Lecta’s detailed focus in 2025 calendar

Stunning macro photography gives us a new perspective on the mineral world and the value of attention to detail

Twelve striking extreme macro images of different minerals and gemstones, in vibrant colour, present fascinating combinations of shapes, tones, and tiny solid structures that are captured thanks to the special innovative technique of their creator, American photographer ©Chris Perani.

minerals in Lecta's macro photographs calendar
Details in Lecta’s 2025 calendar

Details are important regardless of one’s field, and Lecta’s business activity is no exception. Because attention to detail is what sets a company apart and ensures its reliability and sustainability. At Lecta, this is their firm commitment, which is why they prioritise attention to every last detail in our business processes.
The sum of small details is, ultimately, what makes things great and gives them dimension.

For the printing of their 2025 calendar, Lecta has once again chosen premium semi-matt coated papers from their wide range of quality products for the publishing industry. The properties of these graphic supports showcase the beauty and intricacy of the images. For more information about Lecta, please visit www.lecta.com.

More from Eye on Display – JETRIX to support celebrated Photo Oxford Festival

Related posts

XSYS joins partners to future-proof flexo with sustainable solutions

XSYS has announced the successful result of a new collaboration aimed at

Domino completes internal rollout of GS1 QR codes

Domino Printing Sciences has implemented GS1-powered 2D QR codes across its entire

Skandacor debuts LAMpro laminators at PRINTING United

Skandacor will showcase new foils and its latest finishing equipment line-up at

Epson to debut SureColor V4000 flatbed and G9000 DTF printer

Epson will showcase the SureColor V4000 UV flatbed, G9000 DTF printer, and

HP to showcase expanded wide-format lineup at The Sign Show

HP will showcase four Latex printers, the DesignJet Z9+, and PrintOS software