MGI JETVARNISH 3D One

Hohe Produktivität in einem Durchgang
Digitales High-End Veredelungssystem mit einer Produktionsgeschwindigkeit von bis zu 2.077 A3 Bögen pro Stunde
Intelligente Kombination aus der exklusiven Tintenstrahltechnologie von MGI und den Drop-on-Demand Piezo-Druckköpfen von Konica Minolta für beste Qualität
Hohe Passgenauigkeit, gewährleistet durch den mit künstlicher Intelligenz (AI) arbeitenden AIS SmartScanner, individuell für jeden einlaufenden Druckbogen
Inklusive JETVARNISH 3D One Jobverwaltung, die die Bearbeitung von Aufträgen, Verwalten der Auftragswarteschlange, Erstellen von Job-Tickets, Abrufen von Nachdrucken und Einstellen des AIS-Scanners ermöglicht
Flexible Arbeitsabläufe durch Lackieren auf Offset- und Digitaldrucken ohne vorherige Flächenlackierung, Laminierung oder Kaschierung
Variable Lackdicke zwischen 21 μm und maximalem 3D-Effekt mit bis zu 116 μm in nur einem Durchgang
Umweltfreundliche Inline LED-Trockner - dank LED Technologie ozonfrei und ohne Wärmeerzeugung

Eigenschaften

Merkmale

Beschränken Sie sich nicht länger auf schön gedruckte Aufträge - es ist an der Zeit, dass Sie Ihren Kunden mehr Wert und Kreativität zu bieten! Der JETVARNISH 3D One verwandelt Druckaufträge in spektakuläre und und unwiderstehliche Druckprodukte, die sofort die Aufmerksamkeit Ihrer Kunden auf sich ziehen. Mit JETVARNISH 3D One ist es ein Leichtes, Digitaldrucke punktuell zu beschichten, bestimmte Bereiche hervorzuheben Bereiche hervorzuheben oder 3D-Effekte hinzuzufügen - so können Sie attraktive Druckprodukte anbieten, die die lebendiger und haptischer sind.

Spezifikationen & Downloads

Spezifikationen

PRODUCT SPECIFICATIONS – JETVARNISH 3D ONE
Printing technology	MGI’s exclusive inkjet engine technology; Drop-on-Demand (DoD) technology; Piezoelectric printheads,developed and manufactured by Konica Minolta; Single pass printing; Flexible & scalable printing architecture
Coating thicknesses	Depending on your file, the inks used and the type of surface of your sheet, the coating thickness can vary. On laminated and aqueous coating: 21 μm – 116 μm for 3D raised effects and tactile finish. On toner and coated paper: 30 μm – 116 μm for 3D raised effects and a tactile finish
Production speed	In 2D/flat mode: Up to 2,077 A3 sheets per hour (with 21 μm) In 3D/raised mode: Up to 1,260 A3 sheets per hour (with 51 μm) Up to 547 A3 sheets per hour (with 116 micron)
Registration	SmartScanner coupled with Artificial Intelligence (AIS) for fully real-time automated sheet-to-sheet registration process. No crop marks required.
Formats	Min. 21 x 29.7 cm Max. 36.4 x 76.0 cm Max. Printable Width 35.3 cm
Substrate thickness	Min: 135 g/m2 and not less than 150 μm or 6 mil before printing & lamination; Max: 450 g/m2 and not more than 450 μm or 18 mil before printing & lamination; Motorized height-adjustment print heads
Substrates*	Printing on most matte or glossy laminated surfaces, with or without aqueous coating, layered paper, plastic, PVC and other coated materials.
Varnish on toner	Spot 3D One coat directly onto most digital prints with no lamination or coating required.
UV coatings and capacity	varnish delivered with a 10-litre tank capacity
High capacity Automatic feeder	Feeder able to handle a paper pile up to 30 cm; 2,500 sheets at 135 g/m2
Paper Tray	Tray able to handle a paper pile up to 15 cm or approximately 1,250 sheets at 135 g/m2 All paper formats from A4 up to 36.4 x 75 cm
Paper path	100 % flat paper path; Vacuum feed system; Air feed system; Automatic double sheet detection; In-line LED dryer; “On-the-fly” drying & curing via integrated LED
Maintenance & remote technical support	Daily maintenance completed in less than 10 minutes; Majority of procedures are automated; Automatic cleaning system; From cold start to production in less than 10 minutes; Remote troubleshooting & support via included video/web camera (high speed internet connection required)
Operator panel	Integrated user-friendly LCD touch-screen
Dimensions (L x W x H)	4.02** x 1,41 x 1,80; 1 metre clearance required on all 4 sides
Weight	± 1,200 kg
Electrical requirements	V: 220-240V 50-60Hz; A: 20; plug: 2 plugs CEE 17 IP44 32A (32A 250V, 1P+N+PE); RCD 30mA; C curve 32A breaker
Operating	Temperature: 18 to 30°C Environment Relative humidity: between 30 – 55% (no condensation)
Respecting the environment	Eliminates resource waste (wasted electricity, paper and varnish); No plates (offset) or screens (screen printing); No cleanup or preparation between jobs; Drastic reduction in amount of consumables and use of bulk packaging; Coating without volatile solvent.
Options	Automatic PDF File Converter; VDP barcode camera; AIS SmartScanner Lighting for metallized substrates

The default sheet format is A3, unless otherwise stated
1) with an additional option installed
2) speed will vary according to printing parameter used
3) confirm substrate/toner compability with KM
* The used substrate needs to be either coated or laminated.
Otherwise the media is absorbing the varnish and the desired effect might get lost.
** No paper extensions available.

All specifications refer to A4-size paper of 135 gsm quality.
The support and availability of the listed specifications and functionalities varies depending on operating systems, applications and network protocols as well as network and system configurations.
The stated life expectancy of each consumable is based on specific operating conditions such as page coverage for a particular page size (5% coverage of A4). The actual life of each consumable will vary depending on use and other printing variables including page coverage, page size, media type, continuous or intermittent printing, ambient temperature and humidity.
Some of the product illustrations contain optional accessories.
Specifications and accessories are based on the information available at the time of printing and are subject to change without notice.
Konica Minolta does not warrant that any prices or specifications mentioned will be error-free.
All brand and product names may be registered trademarks or trademarks of their respective holders and are hereby acknowledged.