of the measurement
German Institute for Standardization 16536-2 1995-12 check of printing and printing inks of the pressure technology – colour density measurement
in printing – part 2: Demands for the measuring arrangement of colour density measuring instruments
and her check
German Institute for Standardization ISO 13655 2000-02 graphic technologies – spectral measurement and colour-metrical calculation for
graphic objects
Pressure preliminary stage
German Institute for Standardization 16549-1 1996-11 pressure technology – pressure preliminary stage – part 1: Rubout characters for picture and complementing one
Information
German Institute for Standardization 16614 2004-05 graphic technology – enlarged data to the characterisation of the four-colour process
– Complementary element
ISO 12639 2004-05 pressure technologies – data exchange in the preliminary stage – TIFF/IT picture format
ISO 12642 1996-12 pressure technologies – data exchange in the pressure preliminary stage – record to
Characterisation of the 4-colour pressure
ISO 15930-4 2003-12 graphic technologies – digital data exchange in the preliminary stage under use
from PDF – part 4: Entire data exchange with CMYK-and special colour printing data
with PDF 1.4 (PDF/X-1a)
ISO 15930-5 2003-12 graphic technologies – digital data exchange in the preliminary stage under use
from PDF – part 5: Incomplete data exchange of pressure data with PDF 1.4
(PDF / X-2)
ISO 15930-6 2003-12 graphic technologies – digital data exchange in the preliminary stage under use
from PDF – part 6: Entire data exchange of pressure data for
Colour management work routines with PDF 1.4 (PDF/X-3)
Pressure processes
German Institute for Standardization 16527-3 1993-11 pressure technology; control panels; use in the pressure
ISO 12647-1 2004-08 pressure technologies and reproductive technology – process control for the production from
to printed in halftone colour extracts, test printing as well as In and edition pressure
–
Part 1: Parametre and her measurement
ISO 12647-2 2004-11 parts 2: Offset's printing methods
E ISO/D SHARP 12647-3 2004-08 graphic technologies – process control for the production of printed in halftone ones
To colour extracts, test printing as well as pressures and edition printing –
Part 3: Newspaper pressure
Printing inks
German Institute for Standardization 16513 1993-09 pure toluol as a Lösemittel for low-pressure colours
German Institute for Standardization 16526 1994-12 printing inks for the pressure technology – marking of the qualities of her
Printing inks for high pressure and planography on the label
German Institute for Standardization 16537 1998-11 check of printing and printing inks of the pressure technology – regulation of her
visual brilliant number of printing
German Institute for Standardization ISO 12040 1998-01 pressure technologies and reproductive technology – to pressure and printing inks – regulation of her
Light fastness with filtered xenon-curve light
ISO in 2836, 2004-03 pressure technologies – to pressure and printing inks – regulation of the permanence
compared with different agents
Printing papers and formats
German Institute for Standardization 6721-2 2000-04 papers for the data processing – 40-g / m² to 90-g / m² papers for
Endless forms – part 2: Selbstdurchschreibend; demands,
Check
German Institute for Standardization 6723-1 1997-07 papers for the data processing – 90-g / m² paper for Belegsortierleser
– Part 1: Unpainted, uncoated one; demands, check
German Institute for Standardization 6723-2 1997-07 – part 2: Painted, coats, selbstdurchschreibend; demands, check
German Institute for Standardization 19306-1 2002-04 paper – printing papers – part 1: General technical terms of delivery
German Institute for Standardization EN ISO 216 2002-03 writing papers and certain groups of printed matter – final formats
– A and B rows
German Institute for Standardization ISO 13542 1998-03 papers and cardboard – inside diameter for shells from shell cardboard
Literature
[5-1] SCHMITT, AND:
The Ugra/fogra-media wedge CMYK. Munich: fogra, in 2000 [58]. – Instructions
[5-2 media standards pressure in 2003
Federal association pressure and media Inc., Wiesbaden, in 2003
[5-3] Dolezalek, FOLLOWING:
Process standard offset printing. Federal association pressure and media Inc., Wiesbaden, in 2001
[5-4] Belz, H, Dolezalek, fa:
Process standard offset printing changes to the issue in 2001. Federal association pressure and media Inc., Wiesbaden, in 2003
[5-5 N. N.:
Altona test suite applications package. Federal association pressure and media Inc., Wiesbaden, in 2003
[5-6 norms German Institute for Standardization ISO 12647-2: 1998.
Graphic technology – process control for the production of grid-colour extracts, pressure, test pressure and edition pressure – part 2: Planography procedures. Berlin, Beuth publishing company
[5-7 norm draughts ISO/D SHARP 12647-2: 2003.
Graphic technology – process control for the production of grid-colour extracts, pressure, test pressure and edition pressure – part 2: Planography procedures. Berlin, Beuth publishing company
[5-8 norms ISO 12642: 1996
Graphic technology – Prepress digitally data exchange – input data for characterisation of 4-colur process printing. Berlin: Beuth publishing company
[5-9 norms: German Institute for Standardization 16549-1:1996
Pressure technology – pressure preliminary stage – part 1: Rubout characters for picture and complementary information. Berlin, Beuth publishing company
You already have a Proofsystem and uncertainties exists?
You preserved from us a test form and send back to us this geprooft and we measure that with freshly certificated measuring instruments after 12,647 dinars / ISO which the earlier usual EUROSCALE has removed.
GMG and efi systems we always have to offer demonstration-ready from part exchanges:
Also in cooperation with partners worldwide we offer:
Proofserver with Proofsoftware
Printer
Ink
Proofpapier
Device description of the Proof printer as an ICC profile
Description of the process to be simulated as an ICC profile
Fogra media wedge
Spectral photo metre
Auswertsoftware
Working hours: 100 EUR / hrs plus journey
With us you can shop:
Ugra/FOGRA media wedge 2.0a CMYK on you serialisiert:
* Integrated controlling means for the check and assessment of Proofs
* Sure direct Proofkontrolle by means of spectral photometer
* Basically for the legally binding Digitalproof
How does one check a digital test pressure on colour correctness?
Adapted extracts from the updated process standard offset printing, cape. 5
Bases
The purpose of a test pressure is, in a certain stage of the correction or after the end of the reproduction to make the quality to be expected of the edition pressure exactly as technically possibly obviously.
With the reproduction delivered ones provided test pressure standardises is valid as a proof of the fact that the present picture impression is also attainable in the standardised edition pressure.
Demands
Universal
Obligation the test pressure:
Data for the test pressure have to do the conditions of the cape. 4 of the process standard offset printing [5-3, 5-4] fulfil. It is basic from the delivered data continuance on the respective data carrier to proofen.
Corrections:
After in colour or other important corrections a new test pressure should be provided basically. It is renounced here, the corrections must be exactly noted in kind and situation on the pressure. Then no colour-obliging test pressure is given. Rubout characters are to be used to German Institute for Standardization 16549 [5-9].
Rasterung:
As far as possible the test pressure or pressure with the same grid programme and with the same picture orientation aufgerastert should be as they are planned for the edition pressure. That has to represent the results of an Objektmoirés only appearing with the edition pressure which has omitted to make suitably aufgerasterte test pressure or pressures or has not pointed out the principal to the possibly disagreeable results of a missing check on Objektmoiré. Moiréeffekte which would also have appeared with tonwertglatten [without structure] original have to represent the ausbelichtende company or the following process steps.
Abmusterungsbedingungen:
Colour temperature in 5000 K, density of light in 2000 lx, see cape. 1.6 of the process standard offset printing [5-3].
Refining:
If an off-line surface refining [varnish, concealing] of the edition is planned, an improved test pressure and secondly an unimproved copy should be delivered to the edition printer first [with Inline refining the unimproved presentation is unessential]. Picture impression and measuring values can change because by improving strongly, this is also valid with the most careful process guidance.
Digital test pressure
An Ugra/fogra-media wedge CMYK-TIFF must stand [5-1] on the test pressure. His colour values CIELAB must correspond to the pressure condition intended for the edition pressure. Calculated roughly, visual control is possible under norm light in 5000 K with the help of the in each case appropriate "authoritative pressure" [5-5], there a media wedge is printed standardised. For high claims to the colour obligation colour-metrical measurements must occur. Besides, the colour values CIELAB of all colour fields are determined and with on ISO 12647-2 compared [5-3, 5-4] to straightened rated values of the Excel table delivered with the media wedge, e.g., for the paper types 1, 2, 3 and 4 in the offset. Is valid for the divergences of the rated values: The average of all colour distances CIELAB is allowed to do 4, the maximum value may not cross 10. A maximum divergence of 3 is valid for the colour of the carrier material. The colours of the full tones CMYK should lie possibly within 2.5, they must lie, in any case, within 5. Measuring terms: White base, 0/45 or 45/0, 2 ° observers, D50, CIELAB. To the white base see the appendix to this extract.
In the footing line of the test pressure file name and date are to be given as well as the names of the used source profiles and simulation profiles or the names of the characterisation tables on which the issue profiles are based [example: fogra 23].
As far as possible the digital test pressure with the same grid programme and with the same picture orientation aufgerastert should be as this is planned for the edition pressure, see tips.
Tip
Now and then one so-called „media-neutral test pressure“ is propagated, he shows the picture impression under full exploitation of the colour extent of the respective test printer. If it concerns, besides, a costly test pressure system with a very big colour extent, this cannot be realised possibly in the offset printing with the intended Bedruckstofftyp. Hence, such a test pressure is not colour-obligingly for the edition. One recognises a too big colour extent by comparison in the full tone surfaces of the Ugra/fogra of media wedge CMYK to measured colour values CIELAB with that of the intended pressure condition of the edition. These are given in the media wedge Excel file.
If the demand is not fulfilled after auflagendruckgemäß to aufgerastertem test pressure or pressure, Objektmoiréstrukturen [can be recognised, e.g., with textile motives] not already in the approach. Then they appear eventl. later with the edition pressure and cause there considerably higher costs than by the production of a suitably aufgerasterten presentation would have originated.
Instruction 5C of the process standard offset printing [5-3]:
Colour-metrical full control of a digital test pressure
5C1
If with the edition pressure an off-line surface refining is planned, should exist as far as possible improved like an unimproved test pressure. Then only latter is to be checked as follows.
5C2
It is found out whether on the test pressure corrections are marked. If these concern not only inessential parts, the test pressure shows no obliging presentation for the edition pressure. The principal or the repro is to be informed, if necessary the second test pressure is to be made. Otherwise further too 5C3.
5C3
The Ugra/fogra-media wedge CMYK-TIFF of the test pressure will become on white base, paper proposals see appendix] measured out and it the colour divergences CIELAB to on ISO/D SHARP 12647-2:2003 to straightened rated values of the topical Excel file of the media wedge compared.
5C4
The average of all colour distances CIELAB may not cross the value 4, the maximum value the value 10 and the colour distance of the carrier material the value 3. The full tones of the coloured primary colours CMY should agree possibly within 2.5 with the rated values, anyway, nevertheless, within 5. If all conditions are fulfilled the test pressure is colour-obligingly for the simulated pressure condition. Otherwise the principal or the repro is to be informed, if necessary the second test pressure or a pressure is to be made for safety's sake.
Tip
The rated values for one in the Excel file of the media wedge grasped pressure condition, e.g., FM grid, cannot be derived from the values of a characterisation table. fogra extracts to the legal owners of a media wedge with pleasure the suitable rated values from a provided characterisation table after ISO 12642 [IT8.7 / 3] or ECI 2002.
Instruction 5fa of the process standard offset printing:
Simulation of the offset printing on a digital test printer with the help of colour management ICC
5F1
It is ascertained with which ICC profile a delivered CMYK record has been separated. This profile is to be delivered basically with the data, see media standard pressure in 2003. If no CMYK data separate RGB-or CIELAB data were delivered, these must be transformed first with an ICC profile suitable for the intended editions-pressure condition as an aim profile and the respective input profile as a source profile in the CMYK space. The erstere profile should exist at the pressure company, the input profile should be provided by the data-delivering company. With the transformation the perception-related colour extent adaptation method is to be chosen [En.: perceptual rendering intent]. Characterisation data for standardised pressure terms can be downloaded with fogra. On it based profiles of the ECI, www.eci.org.
5F2
For the test printer 17B of the process standard offset printing an ICC profile is generated according to the instruction. If the test printer can use edition paper, the shaping and the other test pressure with the intended edition paper should occur. As a substitute another edition paper of the same paper class can be also used after ISO 12647-2 [5-6, 5-7], for both purposes. If certain carrier materials are prescribed by the manufacturer, one chooses to the edition paper after shine and colour most near the coming material.
5F3
To the CMYK record of the order it is put of the Ugra/fogra media wedge CMYK-TIFF. The combination is transformed in the CMYK space of the test printer. Besides, profile serves in 5F1 used ICC-[issue] as a simulation profile and the printer profile generated in step 5F2 as an aim profile. By use of edition paper the relatively colour-metrical adaptation is to be chosen, with an in colour deviating test pressure bearer, nevertheless, the absolutely colour-metrical adaptation.
5F4
Exactly those CIELAB values should appear on the test pressure in the Ugra/FOPGRA media wedge CMYK-TIFF, in for the profile production use characterisation table after ISO 12642 [5-8] for the suitable CMYK values stood. For practically all important pressure terms the CIELAB values are given in the Excel table to the Ugra/fogra-media wedge CMYK. To the check on success of the measure see the instruction 5C.
Tip
Of course other possibilities for the production of a digital test pressure appropriate for edition also make sense, as an example the GMG method would be called.
Literature
[5-1] SCHMITT, AND:
The Ugra/fogra-media wedge CMYK. Munich: fogra, in 2000 [58]. – Instructions
[5-2 media standards pressure in 2003
Federal association pressure and media Inc., Wiesbaden, in 2003
[5-3] Dolezalek, FOLLOWING:
Process standard offset printing. Federal association pressure and media Inc., Wiesbaden, in 2001
[5-4] Belz, H, Dolezalek, fa:
Process standard offset printing changes to the issue in 2001. Federal association pressure and media Inc., Wiesbaden, in 2003
[5-5 N. N.:
Altona test suite applications package. Federal association pressure and media Inc., Wiesbaden, in 2003
[5-6 norms German Institute for Standardization ISO 12647-2: 1998.
Graphic technology – process control for the production of grid-colour extracts, pressure, test pressure and edition pressure – part 2: Planography procedures. Berlin, Beuth publishing company
[5-7 norm draughts ISO/D SHARP 12647-2: 2003.
Graphic technology – process control for the production of grid-colour extracts, pressure, test pressure and edition pressure – part 2: Planography procedures. Berlin, Beuth publishing company
[5-8] Norm ISO 12642: 1996
Graphic technology – Prepress digital data exchange – Input data for characterization of 4-colur process printing. Berlin: Beuth Verlag
[5-9 norms: German Institute for Standardization 16549-1:1996
Pressure technology – pressure preliminary stage – part 1: Rubout characters for picture and complementary information. Berlin, Beuth publishing company
Spring: www.fogra.org
In the following a few more norms from the pressure industry:
German Institute for Standardization paperback 367 norms of the pressure industry and media industry
Choice from the table of contents
Document issue title
Concepts
German Institute for Standardization 16500-11 1994-09 pressure technology – part 11: Pressure subsequent treatment; concepts
German Institute for Standardization 16514 1982-11 pressure technology; concepts for the high pressure
German Institute for Standardization 16527-1 1993-03 pressure technology; control panel, controlling picture, controlling brand; basic concepts
German Institute for Standardization 16611 1990-07 pressure technology; measuring dimensions for the silk screen
German Institute for Standardization 16620-3 1993-03 pressure technology; pressure plates for the indirect planography (offset printing);
Arrangement and pressure; concepts
Measuring technology
German Institute for Standardization 5033-8 1982-04 colour measurement; measuring terms on sources of light
E German Institute for Standardization 5033-9 2004-11 colour measurement – white standard to the calibration in colour measurement and Photometrie
German Institute for Standardization 16536-1 1997-05 check of printing and printing inks of the pressure technology – colour density measurement
in printing – part 1: Concepts and realisation of the measurement
German Institute for Standardization 16536-2 1995-12 check of printing and printing inks of the pressure technology – colour density measurement
in printing – part 2: Demands for the measuring arrangement of colour density measuring instruments
and her check
German Institute for Standardization ISO 13655 2000-02 graphic technologies – spectral measurement and colour-metrical calculation for
graphic objects
Pressure preliminary stage
German Institute for Standardization 16549-1 1996-11 pressure technology – pressure preliminary stage – part 1: Rubout characters for picture and complementing one
Information
German Institute for Standardization 16614 2004-05 graphic technology – enlarged data to the characterisation of the four-colour process
– Complementary element
ISO 12639 2004-05 pressure technologies – data exchange in the preliminary stage – TIFF/IT picture format
ISO 12642 1996-12 pressure technologies – data exchange in the pressure preliminary stage – record to
Characterisation of the 4-colour pressure
ISO 15930-4 2003-12 graphic technologies – digital data exchange in the preliminary stage under use
from PDF – part 4: Entire data exchange with CMYK-and special colour printing data
with PDF 1.4 (PDF/X-1a)
ISO 15930-5 2003-12 graphic technologies – digital data exchange in the preliminary stage under use
from PDF – part 5: Incomplete data exchange of pressure data with PDF 1.4
(PDF / X-2)
ISO 15930-6 2003-12 graphic technologies – digital data exchange in the preliminary stage under use
from PDF – part 6: Entire data exchange of pressure data for
Colour management work routines with PDF 1.4 (PDF/X-3)
Pressure processes
German Institute for Standardization 16527-3 1993-11 pressure technology; control panels; use in the pressure
ISO 12647-1 2004-08 pressure technologies and reproductive technology – process control for the production from
to printed in halftone colour extracts, test printing as well as In and edition pressure
–
Part 1: Parametre and her measurement
ISO 12647-2 2004-11 parts 2: Offset's printing methods
E ISO/D SHARP 12647-3 2004-08 graphic technologies – process control for the production of printed in halftone ones
To colour extracts, test printing as well as pressures and edition printing –
Part 3: Newspaper pressure
Printing inks
German Institute for Standardization 16513 1993-09 pure toluol as a Lösemittel for low-pressure colours
German Institute for Standardization 16526 1994-12 printing inks for the pressure technology – marking of the qualities of her
Printing inks for high pressure and planography on the label
German Institute for Standardization 16537 1998-11 check of printing and printing inks of the pressure technology – regulation of her
visual brilliant number of printing
German Institute for Standardization ISO 12040 1998-01 pressure technologies and reproductive technology – to pressure and printing inks – regulation of her
Light fastness with filtered xenon-curve light
ISO in 2836, 2004-03 pressure technologies – to pressure and printing inks – regulation of the permanence
compared with different agents
Printing papers and formats
German Institute for Standardization 6721-2 2000-04 papers for the data processing – 40-g / m² to 90-g / m² papers for
Endless forms – part 2: Selbstdurchschreibend; demands,
Check
German Institute for Standardization 6723-1 1997-07 papers for the data processing – 90-g / m² paper for Belegsortierleser
– Part 1: Unpainted, uncoated one; demands, check
German Institute for Standardization 6723-2 1997-07 – part 2: Painted, coats, selbstdurchschreibend; demands, check
German Institute for Standardization 19306-1 2002-04 paper – printing papers – part 1: General technical terms of delivery
German Institute for Standardization EN ISO 216 2002-03 writing papers and certain groups of printed matter – final formats
– A and B rows
German Institute for Standardization ISO 13542 1998-03 papers and cardboard – inside diameter for shells from shell cardboard
Literature
[5-1] SCHMITT, AND:
The Ugra/fogra-media wedge CMYK. Munich: fogra, in 2000 [58]. – Instructions
[5-2 media standards pressure in 2003
Federal association pressure and media Inc., Wiesbaden, in 2003
[5-3] Dolezalek, FOLLOWING:
Process standard offset printing. Federal association pressure and media Inc., Wiesbaden, in 2001
[5-4] Belz, H, Dolezalek, fa:
Process standard offset printing changes to the issue in 2001. Federal association pressure and media Inc., Wiesbaden, in 2003
[5-5 N. N.:
Altona test suite applications package. Federal association pressure and media Inc., Wiesbaden, in 2003
[5-6 norms German Institute for Standardization ISO 12647-2: 1998.
Graphic technology – process control for the production of grid-colour extracts, pressure, test pressure and edition pressure – part 2: Planography procedures. Berlin, Beuth publishing company
[5-7 norm draughts ISO/D SHARP 12647-2: 2003.
Graphic technology – process control for the production of grid-colour extracts, pressure, test pressure and edition pressure – part 2: Planography procedures. Berlin, Beuth publishing company
[5-8 norms ISO 12642: 1996
Graphic technology – Prepress digitally data exchange – input data for characterisation of 4-colur process printing. Berlin: Beuth publishing company
[5-9 norms: German Institute for Standardization 16549-1:1996
Pressure technology – pressure preliminary stage – part 1: Rubout characters for picture and complementary information. Berlin, Beuth publishing company
services
last update:
21.05.2012
