4.8 (118) · € 16.00 · En Stock
3M Scotch Magic is the ideal tape for protecting your PDMS chips from dust. Available in packs of 6, 14, or 24 tape rolls. General Prevent dust from clogging your PDMS chips thanks to the Scotch Magic tape. Cover your chip and store it safely: this tape doesn't leave any trace on your chip and can be removed easily. Co
Your worldwide distributor of lab supplies for microfluidics. Best products, knowledge sharing and customer care are our major principles. We dive deep into microfluidics to find the best solutions for your research!
3M Scotch Magic is the ideal tape for protecting your PDMS chips from dust.
Available in packs of 6, 14, or 24 tape rolls.
General
Prevent dust from clogging your PDMS chips thanks to the Scotch Magic tape. Cover your chip and store it safely: this tape doesn't leave any trace on your chip and can be removed easily.
Content
6x, 14x or 24x Scotch Magic tape rolls
Chip Prototyping Tools - Darwin Microfluidics
Podcast 124: Powering Precision Health with Kevin Hrusovsky
Darwin Microfluidics
Scotch Magic Greener Invisible Tape With Desktop Dispenser 34 x
Get Scotch® Magic™ Greener Invisible Tape with Dispenser, 3/4 x 25 yds., 6 Rolls/Pack (812-6PC38) fast at Staples. Free next-Day shipping. No order
Scotch® Magic™ Greener Invisible Tape with Dispenser, 3/4 x 25 yds., 6 Rolls/Pack (812-6PC38)
Scotch® Magic™ Tape Dispenser Record Player – Nashville Recording
Microfabrication - Darwin Microfluidics
Scotch Magic Tape, Invisible, Home Office Supplies
Scotch Magic Tape, Invisible, Home Office Supplies
INVISIBLE TAPE: 3 rolls of Scotch Magic Tape mends rips and tears securely, permanently and invisibly BONDS SECURELY: Clear tape that gives you a
Scotch Magic Tape, Invisible, Home Office Supplies and Back to School Supplies for College and Classrooms, 3 Rolls
Scotch® Magic™ Tape Dispensered Rolls
On-Chip Octanol-Assisted Liposome Assembly for Bioengineering
Microfluidic Approach for Highly Efficient Viral Transduction
69 questions with answers in LAB-ON-A-CHIP DEVICES
Adaptive tuning of cell sensory diversity without changes in gene