<![CDATA[Wide-Format-Inkjet.com: Latest News]]> https://www.wide-format-inkjet.com Thu, 02 Jul 2026 04:39:35 +0000 <![CDATA[ALL NEW ColorWave 3600/3800 Series]]> https://www.wide-format-inkjet.com/blog/all-new-colorwave-36003800-series/ Wed, 07 Oct 2020 15:29:42 +0000 https://www.wide-format-inkjet.com/blog/all-new-colorwave-36003800-series/ ]]> ]]> <![CDATA[New Work FORCE Enterprise Solution]]> https://www.wide-format-inkjet.com/blog/new-work-force-enterprise-solution/ Wed, 07 Oct 2020 14:32:06 +0000 https://www.wide-format-inkjet.com/blog/new-work-force-enterprise-solution/ ]]> ]]> <![CDATA[Laser Scanning in Construction: Everything You Need to Know]]> https://www.wide-format-inkjet.com/blog/laser-scanning-in-construction-everything-you-need-to-know/ Thu, 05 Dec 2019 11:50:16 +0000 https://www.wide-format-inkjet.com/blog/laser-scanning-in-construction-everything-you-need-to-know/ Lasers have been a mainstream part of life – from epic battles in science fiction movies to useful applications in industries like manufacturing. Nevertheless, while the technology has been a bit slower to hit the construction industry, 3D laser scanning is quickly becoming a staple on sites around the world.

Laser scanning isn’t anything new, but it’s just now starting to gain serious traction in the construction industry. For instance, according to POB magazine, the demand for laser scanning in construction was only 20% in 2016. In 2017, demand minimally increased to 22%; however, a year later, in 2018, it spiked to 57%. The annual growth rate for 3D laser scanning is believed to be around 15% currently. Valued at $3 billion in 2016, it’s a market that is expected to grow to $10 billion by 2024. In other words, if you’re not taking note of this budding technology now, it’s time to do your research.

Is laser scanning being utilized on your construction projects, or are you still exploring the potential of the technology? One thing is for sure, when it comes to 3D laser scanning: every construction professional would benefit from learning more about the innovation. Here’s a closer look at the emerging technology:

Laser Scanning 101: The Basics

Before we get into the nitty-gritty of laser scanning, it’s worth it to take a moment to define exactly what it is. Specifically, laser scanning, also known as high-definition surveying (HDS) or reality capture, is a means of using a laser to map an area with high accuracy.

On a construction site, laser scanning is used to capture detailed data, providing accurate information for every nook and cranny on a site. The data it provides construction professionals is known as “point cloud.” That is, a database connecting points in a 3D coordinate system. While we could go into a world of detail about point cloud and what it can do, the most important thing to remember is that it keeps an extremely accurate digital record of an object or space as it pertains to a project.

A Brief History of Laser Scanning in Construction

As we said, 3D laser scanning isn’t new technology at all. In fact, the technology’s roots date back to the 1960s. However, it wasn’t until the 1990s that it began being utilized for design and engineering purposes. In fact, laser scanning followed a similar path to adoption as GPS or global positioning systems. Once deemed a luxury, GPS is now found and utilized in millions of applications across a variety of markets. Today, laser scanning has become commonplace in a similar manner, now moving into a variety of markets, including construction.

Laser Scanning in Construction Explained

So how is laser scanning used in construction today? The technology has come a long way from how it was initially just used in performing building and maintenance on industrial facilities. Today, it’s administered for building infrastructure and much more.

Here’s a closer look at the use of laser scanning across a project’s lifecycle:

  • Design: Specifically, when it comes to site design, laser scanning is a starting point even sometimes before BIM. Many professionals today are adopting a scan-to-BIM method of design to capture detailed information to kick off and manage the process early.
  • Construction: Another big advantage of laser scanning is when it comes to construction coordination, specifically in avoiding conflicts between different systems (i.e., HVAC, electrical, plumbing). Data can also be shared between parties to help with any remote coordination. Scanning isn’t just performed at the beginning of a project either; it can be done at various other points along the timeline to better document milestones, reduce the necessity of change orders and pass off work to other trades professionals. Laser scanning in construction can also help document where errors were made and identify a solution faster.
  • Operations, retrofits and renovations: Laser scanning captures a very high level of detail, and this helps create a permanent as-built record for both owners and facility managers. In the end, this data can help with building operations, renovations and future building additions and even demolitions.

Benefits of Laser Scanning in Construction

There are plenty of benefits to deploying laser scanning on your next project. Here’s a look at some of the most significant reasons why your projects could benefit from laser scanning:

  • Improves quality and accuracy: Laser scanning is accurate and allows construction teams to take planning and detail to a whole other level on site.
  • Provides immediate information: Scans can be performed and accessed immediately, thereby improving operations, streamlining productivity and reducing rework.
  • Cuts costs: Laser scanning is fast — much faster than conventional methods of project mapping. Scans can be completed in minutes, which is far quicker than conventional methods, many of which can take hours or even weeks. What’s more, is that the data scans created empower teams to develop more detailed workflows. Construction is a bottom-line business, so any cost savings that project teams can produce only goes to increase profitability on a project. In fact, some estimate that using laser scanning versus conventional 2D scanning on a project can demonstrate a savings of up to 50%, with the most significant gains coming from an accelerated timeline.
  • Reduces manual labor: Manual labor can be tedious and prone to error. Laser scanning can help reduce it and also ensure a higher degree of accuracy. Scanning also reduces the need for other parties on a project (i.e., architects, engineers, surveyors, etc.) to make multiple trips out to the site to verify plans.
  • Streamlines coordination: Finally, 3D laser scanning can help improve coordination and collaboration on a jobsite, which can thereby lead to faster and better overall decision-making. Better collaboration can improve project team relationships, enhance communication and help facilitate the end goal of creating a great project.

Laser Scanning Challenges

There are pros and cons to every technology, and while laser scanning has plenty of benefits, it also has its share of drawbacks. Though the payoff from implementing laser scanning is significant, the practice also has some risks. Here’s a look at some of them:

  • It’s expensive: Though scanning can help lower overall project costs, there’s a somewhat significant cost to implement the technology — especially if you want it done right. This high upfront cost can be a turnoff for many companies.
  • It takes practice: Like any technology, workers need to be thoroughly trained on how to use the technology successfully. When it comes to this, there may be a skills gap within your company, and training could help add to the expensive upfront costs we mentioned above.
  • Scope: While scanning can help produce highly detailed site plans, workers still need to have some sort of familiarity with the area for the best results.

How to Start Implementing Laser Scanning in Construction

If you want to take the necessary steps and begin introducing laser scanning on your project sites, we’ve compiled a few tips to get you started:

  • Start early: When it comes to introducing laser scanning on your projects, the earlier you implement it, the better. Ensuring the highest level of accuracy starts with implementing it right from the get-go.
  • Choose to buy, rent or use a service: Investing in any technology — let alone laser scanning — doesn’t come cheap. That’s why it might make more sense for your company to rent equipment or use a service in the early days while you dip your toes into the world of laser scanning. Then, once the return on investment becomes clear and you’re able to see how valuable it can be on your projects, it might make sense to invest in the technology.
  • Use it simultaneously with other tech: Don’t just think of laser scanning in construction as the be-all, end-all — be sure to use it simultaneously with other technology for your projects. For instance, it often works hand-in-hand with BIM and can be used to create a more detailed and accurate BIM models.
]]> Lasers have been a mainstream part of life – from epic battles in science fiction movies to useful applications in industries like manufacturing. Nevertheless, while the technology has been a bit slower to hit the construction industry, 3D laser scanning is quickly becoming a staple on sites around the world.

Laser scanning isn’t anything new, but it’s just now starting to gain serious traction in the construction industry. For instance, according to POB magazine, the demand for laser scanning in construction was only 20% in 2016. In 2017, demand minimally increased to 22%; however, a year later, in 2018, it spiked to 57%. The annual growth rate for 3D laser scanning is believed to be around 15% currently. Valued at $3 billion in 2016, it’s a market that is expected to grow to $10 billion by 2024. In other words, if you’re not taking note of this budding technology now, it’s time to do your research.

Is laser scanning being utilized on your construction projects, or are you still exploring the potential of the technology? One thing is for sure, when it comes to 3D laser scanning: every construction professional would benefit from learning more about the innovation. Here’s a closer look at the emerging technology:

Laser Scanning 101: The Basics

Before we get into the nitty-gritty of laser scanning, it’s worth it to take a moment to define exactly what it is. Specifically, laser scanning, also known as high-definition surveying (HDS) or reality capture, is a means of using a laser to map an area with high accuracy.

On a construction site, laser scanning is used to capture detailed data, providing accurate information for every nook and cranny on a site. The data it provides construction professionals is known as “point cloud.” That is, a database connecting points in a 3D coordinate system. While we could go into a world of detail about point cloud and what it can do, the most important thing to remember is that it keeps an extremely accurate digital record of an object or space as it pertains to a project.

A Brief History of Laser Scanning in Construction

As we said, 3D laser scanning isn’t new technology at all. In fact, the technology’s roots date back to the 1960s. However, it wasn’t until the 1990s that it began being utilized for design and engineering purposes. In fact, laser scanning followed a similar path to adoption as GPS or global positioning systems. Once deemed a luxury, GPS is now found and utilized in millions of applications across a variety of markets. Today, laser scanning has become commonplace in a similar manner, now moving into a variety of markets, including construction.

Laser Scanning in Construction Explained

So how is laser scanning used in construction today? The technology has come a long way from how it was initially just used in performing building and maintenance on industrial facilities. Today, it’s administered for building infrastructure and much more.

Here’s a closer look at the use of laser scanning across a project’s lifecycle:

  • Design: Specifically, when it comes to site design, laser scanning is a starting point even sometimes before BIM. Many professionals today are adopting a scan-to-BIM method of design to capture detailed information to kick off and manage the process early.
  • Construction: Another big advantage of laser scanning is when it comes to construction coordination, specifically in avoiding conflicts between different systems (i.e., HVAC, electrical, plumbing). Data can also be shared between parties to help with any remote coordination. Scanning isn’t just performed at the beginning of a project either; it can be done at various other points along the timeline to better document milestones, reduce the necessity of change orders and pass off work to other trades professionals. Laser scanning in construction can also help document where errors were made and identify a solution faster.
  • Operations, retrofits and renovations: Laser scanning captures a very high level of detail, and this helps create a permanent as-built record for both owners and facility managers. In the end, this data can help with building operations, renovations and future building additions and even demolitions.

Benefits of Laser Scanning in Construction

There are plenty of benefits to deploying laser scanning on your next project. Here’s a look at some of the most significant reasons why your projects could benefit from laser scanning:

  • Improves quality and accuracy: Laser scanning is accurate and allows construction teams to take planning and detail to a whole other level on site.
  • Provides immediate information: Scans can be performed and accessed immediately, thereby improving operations, streamlining productivity and reducing rework.
  • Cuts costs: Laser scanning is fast — much faster than conventional methods of project mapping. Scans can be completed in minutes, which is far quicker than conventional methods, many of which can take hours or even weeks. What’s more, is that the data scans created empower teams to develop more detailed workflows. Construction is a bottom-line business, so any cost savings that project teams can produce only goes to increase profitability on a project. In fact, some estimate that using laser scanning versus conventional 2D scanning on a project can demonstrate a savings of up to 50%, with the most significant gains coming from an accelerated timeline.
  • Reduces manual labor: Manual labor can be tedious and prone to error. Laser scanning can help reduce it and also ensure a higher degree of accuracy. Scanning also reduces the need for other parties on a project (i.e., architects, engineers, surveyors, etc.) to make multiple trips out to the site to verify plans.
  • Streamlines coordination: Finally, 3D laser scanning can help improve coordination and collaboration on a jobsite, which can thereby lead to faster and better overall decision-making. Better collaboration can improve project team relationships, enhance communication and help facilitate the end goal of creating a great project.

Laser Scanning Challenges

There are pros and cons to every technology, and while laser scanning has plenty of benefits, it also has its share of drawbacks. Though the payoff from implementing laser scanning is significant, the practice also has some risks. Here’s a look at some of them:

  • It’s expensive: Though scanning can help lower overall project costs, there’s a somewhat significant cost to implement the technology — especially if you want it done right. This high upfront cost can be a turnoff for many companies.
  • It takes practice: Like any technology, workers need to be thoroughly trained on how to use the technology successfully. When it comes to this, there may be a skills gap within your company, and training could help add to the expensive upfront costs we mentioned above.
  • Scope: While scanning can help produce highly detailed site plans, workers still need to have some sort of familiarity with the area for the best results.

How to Start Implementing Laser Scanning in Construction

If you want to take the necessary steps and begin introducing laser scanning on your project sites, we’ve compiled a few tips to get you started:

  • Start early: When it comes to introducing laser scanning on your projects, the earlier you implement it, the better. Ensuring the highest level of accuracy starts with implementing it right from the get-go.
  • Choose to buy, rent or use a service: Investing in any technology — let alone laser scanning — doesn’t come cheap. That’s why it might make more sense for your company to rent equipment or use a service in the early days while you dip your toes into the world of laser scanning. Then, once the return on investment becomes clear and you’re able to see how valuable it can be on your projects, it might make sense to invest in the technology.
  • Use it simultaneously with other tech: Don’t just think of laser scanning in construction as the be-all, end-all — be sure to use it simultaneously with other technology for your projects. For instance, it often works hand-in-hand with BIM and can be used to create a more detailed and accurate BIM models.
]]> <![CDATA[Epson secures 56% increase in market share for business inkjet printing]]> https://www.wide-format-inkjet.com/blog/epson-secures-56-increase-in-market-share-for-business-inkjet-printing/ Wed, 04 Dec 2019 16:04:17 +0000 https://www.wide-format-inkjet.com/blog/epson-secures-56-increase-in-market-share-for-business-inkjet-printing/

  • Epson secures 56% increase in market share for business inkjet printing

  • Tuesday 5th November 2019 10:52

  • Continuing its drive to shift the business market away from laser printers in favour of more sustainable business inkjet printing, Epson achieved a 56 per cent market share increase between 2015 and 2019, according to IDC data. This growth positions Epson with 29 per cent total market share across western Europe.

    This success is attributed to the increasing commitment to sustainability seen across western Europe, as organisations make moves to reduce their environmental impact.

    In recent research conducted by Epson, nearly half (44%) of European businesses confirmed they are prioritising being more environmentally friendly, while 38 per cent stated they were under considerable pressure to improve CSR performance.

    Darren Phelps, VP of business sales at Epson Europe said, “while CSR is a pressure point for businesses it’s also an opportunity to differentiate from competitors and become more economically efficient. By investing in sustainable technology such as business inkjet printers, organisations are demonstrating their commitment to supporting the planet.”

    Epson has invested over half a billion euros into the development, manufacture and distribution of business inkjet. Its sustainability efforts are being recognised across the industry with nine of its products winning in three Green MFP categories at the recent 2019 DataMaster Lab Print Awards. The company as a whole secured a Keypoint Intelligence PaceSetter Award for sustainability as part of the testing lab’s recognition of manufacturers advancing environmental initiatives.

    • ]]>

  • Epson secures 56% increase in market share for business inkjet printing

  • Tuesday 5th November 2019 10:52

  • Continuing its drive to shift the business market away from laser printers in favour of more sustainable business inkjet printing, Epson achieved a 56 per cent market share increase between 2015 and 2019, according to IDC data. This growth positions Epson with 29 per cent total market share across western Europe.

    This success is attributed to the increasing commitment to sustainability seen across western Europe, as organisations make moves to reduce their environmental impact.

    In recent research conducted by Epson, nearly half (44%) of European businesses confirmed they are prioritising being more environmentally friendly, while 38 per cent stated they were under considerable pressure to improve CSR performance.

    Darren Phelps, VP of business sales at Epson Europe said, “while CSR is a pressure point for businesses it’s also an opportunity to differentiate from competitors and become more economically efficient. By investing in sustainable technology such as business inkjet printers, organisations are demonstrating their commitment to supporting the planet.”

    Epson has invested over half a billion euros into the development, manufacture and distribution of business inkjet. Its sustainability efforts are being recognised across the industry with nine of its products winning in three Green MFP categories at the recent 2019 DataMaster Lab Print Awards. The company as a whole secured a Keypoint Intelligence PaceSetter Award for sustainability as part of the testing lab’s recognition of manufacturers advancing environmental initiatives.

    • ]]>         <![CDATA[Epson Exceeds your Vision Best in class Gold 2019]]> https://www.wide-format-inkjet.com/blog/epson-exceeds-your-vision-best-in-class-gold-2019/ Mon, 28 Oct 2019 16:32:04 +0000 https://www.wide-format-inkjet.com/blog/epson-exceeds-your-vision-best-in-class-gold-2019/ Epson Wins Two Gold Recognitions in the Annual 2019 Golden Bridge Awards

    Epson WorkForce Enterprise WF-M20590 Monochrome A3 Multifunction Printer and

    Moverio Assist Remote Assistance Solution Honored with Gold Awards

    LONG BEACH, Calif. – Oct. 24, 2018 – Epson America today announced that its WorkForce® Enterprise WF-M20590 A3 multifunction network printer and Moverio® Assist “see-what-I-see” remote inspection solution using Moverio smart glasses both earned gold recognition in the 11th annual Golden Bridge Awards®. In the “Business-to-Business Products – 2,500 and more Employees” category, the WF-M20590 was recognized for its innovative design that offers dealers and customers a high-volume monochrome printing option with the ability to print at 100 ISO ppm† – the fastest print speed in its class.1 In the “Best New Product, Service, or Solution of the Year – Technology Services” category, Moverio Assist was recognized for its inventive, hands-free remote assistance and inspection solution enabling real-time video collaboration between remote experts and field personnel. Winners will be honored in San Francisco on Monday, Oct. 28, 2019 during the annual Golden Bridge Awards Red Carpet Ceremony.

    “Epson is committed to expanding our business portfolio and providing a varied offering of professional solutions for the growing and unique needs of customers and channel partners,” said Mark Mathews, vice president, North America commercial sales and marketing, Epson America. “The gold recognitions from the Golden Bridge Awards for our WorkForce Enterprise printer and Moverio Assist solution attests to Epson’s continued efforts in delivering innovative products across commercial industries and motivates us to continue developing products that suit the needs of a range of businesses.”

    Additionally, the Epson BrightLink® 1485Fi interactive laser display received silver recognition in the “Best New Product, Service, or Solution of the Year – Business Products” category, and the Epson Pro L10 Series laser projectors received bronze recognition in the “Best New Product, Service, or Solution of the Year – Technology Hardware” category.

    About the Golden Bridge Awards

    Golden Bridge Awards are an annual industry and peers recognition program honoring the best companies in every major industry from large to small and new start-ups in North America,

    Europe, Middle-East, Africa, Asia-Pacific, and Latin-America, Best New Products and Services,

    Best Innovations, Management and Teams, Women in Business and the Professions, Case

    Studies, Customer Satisfaction, and PR and Marketing Campaigns from all over the world.

    Learn more about the Golden Bridge Awards at www.goldenbridgeawards.com.

    About Epson

    Epson is a global technology leader dedicated to becoming indispensable to society by connecting people, things and information with its original efficient, compact and precision technologies. The company is focused on driving innovations and exceeding customer expectations in inkjet, visual communications, wearables and robotics, and is underpinned by original microdevices. Epson is proud of its contributions to realizing a sustainable society and its ongoing efforts to realizing the United Nations’ Sustainable Development Goals.

    Led by the Japan-based Seiko Epson Corporation, the worldwide Epson Group generates annual sales of more than U.S. $10 billion.

    Epson America, Inc., based in Long Beach, Calif., is Epson’s regional headquarters for the U.S.,

    Canada, and Latin America. To learn more about Epson, please visit: epson.com. You may also connect with Epson America on Facebook (facebook.com/Epson), Twitter (twitter.com/EpsonAmerica), YouTube (youtube.com/EpsonAmerica), and Instagram (instagram.com/EpsonAmerica).

    # # #

    † Black print speeds are measured in accordance with ISO/IEC 24734. Actual print times will vary based on factors including system configuration, software, and page complexity. For more information, visit www.epson.com/printspeed

    1 Compared to similarly featured A3 monochrome MFPs. Competitive data gathered from manufacturer websites and third-party industry sources as of February 2019.

    EPSON, BrightLink, Moverio, and WorkForce are registered trademarks, and EPSON Exceed Your Vision is a registered logomark of Seiko Epson Corporation. All other product and brand names are trademarks and/or registered trademarks of their respective companies. Epson disclaims any and all rights in these marks. Copyright 2019 Epson America, Inc.

    ]]>     Epson Wins Two Gold Recognitions in the Annual 2019 Golden Bridge Awards

    Epson WorkForce Enterprise WF-M20590 Monochrome A3 Multifunction Printer and

    Moverio Assist Remote Assistance Solution Honored with Gold Awards

    LONG BEACH, Calif. – Oct. 24, 2018 – Epson America today announced that its WorkForce® Enterprise WF-M20590 A3 multifunction network printer and Moverio® Assist “see-what-I-see” remote inspection solution using Moverio smart glasses both earned gold recognition in the 11th annual Golden Bridge Awards®. In the “Business-to-Business Products – 2,500 and more Employees” category, the WF-M20590 was recognized for its innovative design that offers dealers and customers a high-volume monochrome printing option with the ability to print at 100 ISO ppm† – the fastest print speed in its class.1 In the “Best New Product, Service, or Solution of the Year – Technology Services” category, Moverio Assist was recognized for its inventive, hands-free remote assistance and inspection solution enabling real-time video collaboration between remote experts and field personnel. Winners will be honored in San Francisco on Monday, Oct. 28, 2019 during the annual Golden Bridge Awards Red Carpet Ceremony.

    “Epson is committed to expanding our business portfolio and providing a varied offering of professional solutions for the growing and unique needs of customers and channel partners,” said Mark Mathews, vice president, North America commercial sales and marketing, Epson America. “The gold recognitions from the Golden Bridge Awards for our WorkForce Enterprise printer and Moverio Assist solution attests to Epson’s continued efforts in delivering innovative products across commercial industries and motivates us to continue developing products that suit the needs of a range of businesses.”

    Additionally, the Epson BrightLink® 1485Fi interactive laser display received silver recognition in the “Best New Product, Service, or Solution of the Year – Business Products” category, and the Epson Pro L10 Series laser projectors received bronze recognition in the “Best New Product, Service, or Solution of the Year – Technology Hardware” category.

    About the Golden Bridge Awards

    Golden Bridge Awards are an annual industry and peers recognition program honoring the best companies in every major industry from large to small and new start-ups in North America,

    Europe, Middle-East, Africa, Asia-Pacific, and Latin-America, Best New Products and Services,

    Best Innovations, Management and Teams, Women in Business and the Professions, Case

    Studies, Customer Satisfaction, and PR and Marketing Campaigns from all over the world.

    Learn more about the Golden Bridge Awards at www.goldenbridgeawards.com.

    About Epson

    Epson is a global technology leader dedicated to becoming indispensable to society by connecting people, things and information with its original efficient, compact and precision technologies. The company is focused on driving innovations and exceeding customer expectations in inkjet, visual communications, wearables and robotics, and is underpinned by original microdevices. Epson is proud of its contributions to realizing a sustainable society and its ongoing efforts to realizing the United Nations’ Sustainable Development Goals.

    Led by the Japan-based Seiko Epson Corporation, the worldwide Epson Group generates annual sales of more than U.S. $10 billion.

    Epson America, Inc., based in Long Beach, Calif., is Epson’s regional headquarters for the U.S.,

    Canada, and Latin America. To learn more about Epson, please visit: epson.com. You may also connect with Epson America on Facebook (facebook.com/Epson), Twitter (twitter.com/EpsonAmerica), YouTube (youtube.com/EpsonAmerica), and Instagram (instagram.com/EpsonAmerica).

    # # #

    † Black print speeds are measured in accordance with ISO/IEC 24734. Actual print times will vary based on factors including system configuration, software, and page complexity. For more information, visit www.epson.com/printspeed

    1 Compared to similarly featured A3 monochrome MFPs. Competitive data gathered from manufacturer websites and third-party industry sources as of February 2019.

    EPSON, BrightLink, Moverio, and WorkForce are registered trademarks, and EPSON Exceed Your Vision is a registered logomark of Seiko Epson Corporation. All other product and brand names are trademarks and/or registered trademarks of their respective companies. Epson disclaims any and all rights in these marks. Copyright 2019 Epson America, Inc.

    ]]>         <![CDATA[BLK3D ]]> https://www.wide-format-inkjet.com/blog/blk3d-/ Mon, 16 Sep 2019 13:16:03 +0000 https://www.wide-format-inkjet.com/blog/blk3d-/

    The BLK3D compact handheld imager by Leica Geosystems enables real-time, in-picture 3D measurements from any image captured. By combining measurement sensors, software, and on-device edge data processing capabilities, the BLK3D generates a complete and precise 3D record with every image captured. Whether it’s creating floor plans and estimating building installations or documenting construction progress and creating as-built facility documentation, professionals can now make faster decisions within their daily workflow. 

    ]]>

    The BLK3D compact handheld imager by Leica Geosystems enables real-time, in-picture 3D measurements from any image captured. By combining measurement sensors, software, and on-device edge data processing capabilities, the BLK3D generates a complete and precise 3D record with every image captured. Whether it’s creating floor plans and estimating building installations or documenting construction progress and creating as-built facility documentation, professionals can now make faster decisions within their daily workflow. 

    ]]>         <![CDATA[Leica RTC360: A new approach to Terrestrial Laser Scanning White Paper 3D Reality Capture leica-geosystems.]]> https://www.wide-format-inkjet.com/blog/leica-rtc360-a-new-approach-to-terrestrial-laser-scanning-white-paper-3d-reality-capture-leicageosystems/ Thu, 22 Aug 2019 15:39:44 +0000 https://www.wide-format-inkjet.com/blog/leica-rtc360-a-new-approach-to-terrestrial-laser-scanning-white-paper-3d-reality-capture-leicageosystems/

    ]]>

    ]]>         <![CDATA[Leica RTC360: A new approach to Terrestrial Laser Scanning]]> https://www.wide-format-inkjet.com/blog/leica-rtc360-a-new-approach-to-terrestrial-laser-scanning/ Thu, 22 Aug 2019 12:28:47 +0000 https://www.wide-format-inkjet.com/blog/leica-rtc360-a-new-approach-to-terrestrial-laser-scanning/ https://www.youtube.com/watch?v=jJjAf79nmw0

    Leica RTC360: A new approach to the

    Terrestrial Laser Scanning workflow

    1. Summary

    This paper presents and summarises the innovations introduced to the Terrestrial Laser Scanning workflow by the RTC360

    3D Reality Capture solution.

    With the RTC360 solution, Leica Geosystems creates a powerful and efficient workflow for Terrestrial Laser Scanning. It

    has been designed as an overall system: from data acquisition in the field, to the final deliverable in the office. The system

    is built around three main elements: the RTC360 3D laser scanner, Cyclone FIELD 360 mobile-device app and Cyclone

    REGISTER 360.

    The RTC360 solution (RTC stands for RealiTy Capture) has the primarily goal to be suited to non-surveying professionals,

    due to the high level of automation and data enhancement on the field. As 3D scanners over the last years have become

    much faster, more accurate and more efficient, one of the main obstacles for the wider adoption of the terrestrial

    laser scanner as reality capture technology, is the complexity of the registration of the scan data coming from different

    positions.

    The RTC360 solution addresses this problem by automating the registration process and making results directly verifiable

    in the field. The key embodied technology is the “Simultaneous Location and Mapping” (SLAM) method, integrated into

    the Visual Inertial System (VIS) of the RTC360 laser scanner. By continuously tracking the pose of the RTC360 while

    moving, VIS allows to align the point-clouds in real-time on the field.

    Cyclone FIELD 360 mobile-device tablet app provides field functions such as data check, review and data enhancement.

    Cyclone REGISTER 360 completes the workflow with fully automated data registration and deliverables creation.

    ]]>     https://www.youtube.com/watch?v=jJjAf79nmw0

    Leica RTC360: A new approach to the

    Terrestrial Laser Scanning workflow

    1. Summary

    This paper presents and summarises the innovations introduced to the Terrestrial Laser Scanning workflow by the RTC360

    3D Reality Capture solution.

    With the RTC360 solution, Leica Geosystems creates a powerful and efficient workflow for Terrestrial Laser Scanning. It

    has been designed as an overall system: from data acquisition in the field, to the final deliverable in the office. The system

    is built around three main elements: the RTC360 3D laser scanner, Cyclone FIELD 360 mobile-device app and Cyclone

    REGISTER 360.

    The RTC360 solution (RTC stands for RealiTy Capture) has the primarily goal to be suited to non-surveying professionals,

    due to the high level of automation and data enhancement on the field. As 3D scanners over the last years have become

    much faster, more accurate and more efficient, one of the main obstacles for the wider adoption of the terrestrial

    laser scanner as reality capture technology, is the complexity of the registration of the scan data coming from different

    positions.

    The RTC360 solution addresses this problem by automating the registration process and making results directly verifiable

    in the field. The key embodied technology is the “Simultaneous Location and Mapping” (SLAM) method, integrated into

    the Visual Inertial System (VIS) of the RTC360 laser scanner. By continuously tracking the pose of the RTC360 while

    moving, VIS allows to align the point-clouds in real-time on the field.

    Cyclone FIELD 360 mobile-device tablet app provides field functions such as data check, review and data enhancement.

    Cyclone REGISTER 360 completes the workflow with fully automated data registration and deliverables creation.

    ]]>         <![CDATA[Leica Geosystems BLK2GO]]> https://www.wide-format-inkjet.com/blog/leica-geosystems-blk2go/ Wed, 17 Jul 2019 13:17:26 +0000 https://www.wide-format-inkjet.com/blog/leica-geosystems-blk2go/

    HANDHELD IMAGING LASER SCANNER

    The BLK2GO handheld imaging laser scanner recreates spaces in 3D as you move. It captures images and dimensionally accurate point clouds in real-time and uses SLAM technology to record your trajectory through space.

    FAST 

    Scan as you go with no interruptions. Digital reality capture of the space around you happens in real time as you move through it.

    BLK2GO is fast

    BLK2GO is agile

    AGILE 

    Scan over and under objects, through rooms and doorways, around corners, and up and down stairwells. Using SLAM spatial awareness technology, BLK2GO knows where it is and where it has been in space.

    ON THE GO 

    The BLK2GO is wireless and lightweight, designed to capture reality on the move, anywhere you go.

    BLK2GO is on the go

    BLK2GO - Seamless Capture

    SEAMLESS CAPTURE 

    Like a torch for visualizing three-dimensional reality, the BLK2GO automatically builds 3D point clouds while in motion. From the moment you begin a scan session until the moment you turn off the BLK2GO, all imagery and 3D data are combined.

    UNBOUND 

    No tripod. Onboard data collection. Continuous scanning on rechargeable battery power.

    BLK2GO is unbound

    SPECS 

    DUAL AXIS LIDAR DOME 

    The smallest dual axis LIDAR available with best-in-class accuracy, enclosed in a fully protected and encapsulated dome that scans up to 700,000 points per second. Both axes constantly spin while scanning.

    MULTICAMERA VISION SYSTEM  

    The BLK2GO’s vision system is a 12 megapixel detail camera for brilliant high-contrast imagery plus three panoramic cameras for visual navigation via SLAM, point cloud colorization, and capture of panoramic imagery.

    THE GRANDSLAM 

    The GRANDSLAM (Simultaneous Localization and Mapping) is a combination of high-speed dual axis LiDAR, multicamera vision system, and an inertial measurement unit that makes the BLK2GO self-navigating.

    LIGHTWEIGHT ALUMINUM CONSTRUCTION 

    Weighing in 775 grams (1.7 lbs.) with battery, the BLK2GO’s matte-finish aluminum construction allows for excellent dexterity and freedom of movement.

    THE SMARTEST HANDLE  

    The BLK2GO’s handle contains WLAN connectivity, a rechargeable battery capable of 45 minutes of continuous scanning, data storage for six hours of scans, a USB-C port for fast data transfer, and edge computing.

    ADVANCED LIGHTGUIDE  

    The multicolored and multisegmented lightguide that encircles the BLK2GO is simple, intuitive, and communicative to users of all skill levels. It provides user guidance while scanning and communicates the device status and data quality.

    ]]>

    HANDHELD IMAGING LASER SCANNER

    The BLK2GO handheld imaging laser scanner recreates spaces in 3D as you move. It captures images and dimensionally accurate point clouds in real-time and uses SLAM technology to record your trajectory through space.

    FAST 

    Scan as you go with no interruptions. Digital reality capture of the space around you happens in real time as you move through it.

    BLK2GO is fast

    BLK2GO is agile

    AGILE 

    Scan over and under objects, through rooms and doorways, around corners, and up and down stairwells. Using SLAM spatial awareness technology, BLK2GO knows where it is and where it has been in space.

    ON THE GO 

    The BLK2GO is wireless and lightweight, designed to capture reality on the move, anywhere you go.

    BLK2GO is on the go

    BLK2GO - Seamless Capture

    SEAMLESS CAPTURE 

    Like a torch for visualizing three-dimensional reality, the BLK2GO automatically builds 3D point clouds while in motion. From the moment you begin a scan session until the moment you turn off the BLK2GO, all imagery and 3D data are combined.

    UNBOUND 

    No tripod. Onboard data collection. Continuous scanning on rechargeable battery power.

    BLK2GO is unbound

    SPECS 

    DUAL AXIS LIDAR DOME 

    The smallest dual axis LIDAR available with best-in-class accuracy, enclosed in a fully protected and encapsulated dome that scans up to 700,000 points per second. Both axes constantly spin while scanning.

    MULTICAMERA VISION SYSTEM  

    The BLK2GO’s vision system is a 12 megapixel detail camera for brilliant high-contrast imagery plus three panoramic cameras for visual navigation via SLAM, point cloud colorization, and capture of panoramic imagery.

    THE GRANDSLAM 

    The GRANDSLAM (Simultaneous Localization and Mapping) is a combination of high-speed dual axis LiDAR, multicamera vision system, and an inertial measurement unit that makes the BLK2GO self-navigating.

    LIGHTWEIGHT ALUMINUM CONSTRUCTION 

    Weighing in 775 grams (1.7 lbs.) with battery, the BLK2GO’s matte-finish aluminum construction allows for excellent dexterity and freedom of movement.

    THE SMARTEST HANDLE  

    The BLK2GO’s handle contains WLAN connectivity, a rechargeable battery capable of 45 minutes of continuous scanning, data storage for six hours of scans, a USB-C port for fast data transfer, and edge computing.

    ADVANCED LIGHTGUIDE  

    The multicolored and multisegmented lightguide that encircles the BLK2GO is simple, intuitive, and communicative to users of all skill levels. It provides user guidance while scanning and communicates the device status and data quality.

    ]]>         <![CDATA[Canon New Colorado]]> https://www.wide-format-inkjet.com/blog/canon-new-colorado/ Fri, 27 Oct 2017 12:52:16 +0000 https://www.wide-format-inkjet.com/blog/canon-new-colorado/ Canon launches Océ Colorado 1640, the world’s first 64 inch roll-to-roll printer built on Canon’s new UVgel technology


    MELVILLE, N.Y., March 8, 2017 – Canon U.S.A., Inc. a leader in digital imaging solutions, today announced a new print technology that will offer large format graphics print providers unique levels of print speed, quality, automation, and cost of operation.

    Canon, a world leader in imaging solutions, proudly introduces a new 64 inch roll-to-roll printer designed to deliver exceptional productivity for high quality indoor and outdoor graphics. Customers will be able to easily handle peak periods with fully automated media loading of multiple online rolls, confidently print unattended with on-the-fly quality assurance, produce instantly cured prints on a wide variety of media including heat sensitive media, and help cut expenses with segment-leading low operating costs. The Océ Colorado 1640 will transform 64 inch roll-to-roll sign and display printing.

    “We are very excited about this revolutionary new game changing technology” said Toyo Kuwamura, executive vice president and general manager, Business Imaging Solutions Group, Canon U.S.A., Inc. “This new technology will help large format print providers to increase their print production while lowering their operating costs, enabling them to profitably grow their business. This technology will have a great business impact on the market including small, midsize and even the large production shops, everyone will benefit.”

    UVgel Technology

    At the heart of the new Océ Colorado 1640 is Canon’s recently announced UVgel technology. This technology combines a radically new UV curable ink from Canon that instantly gels on contact with the media, an advanced “self-aware” piezoelectric printhead technology, an LED-based UV system that cures without adding any damaging heat to the media, and continuous, on-the-fly, printhead nozzle monitoring and performance compensation. These unique technologies come together to create a 64” roll-to-roll printer that sets new standards for quality, productivity, automation, application range, and operating costs.

    Breakthrough Productivity

    The new Océ Colorado 1640 is the fastest 64 inch printer on the market. It boasts a top speed of 1710 square feet per hour and delivers high quality, POP prints at 430 square feet per hour faster than any competing system in this segment. The new, technologically advanced UVgel ink instantly gels on contact with media resulting in precise dot gain and positional control, perfectly repeatable images, and instantly cured, durable prints. The state-of-the-art low temperature LED-UV curing system moves independently from the printing carriage thus enabling uniform, post-print UV curing that further contributes to print speed and print quality. Confident unattended printing, automated quality assurance, unattended roll change, and reduced print waste all significantly contribute to overall productivity.

    Innovations in Automation

    The Océ Colorado 1640 sets a new standard in industrialization and automation. It features a heavy-duty drawer mechanism that holds up to two rolls of media at one time, each weighing up to 110 lbs. The two rolls can be of the same media type and size or different media, and once initialized, the print engine can switch jobs between rolls without operator assistance. If an unknown media is loaded, the printer will automatically measure its thickness and adjust the print gap accordingly. This ensures the best possible print quality and reduces the risk of printhead crashes. This information is then stored in the media library along with other media parameters so that the next time this type of media is loaded, the printer knows exactly how to handle it.

    Reliability is key for a true production-oriented printer, and the machine must be able to print while unattended. This is why Canon has developed several innovative technologies for on-the-fly quality assurance and control. The UVgel printheads incorporate patented continuous nozzle monitoring to detect and correct any underperforming nozzles. During each and every printing pass, Canon’s patented nozzle monitoring technology automatically checks all nozzles using acoustic sampling and even detects whether nozzles are going to misfire before they actually do. In the event of nozzle failure, corrective maintenance is automatically performed.

    Broad Application Range

    The Océ Colorado 1640 is excellent for both indoor and outdoor applications. It delivers a large color gamut, similar to solvent inks but combines this with the environmental benefits and safety profile of latex and UV-cured systems. The result is nearly odorless, VCL-free, durable, colorfast, high quality prints even on the thinnest, most heat-sensitive media. Canon’s unique UVgel technology features ultra-thin ink dispersion with almost no discernible physical profile on the media surface. Prints feel uniquely smooth, unlike other UV ink technologies, and satisfy the highest environmental standards for indoor usage with a virtually odorless profile.

    As with all roll-to-roll printers, an important factor in print quality, and subsequently application range, is the accuracy with which the printer advances the media. Built on a heavy, robust frame for class-leading rigidity and equipped with industrial components, the media handling system uses an optical feedback loop that continuously monitors media advance. Using virtually invisible printed index marks at the edges of the media, the system measures media advances in real time to automatically correct the subsequent step size as needed.

    Lowest Operating Cost

    The Océ Colorado 1640 leads the way in terms of low operating costs. Canon’s unique UVgel technology features ink consumption much lower than competitive technologies, as much as 40 percent lower. This technical advantage is matched with a competitive ink price, making the ink cost of production significantly lower than competing technologies. Looking beyond the easily measured cost savings found in every print, additional savings may be realized through unsurpassed automation features that help reduce operator machine handling time by up to a third compared to competitive products.

    “Canon is looking forward to the U.S. debut of this product at the ISA Show in April,” said Toyo Kuwamura, executive vice president and general manager, Business Imaging Solutions Group, Canon U.S.A., Inc. “We know that there has been a lot of anticipation around this technology and we are very excited about what the future will bring.”

    In summary, this proprietary UVgel technology, consisting of both inks and print heads from Canon, will offer large format graphics print providers significant benefits to existing eco-solvent or Latex ink technology, including:

    • The world’s fastest 64 inch roll-roll printer with a maximum usable print speed of 1710 square feet per hour and a high quality POP mode at 430 square feet per hour.
    • Up to 40 percent reduction in ink/printing costs compared to other technologies such as latex
    • Industrial designed production printer capable of printing higher print volumes and built to withstand high duty cycles
    • Very high print quality across a wide range of applications without having to significantly compromise productivity by reducing speed
    • Extremely easy and fast media loading and automatic switching with the support of 2 in-line rolls
    • On-the-fly quality assurance technology facilitates unattended printing and reduced print waste
    • Automated maintenance provides consistent print quality and higher uptime

    This product will have its first public debut in the U.S.A. at the ISA International Sign Expo in April of 2017. In conjunction with the first commercially available units, pricing and specification details will be released at that time.

    ]]>     Canon launches Océ Colorado 1640, the world’s first 64 inch roll-to-roll printer built on Canon’s new UVgel technology


    MELVILLE, N.Y., March 8, 2017 – Canon U.S.A., Inc. a leader in digital imaging solutions, today announced a new print technology that will offer large format graphics print providers unique levels of print speed, quality, automation, and cost of operation.

    Canon, a world leader in imaging solutions, proudly introduces a new 64 inch roll-to-roll printer designed to deliver exceptional productivity for high quality indoor and outdoor graphics. Customers will be able to easily handle peak periods with fully automated media loading of multiple online rolls, confidently print unattended with on-the-fly quality assurance, produce instantly cured prints on a wide variety of media including heat sensitive media, and help cut expenses with segment-leading low operating costs. The Océ Colorado 1640 will transform 64 inch roll-to-roll sign and display printing.

    “We are very excited about this revolutionary new game changing technology” said Toyo Kuwamura, executive vice president and general manager, Business Imaging Solutions Group, Canon U.S.A., Inc. “This new technology will help large format print providers to increase their print production while lowering their operating costs, enabling them to profitably grow their business. This technology will have a great business impact on the market including small, midsize and even the large production shops, everyone will benefit.”

    UVgel Technology

    At the heart of the new Océ Colorado 1640 is Canon’s recently announced UVgel technology. This technology combines a radically new UV curable ink from Canon that instantly gels on contact with the media, an advanced “self-aware” piezoelectric printhead technology, an LED-based UV system that cures without adding any damaging heat to the media, and continuous, on-the-fly, printhead nozzle monitoring and performance compensation. These unique technologies come together to create a 64” roll-to-roll printer that sets new standards for quality, productivity, automation, application range, and operating costs.

    Breakthrough Productivity

    The new Océ Colorado 1640 is the fastest 64 inch printer on the market. It boasts a top speed of 1710 square feet per hour and delivers high quality, POP prints at 430 square feet per hour faster than any competing system in this segment. The new, technologically advanced UVgel ink instantly gels on contact with media resulting in precise dot gain and positional control, perfectly repeatable images, and instantly cured, durable prints. The state-of-the-art low temperature LED-UV curing system moves independently from the printing carriage thus enabling uniform, post-print UV curing that further contributes to print speed and print quality. Confident unattended printing, automated quality assurance, unattended roll change, and reduced print waste all significantly contribute to overall productivity.

    Innovations in Automation

    The Océ Colorado 1640 sets a new standard in industrialization and automation. It features a heavy-duty drawer mechanism that holds up to two rolls of media at one time, each weighing up to 110 lbs. The two rolls can be of the same media type and size or different media, and once initialized, the print engine can switch jobs between rolls without operator assistance. If an unknown media is loaded, the printer will automatically measure its thickness and adjust the print gap accordingly. This ensures the best possible print quality and reduces the risk of printhead crashes. This information is then stored in the media library along with other media parameters so that the next time this type of media is loaded, the printer knows exactly how to handle it.

    Reliability is key for a true production-oriented printer, and the machine must be able to print while unattended. This is why Canon has developed several innovative technologies for on-the-fly quality assurance and control. The UVgel printheads incorporate patented continuous nozzle monitoring to detect and correct any underperforming nozzles. During each and every printing pass, Canon’s patented nozzle monitoring technology automatically checks all nozzles using acoustic sampling and even detects whether nozzles are going to misfire before they actually do. In the event of nozzle failure, corrective maintenance is automatically performed.

    Broad Application Range

    The Océ Colorado 1640 is excellent for both indoor and outdoor applications. It delivers a large color gamut, similar to solvent inks but combines this with the environmental benefits and safety profile of latex and UV-cured systems. The result is nearly odorless, VCL-free, durable, colorfast, high quality prints even on the thinnest, most heat-sensitive media. Canon’s unique UVgel technology features ultra-thin ink dispersion with almost no discernible physical profile on the media surface. Prints feel uniquely smooth, unlike other UV ink technologies, and satisfy the highest environmental standards for indoor usage with a virtually odorless profile.

    As with all roll-to-roll printers, an important factor in print quality, and subsequently application range, is the accuracy with which the printer advances the media. Built on a heavy, robust frame for class-leading rigidity and equipped with industrial components, the media handling system uses an optical feedback loop that continuously monitors media advance. Using virtually invisible printed index marks at the edges of the media, the system measures media advances in real time to automatically correct the subsequent step size as needed.

    Lowest Operating Cost

    The Océ Colorado 1640 leads the way in terms of low operating costs. Canon’s unique UVgel technology features ink consumption much lower than competitive technologies, as much as 40 percent lower. This technical advantage is matched with a competitive ink price, making the ink cost of production significantly lower than competing technologies. Looking beyond the easily measured cost savings found in every print, additional savings may be realized through unsurpassed automation features that help reduce operator machine handling time by up to a third compared to competitive products.

    “Canon is looking forward to the U.S. debut of this product at the ISA Show in April,” said Toyo Kuwamura, executive vice president and general manager, Business Imaging Solutions Group, Canon U.S.A., Inc. “We know that there has been a lot of anticipation around this technology and we are very excited about what the future will bring.”

    In summary, this proprietary UVgel technology, consisting of both inks and print heads from Canon, will offer large format graphics print providers significant benefits to existing eco-solvent or Latex ink technology, including:

    • The world’s fastest 64 inch roll-roll printer with a maximum usable print speed of 1710 square feet per hour and a high quality POP mode at 430 square feet per hour.
    • Up to 40 percent reduction in ink/printing costs compared to other technologies such as latex
    • Industrial designed production printer capable of printing higher print volumes and built to withstand high duty cycles
    • Very high print quality across a wide range of applications without having to significantly compromise productivity by reducing speed
    • Extremely easy and fast media loading and automatic switching with the support of 2 in-line rolls
    • On-the-fly quality assurance technology facilitates unattended printing and reduced print waste
    • Automated maintenance provides consistent print quality and higher uptime

    This product will have its first public debut in the U.S.A. at the ISA International Sign Expo in April of 2017. In conjunction with the first commercially available units, pricing and specification details will be released at that time.

    ]]>