BTX 10mL Flatpack Electroporation Chamber with 4mm Gap Bio-Burden Tested

Code: 470211 D2-0

Flatpack chambers are single-use electroporation chambers that allow for the transfection of significantly higher volumes compared to traditional cuvettes. With BTX® bio-burden tested flatpack...


 Read more

Your Price
$1,776.98 PK10

Flatpack chambers are single-use electroporation chambers that allow for the transfection of significantly higher volumes compared to traditional cuvettes. With BTX® bio-burden tested flatpack chambers, you can confidently move forward in developing and manufacturing high-quality therapeutic products while ensuring compliance and reproducibility at every step. BTX’s large volume (up to 10mL) bio-burden tested flatpack chambers provide traceability of raw material, are sterilised, and have low cytotoxicity, giving you peace of mind when scaling up your therapeutic or vaccine to production.

  • Dims, h x w: 8.26 x 5.08cm
  • Gap distance: 0.4cm
  • Electrode material: aluminum
  • Recommended fill volume: 1 to 10mL
  • Voltage range: 0 - 3000V DC, 0 - 250V AC
  • Operating conditions: 5 to 40°C; 20 to 80% relative humidity
  • Compatible safety stands: 470208, 470209
  • BTX® generators: ECM 830, Gemini X2 Twin Wave, ECM 2001+, AgilePulse MAX™
  • Recommended buffers: Cytoporation® Media T (470002) or Cytoporation® Media T4 (470003)

Dims, h x w8.26 x 5.08cm
Gap Distance0.4cm
Electrode MaterialAluminum
Recommended Fill Volume1 to 10mL
Voltage Range0 - 3000V DC, 0 - 250V AC
Operating Conditions5 to 40°C; 20 to 80% relative humidity
Compatible Safety Stands470208, 470209
BTX® GeneratorsECM 830, Gemini X2 Twin Wave, ECM 2001+, AgilePulse MAX™
Recommended BuffersCytoporation® Media T (470002), Cytoporation® Media T4 (470003)
This product has met the following criteria to qualify for the following awards:



ASSOCIATED PRODUCTS

HAVE AN ACCOUNT? LOGIN

GUEST CHECKOUT

Proceed as a guest. You will have the option to register to access exclusive pricing and stock availability features after checkout.