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Painting machines, painting units
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Paint spraying unit / automatic - PTN-LS2
Automatic rotating line for the application of non-stick and decorative coatings,...
Paint spraying unit / automatic - PTN-LS2
Automatic rotating line for the application of non-stick and decorative coatings, porcelain enamel glazes, silicon paints.The plant engineering special technology of this coating line and its ring shape allow an excellent flexibility. It is especially suited to the production of small or medium size batches.
Paint spraying unit / automatic - PTN-LS1
Complete automatic and robotized lines for the application of non-stick and decorative coatings, porcelain enamel glazes, silicon paints.
The complete line foresees the use of chemical and / or machinaries...
The complete line foresees the use of chemical and / or machinaries...
Paint spraying unit / automatic - PTN-LS1
Complete automatic and robotized lines for the application of non-stick and decorative coatings, porcelain enamel glazes, silicon paints.
The complete line foresees the use of chemical and / or machinaries pre-treatment machinery, product application booths, baking ovens and all the automations necessary for manufacturing of the articles in the various sections.
The line can be integrated and completely controlled by means of operative panel through dedicated software that manages the production formulas and regulates the automations as well as the product dosage in relation to each of the articles utilized in production.
The supply is complet by a wide range of optionals and additional machineries capable to create the highest quality products and to add valuable finishing touches to your cookware articles.
The complete line foresees the use of chemical and / or machinaries pre-treatment machinery, product application booths, baking ovens and all the automations necessary for manufacturing of the articles in the various sections.
The line can be integrated and completely controlled by means of operative panel through dedicated software that manages the production formulas and regulates the automations as well as the product dosage in relation to each of the articles utilized in production.
The supply is complet by a wide range of optionals and additional machineries capable to create the highest quality products and to add valuable finishing touches to your cookware articles.
Coating system vertical - Aurora-M
The new IzoLine AURORA-M G5 Vertical In-line Coater is providing manufacturers with the high productivity glass substrates sputtering. Coater is designed for double-side metal conductive coating fot touch panels production.
Substrate...
Substrate...
Coating system vertical - Aurora-M
The new IzoLine AURORA-M G5 Vertical In-line Coater is providing manufacturers with the high productivity glass substrates sputtering. Coater is designed for double-side metal conductive coating fot touch panels production.
Substrate dimension
Substrate size: Generation 5
Substrate thickness: 0.33 - 1.1 mm
Coating technology
DC cathode
Rotary cathode
Sputter material
Al, Mo and others
Productivity
Flexible carrier tact time starting from 35 sec
Features
Modular design.
Turbo molecular pumps are used.
Single-side or double-side coating.
Glass substrates are fixed in the transport carriages.
Clean transport system. No contaminating particles are generated.
Pre-heated substrates are used.
User friendly software.
Substrate dimension
Substrate size: Generation 5
Substrate thickness: 0.33 - 1.1 mm
Coating technology
DC cathode
Rotary cathode
Sputter material
Al, Mo and others
Productivity
Flexible carrier tact time starting from 35 sec
Features
Modular design.
Turbo molecular pumps are used.
Single-side or double-side coating.
Glass substrates are fixed in the transport carriages.
Clean transport system. No contaminating particles are generated.
Pre-heated substrates are used.
User friendly software.
Coating system vertical - Aurora - D
The new IzoLine AURORA-D G5 Vertical In-line Coater is providing manufacturers with the high productivity glass substrates deposition. Coater is designed for double-side dielectric protection coating for touch screen displays production.
Substrate...
Substrate...
Coating system vertical - Aurora - D
The new IzoLine AURORA-D G5 Vertical In-line Coater is providing manufacturers with the high productivity glass substrates deposition. Coater is designed for double-side dielectric protection coating for touch screen displays production.
Substrate dimension
Substrate size: Generation 5
Substrate thickness: 0.33 - 1.1 mm
Coating technology
MF cathode
Rotary cathode
Sputter material
Si, Nb and many others
Productivity
Flexible carrier tact time starting from 35 sec
Features
Possibility of organic-masking
Modular design.
Turbo molecular pumps are used.
Single-side or double-side deposition.
Glass substrates are fixed in the transport carriages.
Clean transport system. No contaminating particles are generated.
Each chamber has forward and backward vacuum transport tracks.
Pre-heated substrates are used.
User friendly software.
Substrate dimension
Substrate size: Generation 5
Substrate thickness: 0.33 - 1.1 mm
Coating technology
MF cathode
Rotary cathode
Sputter material
Si, Nb and many others
Productivity
Flexible carrier tact time starting from 35 sec
Features
Possibility of organic-masking
Modular design.
Turbo molecular pumps are used.
Single-side or double-side deposition.
Glass substrates are fixed in the transport carriages.
Clean transport system. No contaminating particles are generated.
Each chamber has forward and backward vacuum transport tracks.
Pre-heated substrates are used.
User friendly software.
Coating system vertical - Aurora-I
The new IzoLine AURORA-I G5 Vertical In-line Coater is providing manufacturers with the high productivity glass substrates deposition. Coater is designed for double-side TCO coatings for touch-screen panels production.(PDF, 1,5 Мб)
Substrate...
Substrate...
Coating system vertical - Aurora-I
The new IzoLine AURORA-I G5 Vertical In-line Coater is providing manufacturers with the high productivity glass substrates deposition. Coater is designed for double-side TCO coatings for touch-screen panels production.(PDF, 1,5 Мб)
Substrate dimension
Substrate size: Generation 5
Substrate thickness: 0.33 - 1.1 mm
Coating technology
DC cathode
Rotary cathode
Sputter material
ITO, AZO, and other
Productivity
Flexible carrier tact time starting from 35 sec
Features
One end ( load-unload ) in clean room.
Modular design.
Turbo molecular pumps are used.
Single-side or double-side coating.
Glass substrates are fixed in the transport carriages.
Clean transport system. No contaminating particles are generated.
Pre-heated substrates are used.
User friendly software.
Substrate dimension
Substrate size: Generation 5
Substrate thickness: 0.33 - 1.1 mm
Coating technology
DC cathode
Rotary cathode
Sputter material
ITO, AZO, and other
Productivity
Flexible carrier tact time starting from 35 sec
Features
One end ( load-unload ) in clean room.
Modular design.
Turbo molecular pumps are used.
Single-side or double-side coating.
Glass substrates are fixed in the transport carriages.
Clean transport system. No contaminating particles are generated.
Pre-heated substrates are used.
User friendly software.
Vacuum coating system - SE-300
Purpose:
Deposition of Si3N4 and SiO2-based sealing coatings;
Deposition of transparent conducting coatings with improved characteristics.
Application:
OLED displays.
Vacuum system “Clean scanner is intended for display application. Vacuum coater SE-300 has been developed for obtaining new types of coatings, used in organic displays. These vacuum systems...
Deposition of Si3N4 and SiO2-based sealing coatings;
Deposition of transparent conducting coatings with improved characteristics.
Application:
OLED displays.
Vacuum system “Clean scanner is intended for display application. Vacuum coater SE-300 has been developed for obtaining new types of coatings, used in organic displays. These vacuum systems...
Vacuum coating system - SE-300
Purpose:
Deposition of Si3N4 and SiO2-based sealing coatings;
Deposition of transparent conducting coatings with improved characteristics.
Application:
OLED displays.
Vacuum system “Clean scanner is intended for display application. Vacuum coater SE-300 has been developed for obtaining new types of coatings, used in organic displays. These vacuum systems are particularly efficient in deposition of Si3N4- based thin-film sealing coatings and transparent conducting coatings with improved characteristics. Easy integration of vacuum coaters SE-300 in new and existing OLED displays’ production lines has been assured by using additional lock chamber, provided with individual high vacuum evacuation system and high-vacuum robot-manipulator
Features:
Ion-beam sputtering source with four-position unit of replaceable targets provides ample opportunities both for conducting research and production of thin-film structures having various composition and degree of complexity.
Application of ion -beam technologies from IZOVAC for deposition of coatings directly on organic structures without degradation of their characteristics have been successfully confirmed by our customers.
Very low level of particles generation in the course of coatings deposition is achieved owing to special design of ion sources movement mechanism, practically having no friction pairs;
Integration in research and production OLED lines is provided, if necessary, by a lock chamber with high-vacuum robotic loader;
Dimensions of processed substrates are 200x200 mm and 370x470mm;
Substrates’ heating can be set optionally;
Vacuum coater design complies with requirements for clean room of Class 1000.
Deposition of Si3N4 and SiO2-based sealing coatings;
Deposition of transparent conducting coatings with improved characteristics.
Application:
OLED displays.
Vacuum system “Clean scanner is intended for display application. Vacuum coater SE-300 has been developed for obtaining new types of coatings, used in organic displays. These vacuum systems are particularly efficient in deposition of Si3N4- based thin-film sealing coatings and transparent conducting coatings with improved characteristics. Easy integration of vacuum coaters SE-300 in new and existing OLED displays’ production lines has been assured by using additional lock chamber, provided with individual high vacuum evacuation system and high-vacuum robot-manipulator
Features:
Ion-beam sputtering source with four-position unit of replaceable targets provides ample opportunities both for conducting research and production of thin-film structures having various composition and degree of complexity.
Application of ion -beam technologies from IZOVAC for deposition of coatings directly on organic structures without degradation of their characteristics have been successfully confirmed by our customers.
Very low level of particles generation in the course of coatings deposition is achieved owing to special design of ion sources movement mechanism, practically having no friction pairs;
Integration in research and production OLED lines is provided, if necessary, by a lock chamber with high-vacuum robotic loader;
Dimensions of processed substrates are 200x200 mm and 370x470mm;
Substrates’ heating can be set optionally;
Vacuum coater design complies with requirements for clean room of Class 1000.
Vacuum coating system - MC-540
Purpose:
Cleaning of shadow masks off organic staining, used in production of up-to-date displays based on organic light-emitting diodes (OLED displays).
Vacuum system for cleaning shadow masks off organic staining for display production. Now manufacturers of displays on the basis of organic...
Cleaning of shadow masks off organic staining, used in production of up-to-date displays based on organic light-emitting diodes (OLED displays).
Vacuum system for cleaning shadow masks off organic staining for display production. Now manufacturers of displays on the basis of organic...
Vacuum coating system - MC-540
Purpose:
Cleaning of shadow masks off organic staining, used in production of up-to-date displays based on organic light-emitting diodes (OLED displays).
Vacuum system for cleaning shadow masks off organic staining for display production. Now manufacturers of displays on the basis of organic light-emitting diodes (OLED) can drastically change improve shadow masks cleaning process thanks to vacuum system MC-540 with FSB (fast scanning beam) technology, developed by IZOVAC. The vacuum system is a small-dimension cluster operating as a stand-alone unit, or can be built-in OLED production line in a standard way. Mask to be cleaned is loaded in the cluster and unloaded by cluster system robot, or manually by operator.
Distinguishing features as against liquid cleaning technology:
No poorly cleaned sections of organic on the shadow mask;
Retention of mask form and structure;
No expenses related to purchasing of expensive optical quality control systems;
3-5 times extension of mask service life;
Building-in production lines of OLED displays;
Complete applicability of technology for all types of existing shadow masks (open mask, dot type and strip type).
Cleaning of shadow masks off organic staining, used in production of up-to-date displays based on organic light-emitting diodes (OLED displays).
Vacuum system for cleaning shadow masks off organic staining for display production. Now manufacturers of displays on the basis of organic light-emitting diodes (OLED) can drastically change improve shadow masks cleaning process thanks to vacuum system MC-540 with FSB (fast scanning beam) technology, developed by IZOVAC. The vacuum system is a small-dimension cluster operating as a stand-alone unit, or can be built-in OLED production line in a standard way. Mask to be cleaned is loaded in the cluster and unloaded by cluster system robot, or manually by operator.
Distinguishing features as against liquid cleaning technology:
No poorly cleaned sections of organic on the shadow mask;
Retention of mask form and structure;
No expenses related to purchasing of expensive optical quality control systems;
3-5 times extension of mask service life;
Building-in production lines of OLED displays;
Complete applicability of technology for all types of existing shadow masks (open mask, dot type and strip type).