Biometra Fastblot The Standard for Qualitative and Quantitative Protein Analysis

  • Fast and homogeneous transfer of proteins
  • Maximum transfer efficiency
  • Easy and fast setup

The Biometra Fastblot is an electro-blotting device to transfer proteins and nucleic acids from polyacrylamide gels to nitrocellulose or other carrier membranes.

Semidry Blotting Made Easy

The Biometra Fastblot system enables efficient blotting of proteins up to a blot size of 16 cm x 20 cm. The particularly easy handling and the optional cooling connections for water cooling ensure fast results in high quality.

  • Short transfer times from 10 to 30 minutes
  • Universal use with various buffers, membranes and blotting papers
  • Maintenance-free titanium/stainless steel electrodes for high transfer efficiency

Biometra Fastblot - Efficient Blotting in the Minimum of Time

Electroblotting is a standard method for transferring proteins and nucleic acids from polyacrylamide gels onto nitrocellulose or other carrier membranes. To enable you to achieve high-quality, publishable results with minimal effort, we at Analytik Jena have developed high-performance Western blot systems that are ideally suited to your needs and thus reliably support you in your tasks.

With the Biometra Semidry blotter, you can reduce your transfer time to a minimum and experience a new level of quality in terms of reproducible qualitative and quantitative protein analysis! Equipped with high-quality plate electrodes made of titanium-coated platinum and stainless steel, a homogeneous voltage field is generated, which ensures fast and homogeneous transfer of biomolecules onto a carrier membrane. At the same time, a uniform temperature distribution over the entire transfer surface is ensured.

Heterogeneous protein mixtures with very different molecular weights or native proteins pose a particular challenge. Cooling water connections on the anode of the Fastblot B43 allow excess heat to be efficiently dissipated, allowing reliable and gentle transfer of challenging samples even at high current levels.

  • Compact design and low buffer requirement
  • Corrosion-protected plate electrodes made of platinum-coated titanium and stainless steel
  • Realization of faster transfer times through effective cooling

Products

Fastblot B43 with cooling option

The Biometra Fastblot is an electro-blotting device to transfer proteins and nucleic acids from polyacrylamide gels to nitrocellulose or other carrier membranes.

Order number: 846-015-100

Fastblot B44 without cooling option

The Biometra Fastblot is an electro-blotting device to transfer proteins and nucleic acids from polyacrylamide gels to nitrocellulose or other carrier membranes.

Order number: 846-015-200

Technical Data

Max. blot temperature 

Blotting area (W x D, cm)

Transfer time

Max. power

Max. current

Transfer buffer requirement

Anode electrode

Cathode electrode

Max. flow rate

Cooling option

Capacity of device

Max. voltage

Compatible power supply

Fastblot B43 with cooling option
846-015-100

50 °C 16 cm x 20 cm 10 - 30 min 10 (30 W for 30 min when cooled to 12 °C) W 5 mA < 200 mL Platinum-coated titanium Stainless steel 1 L/min Yes 2 Mini gels or 1 midi gel 50 V P25/P25T

Fastblot B44 without cooling option
846-015-200

50 °C 16 x 20 10 - 30 min 10 (20 W for 30 min) W 5 mA < 200 mL Platinum-coated titanium Stainless steel 1 L/min No 2 mini gels or 1 midi gel 50 V P25/P25T

Order Information

Order number

Description

846-015-100 Fastblot B43 with cooling option
846-015-200 Fastblot B44 without cooling option

Consumables

Order number Name
846-B3017915 17CHR, 460 mm x 570 mm 25 pieces
846-B3030861 3mm CHR, 200 mm x 200 mm 100 pieces
846-B3030335 3mm CHR, 315 x 335 mm 100 pieces
846-B3030917 3mm CHR, 460 mm x 570 mm 100 pieces
846-B3030931 3mm CHR, 580 mm x 680 mm 100 pieces
846-B10 426 981 GB005 BL paper 20 cm x 20cm 25 pieces
846-B10 401 180 Amer. Protran NC 0.45 µm 30 cm x 60 cm
846-B10 402 580 Protran-BA85, 0,45µm 33 cm x 56 cm
846-B10 439 196 Protran supp., NC 0.45 µm 30 cm x 4 m, 1 role

Contact us We are happy to help you and will contact you as quickly as possible.