But if you plan to make more than a few dozen 13×19-inch or larger prints per year, or if you want to take charge of the whole image-making process, you’ll want to invest in your own printer. With large-format printers starting at $1,200, you might be tempted to choose a more affordable ($500-$700) 13×19-inch desktop printer for the majority of your work and send the larger sizes out to a pro lab (the Canon PIXMA Pro9500 Mark II, for example). Examples include the 44-inch Canon imagePROGRAF iPF8300 ($4,400 estimated street price), 64-inch Epson Stylus Pro 11880 ($9,000 estimated street price) and 60-inch HP Designjet Z6100 ($16,000 estimated street price).Ĭheck the current price and availability of the Epson Stylus Pro 3880 at Amazon. Moving up the scale, in both price and size, are the 44- to 64-inch printers, most of which feature printing technologies and ink sets similar to their 24-inch counterparts. Top choices include the 24-inch Canon imagePROGRAF iPF6300 ($2,600 estimated street price), the new Epson Stylus Pro 7890 ($3,000 estimated street price) and the HP Designjet Z3200 ($3,400 estimated street price). Next in size, and considered the sweet spot in the large-format category, are 24-inch inkjet printers capable of printing on cut-sheet media and rolls up to 24 inches wide. Some of these can fit on a desktop, and popular models include the 17-inch Canon imagePROGRAF iPF5100 ($1,600 estimated street price, cut-sheet and roll media), the Epson Stylus Pro 3880 ($1,200 estimated street price, cut-sheet only) and the newer Epson Stylus Pro 4900 ($2,500 estimated street price, cut-sheet or roll media). At one end of the scale are the 17-inch models, which are capable of producing up to 17×22-inch prints from cut-sheet media or longer prints (i.e., 17×40 inches) using up to 17-inch-wide rolls.

The first question: How big do you want to go? The term “large format” covers a wide variety of printer sizes. But which printer has what you need at a price you can afford? A look at the technology and cost breakdowns will help you choose the model that will transform your desktop darkroom into one that a photographer like Ansel Adams would have craved. In the digital darkroom, large printers that had been beyond the means of most photographers have come down in price to the point where 17- and 24-inch models are within reach.

In his home darkroom, Adams had a conventional table-top enlarger for prints up to 11×14 inches or so, and he had a side-mounted model on a rail system to make large prints 16×20 inches and larger by projecting the image on the wall. Hacking a Capacitive Soil Moisture Sensor (v1.Ansel Adams was a legendary craftsman who labored over the creation of perfect prints.Burst Sampling with the ADS1115 in Continuous Mode.Tutorial: How to Configure I☬ Sensors with Arduino Code.Tutorial: How to calibrate a compass (and accelerometer) with Arduino.This work will have a significant impact on future projects as more community partners and academic collaborators modify these loggers for their own research questions. This project proves that anyone can build robust instruments with open source tools, and it is providing people with the information they need to get started. The data is also essential for answering questions about contaminant transport and water supply management in karst regions. This work necessarily spans many years, and is providing valuable process-based understanding of how environmental conditions are recorded in sediments and speleothems. Beddows research into the links between the landscape, climate variability and water/material fluxes through the vadose zone. Bore-hole pressure loggers and multi-probe temperature profilers have recently been added to the equipment lineup, and new sensor combinations are in development.

Water level and flow sensors are installed in caves, at coastal outflows, and at locations on the reef. This monitoring network includes everything from surface weather stations to underground drip monitors & micro-climate recorders. They have developed a data logging platform from inexpensive pre-made breakout boards, and are using this at the heart of new environmental sensors that anyone can build.Ĭurrently more than 100 of these Arduino based loggers are installed at several well-instrumented field sites, in four different countries. The Cave Pearl Project was co-founded by Edward Mallon and Patricia Beddows: two people who are passionate about understanding caves and protecting karst aquifers.

Logger pro print landscape