Last week, I had the opportunity to be at Autodesk’s newly launched Advanced Manufacturing Facility (AMF) in Birmingham, UK. It was a great experience to showcase one of our most exciting new tools—Autodesk Fusion Production. The AMF is a cutting-edge hub equipped with the latest technology, making it the perfect place to introduce this innovative solution.
Fusion Production is a cloud-based platform that integrates production scheduling, job tracking, and CNC machine monitoring through the Industrial Internet of Things (IIoT). This all-in-one system helps streamline operations and improve collaboration between design, manufacturing, and operations teams—whether they're working together on-site or remotely.
We first introduced Fusion Production last November at Autodesk University in Las Vegas as part of our broader mission to make smart manufacturing accessible to everyone. With a browser or mobile app, users can get real-time insights into their production processes, enabling better decision-making and smoother workflows.
One of the key features of Fusion Production is its integration with the Forge platform. This allows for seamless data flow from tools like PowerMill directly into the system, reducing manual tasks and minimizing errors. For instance, you can start a machine right from within the app, which not only saves time but also increases efficiency.
During my time at the AMF, I had the chance to speak with several customers who were really impressed by the ability to capture and analyze data across different stages of production. Many mentioned that before, they struggled to have a unified view of their processes. Now, with Fusion Production, they can identify bottlenecks, assess performance, and make informed decisions to boost productivity.
The AMF itself is a fantastic space where we collaborate with customers to explore new techniques like generative design, additive manufacturing, and AR/VR. It's a living lab for innovation, and Fusion Production is just one of the many tools we're using to push the boundaries of what's possible in manufacturing.
As the industry continues to evolve, we’re excited to be at the forefront, helping customers transition to smarter, more connected production environments. There’s still so much more to come, and I can’t wait to see how Fusion Production will shape the future of manufacturing.
To learn more about Fusion Production and the Advanced Manufacturing Facility, visit the official website.
Nanosecond Laser
CNI offer nanosecond pulsed diode Laser, with tunable pulse width 10ns-10ms (external trigger), good beam profile and high power stability. It has ultra compact design that can be easily integrated into customers instrument. This series laser can be widely used in microelectronics, solar energy, material processing, equipment integration, etc..
Specifications
|
Model
|
Wavelength
|
Output Power (mW)
|
User Trigger Frequency (MHz)
|
Pulse width
|
|
MDL-NS-405
|
405
|
1-500
|
1Hz-80MHz
|
10ns-10ms
|
|
MDL-NS-450
|
450
|
1-80
|
1Hz-50MHz
|
10ns-10ms
|
|
MDL-NS-520
|
520
|
1-100
|
1Hz-50MHz
|
10ns-10ms
|
|
MDL-NS-635
|
635
|
1-200
|
1Hz-40MHz
|
10ns-10ms
|
|
MDL-NS-642
|
642
|
1-80
|
1Hz-30MHz
|
10ns-10ms
|
|
NDL-NS-655
|
655
|
1-180
|
1Hz-30MHz
|
10ns-10ms
|
|
MDL-NS-785
|
785
|
1-100
|
1Hz-30MHz
|
10ns-10ms
|
|
MDL-NS-808
|
808
|
1-100
|
1Hz-40MHz
|
10ns-10ms
|
|
MDL-NS-830
|
830
|
1-120
|
1Hz-20MHz
|
10ns-10ms
|
|
MDL-NS-852
|
852
|
1-150
|
1Hz-30MHz
|
10ns-10ms
|
|
MDL-NS-915
|
915
|
1-200
|
1Hz-30MHz
|
10ns-10ms
|
|
MDL-NS-980
|
980
|
1-200
|
1Hz-40MHz
|
10ns-10ms
|
|
MDL-NS-1060
|
1060
|
1-200
|
1Hz-40MHz
|
10ns-10ms
|
Dimensions
|
MDL-NS-XXX
|
Optional Power Supply
|
|
121(L) ×50(W) ×30.8 (H) mm3,0.3kg
|
121(L) ×50(W) ×30.8 (H) mm3,0.3kg
|
Infrared Nanosecond Laser,Nanosecond Laser,Nanosecond Pulse Laser,Nanosecond-Pulsed Laser Co-Irradiation
Changchun New Industries Optoelectronics Technology Co., Ltd. , https://www.cnioptics.com