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mike cowley
Приєднався 28 лип 2006
Techserv manufacture CNC systems, special purpose machines and a comprehensive range of gas, plasma and waterjet cutting machines. We have over 800 installations world wide, all designed and built at our workshops in Yorkshire, UK.
We supply Hypertherm plasma packs and KMY waterjet intensifiers.
We supply Hypertherm plasma packs and KMY waterjet intensifiers.
Jpeg conversion
The Techserv CNC system is easy to use and ideal for making engineering parts. It is now just as easy to make artistic shapes using the JPEG import feature. Watch this video for details.
Переглядів: 33
Відео
Swift Cut plasma gets a Techserv CNC system.
Переглядів 14012 годин тому
The world's most popular CNC plasma machine just got even better! 🚀 Now featuring the advanced Techserv CNC system, bringing you unparalleled precision and control. 🔧✨ #CNC #TechInnovation #PlasmaCutting #Techserv #WeldfastUK
LAMMA invite
Переглядів 621 годину тому
Experience our cutting-edge plasma technology firsthand! Join us at Hall 8, near the café, to explore the easiest and fastest plasma cutting machines in our lineup. Don't miss this chance to get hands-on with the best in the business!
Weldplas CNC Plasma cutter
Переглядів 143Місяць тому
Every fabrication shop should have one. Cost effective CNC plasma / gas cutting machine, featuring the much acclaimed Techserv CNC system. Completely designed and built in Britain by Weldfast UK Available from stock, please ask for a demo.
Techserv Weldplas HQC precision plasma cutter - technical overview
Переглядів 1062 місяці тому
Brief overview of the Weldplas HQC CNC plasma cutting machine. Built in our workshop in the UK.
Techserv CNC Plate fill, reduces scrap and cut time
Переглядів 1752 місяці тому
Minimise scrap and reduce cut times with the common line cut feature of the Techserv CNC system. CNC plasma cutting of sheet steel.
Techserv CNC / Trio
Переглядів 2634 роки тому
Techserv CNC system running on the new MC 404-Z 4 axis motion controller from Trio. Ideal for plasma cutting and routing in one controller. 4 axis of stepper motion plus digital and analogue i/o. The Techserv CNC system features generic shapes, DXF and cnc import, full process lookup tables and process control, forward and reverse along path etc.
Techserv CNC system features. Plasma, gas and waterjet cutting systems
Переглядів 4554 роки тому
Why do our customers like our CNC system so much? This video explains some of the reasons. Techserv CNC plasma, gas and waterjet cutting machines - excellent customer service, high quality machines and 30 years of experience. Choose Techserv - Built in the UK
Blue Marlin Special HD
Переглядів 1454 роки тому
Techserv Blue Marlin CNC plasma cutter. Special offer £21,500 plus vat complete with Hypertherm Powermax 45 XP and the innovative Techserv CNC system High quality British built machines from Techserv. Contact us for details. www.techserv.blog
Techserv CNC - Plasma, gas and waterjet cnc system
Переглядів 1265 років тому
Techserv CNC - Plasma, gas and waterjet cnc system
The Techserv Blue Marlin CnC Profile cutting Machine.
Переглядів 1,1 тис.7 років тому
The Techserv Blue Marlin CnC Profile cutting Machine.
Testing the Techserv Blue Marlin with zoned fume extraction bed and Hypertherm Powermax plasma.
Переглядів 1108 років тому
Testing the Techserv Blue Marlin with zoned fume extraction bed and Hypertherm Powermax plasma.
entrusted can you teach me about software i have the MC 404-Z
What camera is this I have the software but need a camera to imput the data
Hi James, please get in touch and I can supply a camera, bracket and software update. Cheers mike. Mike@techserveng.com
Hi Mike, we spoke on the phone a few weeks ago about this machine, great to see it in action, hopefully in the very near future I will make a purchase.
Looks like a nice feature. To use it you mount the camera in the same holder where the torch would go, correct?
Hi, on this version it clips round the plasma torch. Newer versions have a magnetic bracket and it sticks to the side of the head cover.
i want to cut a 10mm hole on a 50mm thick iron ,ist possible to do that .if is not possible how far i can go
its better to drill it. For the plasma minimum diameter is equal to the plate thickness
Nice . How do you program that? Cut down the amp, raise the speed?
Hi The data is received and transformed in to a 2d array I know the centre point of the ROI and the point at which the line intersects it. By subtracting the centre point from the intersect I get an X and Y value for the intersect. This can be used as a speed ratio to feed into the x and y drive motors. The motors just need a speed and direction signal, the camera closes the feedback loop. The diameter of the ROI affects the stability of the machine, too larger diameter causes corners to become rounded, too small diameter will cause the machine to oscillate.
Is that using just air or argon?
That looks like a very clever bit of kit, yet another first for Techserv and if it's anything like the rest of your equipment very easy to use AND affordable!
Hi Thanks for that. The tenner is in the post. Cheers Mike
Hi this camera has now been integrated into our cnc software and a demonstration video can be found here by searching for techserv cnc scanner
I want to do a project that is related with this idea, I have not too much time to learn labview, may be I will need your help soon if you are available Thanks a lot. (excuse my bad english)
I get the array of values from my ROI, one per degree. I then set a threshold level and turn these values into binary values. In my direction of travel I set a region (30 degrees) either side of that point and disregard anything outside of it. I find the centre value of the binary array representing line. This gives me an angle to drive to. I then turn this into a x and y velocity using sin cos functions. I feed the x any velocity into the stepper drives and the camera closes the loop.
hello, i have one simple way to get an array of values from a circle in the image (one per degree), first cuestion. Do you use one module to get the peaks or you did it by hand (like a for structure), second cuestion. do you use a PID method to drive the motors in knowledge of the angle and velocity?, thanks
Sure, which bit in particular? Cheers Mike
hello, could you tell me a little bit more about the process please...
Great job,