Advancing Thick Section Welding with Dynamic Beam Lasers Welding thick sections of metal has long been a challenge across industries like shipbuilding, renewable energy, and construction. Traditional methods, while reliable, often fall short in terms of speed, energy efficiency, and material usage. Enter Dynamic Beam Lasers (DBL)—a breakthrough technology that is transforming the welding landscape. With DBL, we are now able to achieve: ⚡️ 40% faster welding speeds 🛠️ Double the weldable material thickness ♻️ 60% reduction in energy consumption 💰 90% reduction in filler material This is just the beginning of how DBL is setting new standards in precision, efficiency, and sustainability. One real-world application? Our collaboration with FINCANTIERI, where we are revolutionizing thick section welding. Read more about this exciting innovation 👉 https://lnkd.in/dzdfAQzw #Welding #Innovation #LaserTechnology #Shipbuilding #Sustainability #Manufacturing #DynamicBeamLaser
Civan Lasers
Appliances, Electrical, and Electronics Manufacturing
High Powered Dynamic Beam Lasers For Manufacturing
About us
Our laser technology creates endless possibilities in laser welding and material processing for industries including automotive, aerospace, material processing and more. We are the first company in the world to develop dynamic beam laser solutions based on Coherent Beam Combining Technology to give manufacturers total control over how their laser performs in order to meet any welding situation at high power levels. Laser welding has become a vital and essential component of the manufacturer’s process. It is involved in aerospace, automotive, additive manufacturing and more. When this welding innovation was introduced, it revolutionized manufacturing by providing the ability to create stronger welds at greater speeds. Manufacturing has since evolved to include more complex welding scenarios like asymmetric parts and complex alloys. Currently, manufacturers resort to using temporary solutions that are often inconvenient, time-consuming and expensive. Complex and changing manufacturing conditions and demands inspired the creation of Civan Lasers. The answer to change is change itself. And so, Civan Lasers created the world’s first Dynamic Beam Laser. All of Civan’s lasers feature our patented dynamic beam shaping technology. Our Products include: The OPA 6 laser: an 8 - 16kW Single Mode Continuous wave designed for cutting, welding, metal additive manufacturing processing and drilling. The OPA 12: a 50 - 100kW Single Mode Continuous-wave designed for cutting and welding a variety of difficult materials. Green Laser: a 150-500W Single Mode 532nm with 500KHz power modulation. Our 1,000 square meter facilities are located in Jerusalem and include state-of-the-art clean rooms, optical laboratories, manufacturing infrastructure as well as our application lab for pre-trial testing to enable proof of concept. Civan Lasers is ISO 9001 certified.
- Website
-
http://www.civanlasers.com
External link for Civan Lasers
- Industry
- Appliances, Electrical, and Electronics Manufacturing
- Company size
- 51-200 employees
- Headquarters
- Jerusalem
- Type
- Privately Held
- Founded
- 2008
- Specialties
- High Power Laser, Materials Processing, Electro-Optics, Laser cutting, Fiber Laser, and Diode Lasers
Locations
-
Primary
Get directions
Kanfei Nesharim St 64
Jerusalem, IL
Employees at Civan Lasers
-
Ilan Goldstein
Angel Investing | Real Estate | Syndications | Family Office
-
Yoav Yacobovitz
Engineering Project Manager / Production Line Scale-up expert / Process & Yield Improvement Consultant
-
Iftah Ries
CFO & Business Development at Civan Lasers
-
eyal shekel
CEO at civan advanced technologies
Updates
-
Shape Generation Software is the powerful tool that comes with Civan's Dynamic Beam Laser, allowing users to design and implement custom beam shapes with ease. Within minutes, you can create a new beam shape, upload it to the laser, and start using it—opening up endless possibilities for welding applications. This flexibility enables users to optimize the beam shape for each specific task, making our laser technology The Most Advanced Laser for Welding. #CivanLasers #FiberLasers #DynamicBeamLaser #BeamShaping
-
In the world of welding and metal AM, precision and control are everything. That’s why our Dynamic Beam Lasers are leading the way as the most advanced laser technology available today. These lasers stand out thanks to four key features that revolutionize how we control the thermal gradient and fluid dynamics in these processes: Beam Shaping: Customize the beam to perfectly match your material and application needs. Shape Frequency: Adjust the rate at which the beam shape is generated for optimal performance. Shape Sequence: Program sequences of beam shapes for complex tasks with unmatched precision. Focus Steering: Direct the laser focus dynamically, ensuring perfect control and results. 👉 Learn more about these features by watching our video:
-
Feature Spotlight: Shape Sequence: The Dynamic Beam Laser four unique features: 1. Shape Geometry 2. Shape Frequency 3. Shape Sequence 4. Focus Steering Shape Sequence allows for switching between beam shapes in microseconds, a capability utilized in various applications. One notable example by IFSW - Institut für Strahlwerkzeuge is hairpin welding. By using a sequence of four points and instantly switching to a large Gaussian beam, this technique avoids common issues like porosity and spatter associated with the wobble method, achieving high-quality welds. #Innovation #LaserTechnology #DynamicBeamLaser #ShapeSequence #CivanLasers #WeldingTechnology
-
We’re excited to see the Welding and Laser Group by Technion lab dedicated to advancing laser technologies. It’s incredibly rewarding to know that our lasers are being used in such cutting-edge research and development efforts. The work being done in this lab represents the future of laser technology, and we're proud to be a part of it. Seeing our users push the limits of what's possible with our lasers is what drives us to continue innovating and improving our products. We can’t wait to see the incredible advancements that will come out of this lab!
The new lab will focus on developing advanced welding techniques using the 14Kw CW Civan Dynamic Beam Laser, which offers unprecedented capabilities for laser welding. By harnessing the power of this cutting-edge laser technology, IMT aims to replace traditional welding methods with faster, cleaner, and environmentally friendly laser welding solutions.
-
We are proud to introduce our new Dynamic Beam Laser Welding Head. This innovation brings advanced features such as optics protection, easy installation, flexible focusing lens changes, and an integrated coaxial camera. Enhanced through our SmartMove collaboration, this welding head ensures high accuracy and seamless integration, making it a valuable addition to any industrial welding setup. Explore the full capabilities and benefits of this technology https://lnkd.in/dH4MmEZh #Innovation #LaserTechnology #Welding #Industry4_0 #CivanLasers
Introducing Civan's Welding Head for Dynamic Beam Lasers
civanlasers.com
-
Mark your calendars! Join us for an exciting lineup of key events in the laser industry, where we’ll showcase our latest innovations in laser technology across various sectors. Don’t miss out on these global events in September: ➡ The Fabricator Webinar Online Registration: https://lnkd.in/dytSGfyr ➡ 13th Cirp Conference On Photonic Technologies [LANE 2024] See you there! #CivanLasers #Innovation #TheFabricator #LaserTechnology
-
Die Cast Aluminum welding with Dynamic Beam Laser Die-cast aluminum welding struggles with trapped hydrogen which leads to porosity. Dynamic Beam Laser can overcome these challenges and achieve high quality welds, which opens new possibilities for high pressure die cast parts. ➡ For more information: https://lnkd.in/dric4zp6
-
We are thrilled to share a groundbreaking demonstration of our 120kW Dynamic Beam Laser for nuclear plant decommissioning! Last month, we successfully cut through a 100mm thick steel section from a distance of 10 meters, highlighting the incredible precision and power of our laser technology. This advancement paves the way for safer and more efficient dismantling of contaminated structures, reducing risks and improving overall safety. To learn more about this innovative achievement: https://lnkd.in/dUW9TNdS