The novel NST approach deflects the incoming laser beam by means of a multifaceted mirror or polygon. The one-dimensional large field f-Theta optics keeps the spot focused on the substrate.
By nature rotating scanners are one dimensional scanners. They produce a scanned line and to obtain a 2D scanning system a secondary linear motion is required. The direction of the secondary motion is perpendicular to the line scanned by the polygon scanner. This is synchronized in speed with the latter rotational speed to obtain a line by line scan of the target surface. Since the polygon is rotating at a constant speed, in contrast to the back and forward motion of the galvo mirror scanners, a higher number of scanned lines per second over a larger area can be realized.
Combining a linear stage movement with the one-dimensional f-Theta lens enables the construction of a simple yet very performant system. The reflective f-Theta system is fully telecentric and highly linear. Telecentricity provides for constant light matter interaction across the scan. The impeding beam is circular, constant in size and constant in peak intensity across the scan. Due to the mirror based optics the scan grid shows no pincushion distortion and no error compensation tables are required to achieve accuracy better than 5 μm. The LSE170A system demonstrates its performance over a scan line of 170 mm.
Supersynctech Ub-501
I want to run Supersync from my QNAP TS-219P. I got the Supersync app installed and can get to the interface, but I can't get it to connect with my music library on the QNAP. I've tried entering the path several different ways, but it doesn't work. (I thought this would be the easy part.) If anyone is running Supersync, I could use some help. SuperSync gives you the power of choice, allowing you to copy all or just part of your collection from one source machine to another. Best of all, there's peace of mind in using SuperSync to quickly and easily create a backup library on a separate hard disk from any music source, including your iPod!
- 71 Followers, 30 Following, 13 Posts - See Instagram photos and videos from SuperSync Technologies Pvt Ltd (@supersynctech).
- A demonstration of a program I wrote to encode and sync lossless music to my iPod. See http://thestaticvoid.com/post/2012/07/26/supersync/.
The LSE controller is the heart of the set-up. The controller is controlling the position of the laser beam and takes care of the fine time synchronization between the rotating polygon, the laser pulsing and material transport. The ‘image’ data or laser pulsing pattern is prepared in a black and white bitmap (a windows.bmp) file. The highest repetition accuracy in spot positioning is delivered through proprietary SuperSync controls.
The system controller is controlled by a set of operator defined parameters. The operator sets the laser repetition rate, the horizontal (fast direction) pulse spacing and vertical (slow direction) line spacing. It is this parameter set that controls the actual dimension of the scribed bitmap and sets the laser writing speed.
Polygon scanning is well known in the graphic art industry but still very new in advanced micromachining using high power ultrafast pulsed lasers. Utilizing a polygon scanner demands, just like galvo based scan heads, more than the deflector itself.
Current scanning solutions for high precision processing with uniform spot size need a f-Theta Telecentric lens. Processing larger formats – usually above 50 to 80 mm – will lead to more expensive optics or a step & repeat approach with increased stitching complexity. This scanning approach proves to be less cost efficient when processing at high density and limited speeds.
NST solutions maximizes throughput on small & large formats without compromising processing accuracy.
When scan speeds improve pulse timing becomes more crucial. Operating a laser at e.g. 1 MHz introduces a writing time uncertainty of 1 µs. At a scan speed of e.g. 50 m/s this timing uncertainty results in a position jitter of 50 µm.
To handle the timing jitter Next Scan developed proprietary SuperSync controls enabling high scan speeds without compromising
spot placement accuracy. The SuperSync option reduces position jitter for MOPA laser system architectures
by a factor of 10 to 50 (repetition accuracy <3 µm standard deviation).
| SuperSync demands a certified interface with the incorporated laser and is available for |
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Our Story
SuperSync is a team of Technocrats, engaged in Manufacturing and Exporting of Micro-Controller Based electronic products. We have our in-house experienced R&D team and state of the art manufacturing facility, so all our products are designed, developed and manufactured in-house.
Supersync Mac
SuperSync Technologies Pvt. Ltd. has a glorious history of continuous growth:
Year 2020 : Currently SuperSync is working with a dealer’s count of 1692 and exporting its products to 16 countries. SuperSync is continuously working to remain pioneer in Two Way Audio Communication segment and coming up with 2 new products in year 2020.
Supersync
Year 2018 : SuperSync came first in India to add Talk Back feature in Two Way PA system. Now user can also initiate a call from Speaker to Control Room. This addition was a revolution in Emergency Talk Back, alarm and Fire PA segment.
Year 2015: SuperSync Technologies becomes a Private Limited Company.
Year 2012: SuperSync Technologies shifted its head office from Jodhpur to Jaipur the capital city of Rajasthan. With this location shift, SuperSync also came up with a revolutionary technology in the field of Two Way PA Systems.
Elimination of multiple cables for Two Way PA System: Until 2012 industry was using multiple cables for each speaker to have two way communication, but SuperSync came up first in India with technology to eliminate this cable jungles and use only one set of cable in daisy chain pattern for all the speakers.
Year 2010 – SuperSync entered Global Market: SuperSync started exporting its products.
Year 2006 – Entered in Industrial and Process Automation: Super Sync Technologies added another dimension of business in the field of Robotic Solutions and Process Automation. Completed projects with 6 axis robotic arms, SCARA high precision robots, High end PLC’s, Sensors and musical fountain applications.
Change of role from Trader to Manufacturer
Year 2003: Owing to founder’s experience in the field of telecommunication and microwave technology, Super Sync Technologies changed its role from trading to manufacturing of micro controller based equipment that included STD PCO Machines & Call Monitors, Street light controllers & timers, Water level controllers, electronic guard alerts and Customized solutions to process and automation Industries.
Year 2001: Er. S.P.S. Rathore founded a trading firm “SuperSync Technologies” to sale electronic products. Until year 2003 it was a trading firm of equipment like STD PCO machines & Call Monitors.