scispace - formally typeset
Search or ask a question

What is the best laser printer for office use? 

Image quality
Laser
Monochrome
Color printing
Digital mammography

Answers from top 10 papers

More filters
Papers (10)Insight
Open access•Journal Article
3-D printing in your libraries and classrooms
Heather Moorefield-Lang
01 Sep 2014-Knowledge Quest
13 Citations
Multiple 3-D printer brands are available, but the most popular among schools and libraries is the MakerBot Replicator 2, mainly because of its ease of use, size, and overall print capabilities.
Proceedings Article•DOI
A high resolution, electrostatically-driven commercial inkjet head
Shinichi Kamisuki, M. Fujii, T. Takekoshi, C. Tezuka, M. Atobe 
23 Jan 2000
56 Citations
for A4 paper in 360 dpi (dots per inch) high resolution, a performance level that makes this the fastest inkjet POS printer in the world.
Proceedings Article•DOI
Mechanical characteristics of a new compact size color laser printer for home use
Kazutaka Sato, M. Nakano, S. Ohara, J. Matsuno, A. Sasaki 
19 Jun 2001
We have developed a compact size color laser printer that can be conveniently used for home use.
Journal Article•DOI
Accuracy of a simplified 3D-printed implant surgical guide.
Taehun Kim, Sang-wook Lee, Guk Bae Kim, Dayeong Hong, Jinhee Kwon, Jae-Woo Park, Namkug Kim 
01 Aug 2020-Journal of Prosthetic Dentistry
56 Citations
The most suitable 3D printer, however, should be selected considering all factors.
Journal Article•DOI
Image quality of a wet laser printer versus a paper printer for full-field digital mammograms.
Gerd Schueller, Elisabeth Kaindl, Wolfgang Matzek, Friedrich Semturs, Claudia Schueller-Weidekamm, Thomas H. Helbich 
01 Jan 2006-American Journal of Roentgenology
9 Citations
For FFDM, images obtained from a wet laser printer show superior objective and subjective image quality compared with a paper printer.
Journal Article•DOI
Laser printer scanning system with a parabolic mirror.
Matsuda Tadashi, Abe Fumitaka, Hideo Takahashi 
15 Mar 1978-Applied Optics
45 Citations
This high speed laser printer has demonstrated the high quality printing of 10-dots/mm resolution.
Open access•Journal Article•DOI
Development of a Resilient 3-D Printer for Humanitarian Crisis Response
Benjamin L. Savonen, Tobias Mahan, Maxwell W. Curtis, Jared W. Schreier, John K. Gershenson, Joshua M. Pearce 
09 Mar 2018
29 Citations
In particular, a novel 3-D printer that is designed specifically for reliable rapid manufacturing at the sites of humanitarian crises.
Proceedings Article•DOI
A Survey of Electronic Color Printer Technologies
Gary K. Starkweather
13 Aug 1989
1 Citations
As yet, ink jet is not a serious contender for the substantial low end laser printer marketplace served by Apple Computer's LaserWriter II and Hewlett-Packard's LaserJet printers.
Journal Article•DOI
Comparison of dry laser printer versus paper printer in full-field digital mammography.
Zhigang Liang, Xiangying Du, Xiaojuan Guo, Dongdong Rong, Ruiying Kang, Guangyun Mao, Jiabin Liu, Kuncheng Li 
04 Mar 2010-Acta Radiologica
8 Citations
Therefore, the image quality of the dry laser printer was superior to that achieved by the paper printer (P=0.00).
Open access•Journal Article•DOI
Energetic sub-2-cycle laser with 216 W average power
Steffen Hädrich, Marco Kienel, Michael Müller, Arno Klenke, Jan Rothhardt, Robert Klas, Thomas Gottschall, Tino Eidam, András Drozdy, Péter Jójárt, Zoltán Várallyay, Eric Cormier, Karoly Osvay, Andreas Tünnermann, Jens Limpert 
15 Sep 2016-Optics Letters
117 Citations
To the best of our knowledge, this is the highest average power few-cycle laser system presented so far.

Related Questions

How many types of laser cutting machines are there?10 answers
How many types of laser printer are there?9 answers
What is the best cost effective laser printer?8 answers
What is the most cost effective color laser printer?6 answers
Which type of printer gives the best quality print laser inkjet or dot matrix?10 answers
Which type of printer gives the best quality printout laser inkjet or dot matrix?10 answers

See what other people are reading

How a deep learning method works in detecting motion artifacts?
4 answers
A deep learning method for detecting motion artifacts involves training neural networks to identify and correct these artifacts in medical imaging. By utilizing computer-generated datasets, such methods can classify dynamic and static frames, correct motion in dynamic frames, and preserve original structures without discarding any frames. Additionally, deep learning models can be trained to filter motion-corrupted images, detect phase-encoding lines affected by motion, and reconstruct final images using unaffected data, effectively reducing motion artifacts in magnetic resonance imaging. Furthermore, deep learning-based algorithms have been developed to automatically detect and grade motion-related artifacts in liver MRI, showcasing high sensitivity and specificity in detecting these artifacts. These approaches demonstrate the effectiveness of deep learning in mitigating motion artifacts across various medical imaging modalities.How does breast tissue density affect quality of breast imaging and diagnosis of cancer?
4 answers
Breast tissue density significantly impacts the quality of breast imaging and the diagnosis of cancer. Dense breast tissue, characterized by a higher proportion of fibroglandular tissue, poses challenges in mammography by masking lesions and reducing sensitivity, leading to lower cancer detection rates and increased false positives. Ultrasound imaging is often used as a supplementary diagnostic tool to mammography in dense breasts, but acoustic clutter due to tissue interactions can obscure masses, necessitating advanced quantitative differentiation tools like lag-one coherence for improved detection. Additionally, breast density influences the microenvironment, affecting diffusion characteristics, perfusion dynamics, and protein expression, highlighting the need for tailored imaging approaches and risk assessment strategies based on density variations. Understanding these complexities is crucial for enhancing breast cancer detection and personalized patient care.What are the primary factors that contribute to the degradation of meteorites?
5 answers
The degradation of meteorites can be attributed to various factors. Solar wind effects, such as low-energy 1 keV H+ irradiation, lead to spectral changes in meteorites, causing alterations in reflectance spectra and absorption band strengths over short timescales. Additionally, photodegradation from incident laser irradiation, even at low powers, affects the structure of macromolecular carbon (MMC) in meteorites, impacting Raman band peak positions and intensities. Furthermore, degradation can occur due to impacts from micrometeorites, comet particles, and artificial-origin particles, potentially eroding and fracturing cover glasses of solar cells on meteorites, leading to power degradation of solar arrays in space. Lastly, exposure to ultraviolet light can cause degradation of organic compounds in meteorites, such as the Murchison meteorite, with stability varying based on the specific compounds and environmental conditions.What types of experiments involving beams were conducted to investigate Particle Propogation by Structure Borne Travelling Waves?
5 answers
Experiments involving beams to investigate particle propagation through structure-borne traveling waves encompass a variety of studies. These include simulations of beam-plasma interactions in a traveling wave tube (TWT) to analyze wave growth, saturation, and electron trapping. Additionally, laser-plasma-based acceleration experiments explore electron and proton acceleration using laser wakefield acceleration (LWFA) and target normal sheath acceleration (TNSA) techniques. Furthermore, investigations into vibration transmission across beam frameworks for noise control purposes utilize Advanced Statistical Energy Analysis (ASEA) to predict structure-borne sound transmission, considering wave types and junction effects. These diverse experiments shed light on the complex dynamics of particle propagation through beams under various conditions and setups.Does the high electrical energy demand during the laser beam melting process result in high greenhouse gas emissions?
4 answers
The high electrical energy demand during the laser beam melting (LBM) process does have implications for greenhouse gas emissions. LBM, a key technology in additive manufacturing, consumes significant electric energy, contributing to its environmental footprint. Studies highlight the importance of assessing the global warming potential (GWP) and CO2 emissions associated with LBM processes, emphasizing factors like powder recycling, material losses, and energy consumption. However, advancements in LBM technology, such as the use of TiC nanoparticles, have shown promise in enhancing energy efficiency during laser powder bed fusion, leading to increased laser melting energy efficiency and potentially reducing greenhouse gas emissions. Therefore, while the high electrical energy demand in LBM can result in notable greenhouse gas emissions, ongoing research aims to mitigate these environmental impacts through improved efficiency and resource management.What are the main challenges of heating metals with microweaves?
4 answers
Heating metals with microwaves presents several challenges. One key challenge is the need to consider nonequilibrium heat transfer phenomena at micro- and nanoscales, where traditional heat conduction laws may not apply, requiring the use of models like the hyperbolic or dual phase lag model. Additionally, in micro-heaters, minimizing tensile stress on metal lines during expansion or compression due to heating or cooling is crucial to prevent breakage, which can be addressed by incorporating deforming portions in the metal lines. Detecting tiny metal contamination in manufacturing processes, which can lead to overheating issues in various applications, is another significant challenge that researchers are addressing through high-frequency induction heating methods. Furthermore, in microfluidics and drug delivery, utilizing optically actuated microtools with embedded metal layers as heating elements introduces challenges related to achieving controlled loading and release of cargo using photothermal-induced convection currents.What is the current state of research on deep learning techniques for analyzing Digital Subtraction Angiograms (DSAs)?
4 answers
Current research on deep learning techniques for analyzing Digital Subtraction Angiograms (DSAs) shows promising advancements. Studies have demonstrated the effectiveness of deep learning models in various aspects of DSA analysis. For instance, research has focused on automatic segmentation of stent grafts during endovascular aneurysm repair, deblurring large focal spot DSA images for clearer cerebrovascular visualization, and developing DSA methods for coronary arteries to improve vessel visibility. These studies have highlighted the potential of deep learning networks, such as convolutional neural networks (CNNs), in enhancing DSA image quality, accuracy of diagnosis, and procedural outcomes. The results indicate that deep learning-based approaches can significantly impact the field of DSA analysis, paving the way for more efficient and precise clinical applications.How do modern intaglio printing techniques differ from traditional ones, and what advancements have been made in this field?
5 answers
Modern intaglio printing techniques have evolved significantly from traditional methods. The advancements include the incorporation of capsule luminescent pigments for high luminescence intensity and chemical stability, the replacement of reverse offset printing with a process involving color printing, gloss oil printing, and matte UV oil printing using laser engraving plates, and the development of an intaglio printing process enhancing adhesion strength through corona treatment and utilizing specific printing ink compositions. Additionally, improvements in intaglio printing machinery have been made, such as the optimization of printing mechanisms for enhanced production efficiency and quality. These advancements collectively enhance the quality, efficiency, and versatility of modern intaglio printing techniques compared to traditional methods.What frequencies of light treat rosacea?
4 answers
Various frequencies of light have been utilized in the treatment of rosacea. Studies have highlighted the effectiveness of different light frequencies in managing rosacea symptoms. These include the use of LBO 532nm laser, a combination of blue (480 nm) and red (650 nm) light-emitting diodes, and various laser devices such as pulsed dye laser (585 or 595 nm), potassium-titanyl-phosphate laser (532 nm), and diode-pumped frequency doubled laser (532 nm). Additionally, Intense Pulsed Light (IPL) treatments with dual-band light (535-680 nm and 860-1200 nm) have shown efficacy in reducing facial erythema and telangiectasia associated with rosacea. IPL treatments with a range of 540–950nm have also demonstrated improvement in erythema associated with different subtypes of rosacea. These findings collectively suggest that a range of light frequencies can be beneficial in managing rosacea symptoms.Can isopropanol be used for the dispersion of magnesium?
5 answers
Isopropanol can indeed be utilized for the dispersion of magnesium. Research has shown that isopropanol was used as a dispersing medium in the synthesis of magnesium structures. Additionally, isopropanol, when mixed with water and organic solvents, was found to be effective in dispersing magnesium hydrate, resulting in high dispersion levels suitable for various applications. Moreover, isopropanol-based mixtures have been employed in dispersing barium titanate nanoparticles, showcasing significant viscosity reduction and improved dispersion characteristics. Furthermore, isopropanol-based microemulsions have been utilized for the controlled synthesis and surface modification of magnesium hydroxide, enhancing its flame resistance and compatibility with polymer materials. Therefore, isopropanol demonstrates versatility in dispersing various forms of magnesium for different industrial applications.What is optical microscopy for optical fiber?
5 answers
Optical microscopy for optical fiber involves utilizing advanced technologies to enhance imaging and analysis capabilities. Fiber-based light sources can generate microjoule-scale near-infrared light for targeting theragnosis agents in cancer treatment. Optical fibers offer advantages like high bandwidth and data security, fitting into various applications including telecommunications and medical fields for classification under specific commodity codes in the EU. Fiber lasers, with their controllable wavelength and high energy output, are crucial in applications like photoacoustic imaging, enabling precise imaging of biological tissues. Additionally, a confocal microscopy system employing an optical fiber coupler separates components to improve the flexibility and practicality of microscopic imaging systems. These advancements highlight the diverse applications and benefits of optical microscopy in the realm of optical fibers.