LEPx : The Force Multiplier
LEPx : The Force Multiplier
Place ink particles on a digital plate at 120 Lm/m for full graphics. LEPx is the future of print production.
In a world where customers demand highly crafted solutions, only HP Indigo technology gives you the agility to meet any need across any type of commercial printing and packaging job.
Place ink particles on a digital plate at 120 Lm/m for full graphics. LEPx is the future of print production.
HP Indigo uses a blanket to transfer ink to media. The blanket is heated, melting and blending the ElectroInk particles into a smooth film. This produces an image that is completely defined on the blanket, transferred to the substrate by direct contact. The result is a high-quality image with a true offset look and feel.
As with analog technologies, the ink never travels through air during transfer, but is transferred mechanically, with physical contact at every step of the process. With this constant contact process, there is no trade-off between speed and print quality, even at very high speeds.
HP Indigo presses’ unique liquid ink contains very small electrically chargeable ink particles to create a thin ink layer on any type of media, achieving the highest coverage and deepest colour possible. HP Indigo ElectroInk is virtually pigment-agnostic, and can leverage a wide variety of pigments for the widest array of inks.
Up to 97% of PANTONE® colours are reachable, with OVG and the unique Ink Mixing System (IMS) for PANTONE®-matching spot.
HP Indigo can print on the broadest gamut of substrates in the digital print industry, including coated, uncoated, synthetic, metallised, and coloured media.
Our customers print high coverage routinely, going up to coverage levels of 500% and more with no impact on print quality and at a feasible cost.
Deliver hundreds or thousands of orders per day easily and cost-effectively with an end-to-end production management solution.
The HP Indigo printing engine performs the following sequence:
The HP Indigo printing engine performs the following sequence:
Charging unit generates uniform charge on the electrophotographic Photo Imaging Plate.
Exposure of the plate by a scanned array of laser diodes remove charges from the image area.
One of the coloured Binary Ink Developer (BID) units engages with the plate, developing an image on it.
Ink transfers from the plate to a heated blanket using electric field
The heated blanket melts the resin particles within the ElectroInk, merging them into a smooth tacky film.
Image (in film form) transfers from the blanket to media.
Multi shot process: For each colour separation this process is repeated—this is the Multi Shot process.
The one-shot process: HP Indigo one-shot process (for web presses and heat sensitive materials)—all colour separations accumulate on the blanket
Charging unit generates uniform charge on the electrophotographic Photo Imaging Plate.
Exposure of the plate by a scanned array of laser diodes remove charges from the image area.
One of the coloured Binary Ink Developer (BID) units engages with the plate, developing an image on it.
Ink transfers from the plate to a heated blanket using electric field
The heated blanket melts the resin particles within the ElectroInk, merging them into a smooth tacky film.
Image (in film form) transfers from the blanket to media.
Multi shot process: For each colour separation this process is repeated—this is the Multi Shot process.
The one-shot process: HP Indigo one-shot process (for web presses and heat sensitive materials)—all colour separations accumulate on the blanket
- Dustin Steerman,
VP Sales and Managing Partner, ePAC Boulder
- Chris Buoni, Vice President of Business Communications,
Perfect Communications
- Rob Daniels,
Vice President, QTL
- John Ramsier, Director of Business Development,
Caraustar Industries, Inc.
The unique combination of unmatched colour and ink capabilities with perfect print quality on the broadest media gamut, delivers a wide range of high-value applications enabling profitable business growth.