Mike Adelstein

Former President & CEO Potomac Photonics. Changing the world one micron at a time utilizing advanced #mfg technologies.

[Mike Adelstein @MikeAdelstein]

@Bro_Code_x Juice

[Mike Adelstein @MikeAdelstein]

@ByronDonalds @usahockey I saw this. Awesome!

[Mike Adelstein @MikeAdelstein]

We see clear parallels between the strategies of the Eagles on the gridiron and the principles we apply every day to deliver industry leading solutions to our customers. Clink link to read about the Super Bowl, Micro manufacturing and more
https://t.co/CQIhZiZrLV

[Mike Adelstein @MikeAdelstein]

@drmarkhyman @function 2025

[David Goggins @davidgoggins]

Set the goal for the month to get 15,000 pull-ups and now just wrapping it up! It’s important to set goals- hourly, daily, monthly, yearly, etc.! Especially if you have been doing it for a long time - find ways to keep the fire burning!

Stay hard!

[Mike Adelstein @MikeAdelstein]

@iamnot_elon X mail

[Mike Adelstein @MikeAdelstein]

@meelonmuskusa Absolutely!!

[Mike Adelstein @MikeAdelstein]

@TuckerCarlson M m ok m kk k m m kn kn on no I mmmm

[Potomac Photonics @PotomacPhotonic]

Tune in to the latest episode of Innovation Discussed where President of Potomac Photonics, Mike Adelstein, discusses the recent acquisition by Goodfellow, innovative technologies, and the future of advanced manufacturing. https://t.co/CWARk7wzxr

[Mike Adelstein @MikeAdelstein]

Rapid fabrication of microfluidic devices. Potomac Photonics continues to develop new manufacturing technologies for both prototyping and production projects. Visit https://t.co/9YHM6t1kcF to learn more

[DATRON USA @DatronCNC]

PMMA is used for #prototyping #microfluidics because of its optical clarity. It's a brittle material, so be careful of clamping & cutting forces. DATRON's high RPM, vacuum table, & MQL system excel at microfluidics.

Read case study with @PotomacPhotonic: https://t.co/z1sCSGx8sW

[Mike Adelstein @MikeAdelstein]

“Why 3D Printing is Not Always the Right Tool for the Job” by Sarah Boisvert, New Collar Network
https://t.co/SQ1AdhoPgL

[Potomac Photonics @PotomacPhotonic]

As we celebrate 30th anniversary of @MLB @Orioles opening @CamdenYards1 this weekend in #Baltimore, remembering a cool #laser marking project w/ @CalRipkenSrFdn !
#MLB #Baseball #QRCodes

https://t.co/gXbocykxv7

[Potomac Photonics @PotomacPhotonic]

Great #microfludics work from @Creighton Univ in Omaha to study red blood cells in #SickleCellAnemia patients. We #manufactured high precision master molds for high speed chip duplication to quickly advance a cool project! Read about it here: https://t.co/nxIdbmFTAT

[Potomac Photonics @PotomacPhotonic]

#SaturdaySpaceFacts: as @NASA explores further into space, we are learning more about our universe!
via https://t.co/CfmmNXvLTD
https://t.co/971tbuHHdt

[Potomac Photonics @PotomacPhotonic]

"Potomac’s ability to digitally #fabricate holes as small as one #micron translates to #shadowmask features with super high resolution for today’s increasingly miniaturized products"

Check out our new blog about shadow mask via https://t.co/eFehPYGHdS

[Potomac Photonics @PotomacPhotonic]

Speed is the name of the game in getting products to market quickly. At Potomac, we've rocketed 🚀 #rapidPrototyping beyond rapid! Learn how:
https://t.co/ggMT3GKJge

#innovation #AdvMfg #microfluidics #biotech

[Potomac Photonics @PotomacPhotonic]

Looking to get your technology to the market quicker? Luckily, here at Potomac we work with our costumers to expedite the process to meet their specified lead times! Contact us via https://t.co/HR60eN45SP
#advancedmanufacturing

[Potomac Photonics @PotomacPhotonic]

Another great #microfluidics application, red cell density measurement for #SickleCell, from @gozdis at @Stanford
via https://t.co/HR60eNlHhp
@LabonaChip #biotech #healthcare #medicine
https://t.co/2WWZJUT0EV

[DATRON USA @DatronCNC]

@PotomacPhotonic is your one-stop shop for micro part #manufacturing Whether it’s micro laser welding, micro 3D printing, or micro-CNC, they have the technology to make features as small as 1 #micron.

Learn: https://t.co/Gm9SEfUqTi

#micromanufacturing #microfluidics