Civan Lasers Overview
Civan Advanced Technologies specializes in the areas of high-brightness, high-power diodes, fiber lasers, and optical amplifiers. Its product lines include single-mode lasers with continuous-wave power ranging from less than 10 watts to more than 10 kilowatts. Civan combines its proprietary coherent-beam-combining technology with its in-house manufacturing infrastructure and expertise to offer a range of high-power standard and custom lasers with novel capabilities. The company's laser offerings include unique wavelengths, dynamic beam control, and other performance features. Civan's lasers are also designed to provide high reliability, customization flexibility, energy savings, reduced cost, low maintenance, and high wall-plug efficiency. Civan's lasers are integrated into systems serving industrial materials processing (e.g., cutting, welding, microstructuring, etc.), medical, and research applications. In addition to standard product offerings, it also offers high-end custom laser solutions and specialty lasers to suit client requirements. Civan has been certified to the ISO 9001:2008 standard by the Israel Standards Institute.
Cumulative Funding Raised Over Time ($)
$1.6MDec 2021
Latest News
growth-positive
Dynamic beam shaping: The next step in laser materials processing
Bosch Research is working with Civan Lasers dynamic beam lasers (DBLs) to explore the potential of beam shaping in laser materials processing. The DBLs use coherent-beam-combining technology to produce a wide range of beam shapes, allowing for increased control of the welding process. Bosch sees this technology as a next step in laser material processing, offering new possibilities for process optimization and the creation of new applications. The company envisions using the DBLs in the field of e-mobility, particularly in the production of parts for battery, electric drives, and fuel cells. The technology has the potential to improve the quality and speed of processes, leading to better products at lower prices for customers.
Partners
growth-positive
Dynamic Beam Lasers Reshape Materials Processing Applications
Civan Lasers is developing dynamic beam-shaping technology to enhance the precision and flexibility of lasers used in macromachining, high-kilowatt welding, and cutting applications. This technology is particularly relevant to the automotive industry, which is increasingly replacing traditional mechanical machining and thermal welding systems with laser processing tools. Dynamic beam-shaping technology enables fiber laser sources to deliver up to 100 kW of power with a level of control that multimode lasers lack. This technology is expected to be a game-changer in materials processing.
InvestmentExpand
Growth-Positive
2022 SPIE and Photonics Media Prism Awards celebrate innovative photonics technologies
SPIE and Photonics Media have recognized the top optics and photonics products on the market with their industry-focused Prism Awards. The 14th annual ceremony showcased a range of companies including Luxexcel, PlenOptika, and Lumotive, applying innovative solutions to critical problems in areas such as augmented and virtual reality, biomedical devices, autonomous vehicles, quantum, and industrial lasers. The awards reflect the latest developments, growth, and technical innovations across photonics and photonics-enabled industries. The winners were selected by a panel of international judges from across the technology commercialization and funding sectors.
Customers
growth-positive
E-Mobility Manufacturing Powers Opportunities for Laser Welding
The increasing use of copper and aluminum in electric vehicles (EVs) has created opportunities for laser welding, particularly in the manufacturing of battery packs. Companies such as Laserline, Coherent, Civan Lasers, NUBURU, and IPG Photonics are developing laser technologies to overcome challenges related to welding these metals. Laserline has launched a blue laser for welding copper and other metals, while Coherent has developed an adjustable ring mode fiber laser for better weld preparation. Civan Lasers has introduced a beam control solution based on coherent beam combining and optical phased array technology. The company has also formed partnerships with Bosch and BBW Lasertechnik to further develop its laser technology for e-mobility applications.
PartnersExpand
| Sector | Industrial Technologies |
Funding
| Total funding | $4.69M |
| Last funding | $888.89K |
| Stage | Seed |
| Rounds | 3 |
| Investors | 0 |
Team Members
1
Employees: 51-200
Web & Social Links
| Website | www.civanlasers.com/ |
| Careers | Careers page |
Locations
Kanfei Nesharim Street 64, Jerusalem, Israel
Photos & Videos
4 item(s)
Civan Lasers Business
Business models
B2B, B2G
Product stage
Released
Employees
51-200
Sector
Climate TechClean Industry Tech Eco-Efficient ManufacturingIndustrial TechnologiesMicroelectronics & Photonics SolutionsTarget Customer
Industrial ManufacturingDiscrete IndustriesAerospaceCore Technology
Machinery & Robotics3D Printing & Additive ManufacturingProcessing MachineryTags (13)
electro-opticslaserssmart-mobilitymanufacturingautomationelectronic-manufacturingindustrial-applicationsautomotivespace-techlaboratoriesisoaerospaceclimate-techCivan Lasers Financials
$4.69M
Total funding
Undisclosed
Capital raised
$888.89K
Last funding
Seed
Funding stage
3
Total rounds
0
Investors
Cumulative Funding Raised Over Time ($)
$1.6MDec 2021
Private Equity Funding
Undisclosed Round
Dec 2021
$1.56M
Non-Equity Funding
GrantEvent
Dec 2021
$888.89K
BIRD Foundation
GrantEvent
Jan 2017
$2.24M
EU Horizon 2020
Civan Lasers Lifecycle
Cumulative Funding Raised Over Time
$1.6MDec 2021
All Events
Undisclosed Round
Dec 2021
$1.56M
GrantEvent
Dec 2021
$888.89K
BIRD Foundation
GrantEvent
Jan 2017
$2.24M
EU Horizon 2020
Civan Lasers News
4 articles
growth-positive
Dynamic beam shaping: The next step in laser materials processing
Bosch Research is working with Civan Lasers dynamic beam lasers (DBLs) to explore the potential of beam shaping in laser materials processing. The DBLs use coherent-beam-combining technology to produce a wide range of beam shapes, allowing for increased control of the welding process. Bosch sees this technology as a next step in laser material processing, offering new possibilities for process optimization and the creation of new applications. The company envisions using the DBLs in the field of e-mobility, particularly in the production of parts for battery, electric drives, and fuel cells. The technology has the potential to improve the quality and speed of processes, leading to better products at lower prices for customers.
Partners
growth-positive
Dynamic Beam Lasers Reshape Materials Processing Applications
Civan Lasers is developing dynamic beam-shaping technology to enhance the precision and flexibility of lasers used in macromachining, high-kilowatt welding, and cutting applications. This technology is particularly relevant to the automotive industry, which is increasingly replacing traditional mechanical machining and thermal welding systems with laser processing tools. Dynamic beam-shaping technology enables fiber laser sources to deliver up to 100 kW of power with a level of control that multimode lasers lack. This technology is expected to be a game-changer in materials processing.
InvestmentExpand
Growth-Positive
2022 SPIE and Photonics Media Prism Awards celebrate innovative photonics technologies
SPIE and Photonics Media have recognized the top optics and photonics products on the market with their industry-focused Prism Awards. The 14th annual ceremony showcased a range of companies including Luxexcel, PlenOptika, and Lumotive, applying innovative solutions to critical problems in areas such as augmented and virtual reality, biomedical devices, autonomous vehicles, quantum, and industrial lasers. The awards reflect the latest developments, growth, and technical innovations across photonics and photonics-enabled industries. The winners were selected by a panel of international judges from across the technology commercialization and funding sectors.
Customers
growth-positive
E-Mobility Manufacturing Powers Opportunities for Laser Welding
The increasing use of copper and aluminum in electric vehicles (EVs) has created opportunities for laser welding, particularly in the manufacturing of battery packs. Companies such as Laserline, Coherent, Civan Lasers, NUBURU, and IPG Photonics are developing laser technologies to overcome challenges related to welding these metals. Laserline has launched a blue laser for welding copper and other metals, while Coherent has developed an adjustable ring mode fiber laser for better weld preparation. Civan Lasers has introduced a beam control solution based on coherent beam combining and optical phased array technology. The company has also formed partnerships with Bosch and BBW Lasertechnik to further develop its laser technology for e-mobility applications.
PartnersExpand
Civan Lasers Team
Employee Info
| Employees (range) | 51-200 |
| Exact count | 129 |
| Team members | 1 |
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Civan Lasers Internal
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Admin Info
| Confidence | 99/100 |
| Missing | markets |
| BI Verification | Yamila Silbert |
| Registrar ID | 514154244 |
| Crunchbase | civan-advanced-technologies |
| Phone | +97226513339 |
| Last updater | Maor Perlov |
| Updater email | maorperlov@gmail.com |
| Last update | 2022-06-13T00:00:00.000Z |
| Created | 2014-11-10T00:00:00.000Z |
| Claimed | Yes |