Hoefer® Mighty Small Transfer Tank

The TE22 Mighty Small Transfer Tank quickly and efficiently transfers proteins and nucleic acids from small gels to nylon, nitrocellulose or PVDF membranes. Maximum Gel Size 9 x 10 cm.

• Transfer as many as four small gels, up to 9 x 10 cm in less than an hour
• Uniform and strong electric field—supports efficient and even transfers
• Color-coded, easy to assemble and load cassettes—ensures proper orientation during transfer
• Superior tank design allows the cassettes to apply equal pressure across the stack - prevents gel distortion
• Built-in ceramic heat exchanger—provides excellent temperature control when used with an external cooling water bath
• Built-in alumina-covered cooling channel provides excellent temperature control with no more than a 5°C temperature increase during a typical run

Hoefer® Mighty Small Transfer Tank Includes

• Lower Chamber with Heat Exchanger, 1/ea
• Safety Lid with High Voltage Leads, 1/ea
• Electrode Panels, 2/pk
• Cassettes, 4/pk
• Foam Sponges, 6 mm thick, 4/pk
• Foam Sponges, 3 mm thick, 8/pk
• Cassette Hook, 1/ea
• Blotter Paper (9 x 10.5 cm), 25 sheets/pk

Hoefer® Mini Electrophoresis and Western Blot Package

Specifications
 

Capacity	Up to four 9 x 10 cm gels
Max. Power	100 V, 500 mA, 50 W
Max. Temp.	113ºF | 45°C
Indoor Use	39.2 to 104ºF | 4 to 40°C
Humidity	Up to 80%
Dims (D x W x H)	6.50 x 5.51 x 9.45 In. | 16.5 x 14 x 24 cm
Weight	4.441 lb | 2.00 kg

Hoefer® Standard Transfer Tank

The TE42 Standard Transfer Tank quickly and evenly transfers proteins and nucleic acids from polyacrylamide or agarose gels onto nylon, nitrocellulose, or PVDF membranes. The four slot design of the TE42 enables either cooled or non-cooled protein or nucleic acid transfers. The optional heat exchange module is easily incorporated into the TE42 enabling transfer of up to 2 gels simultaneously. When used without the optional heat exchange module, up to four gels can be transferred at one time.

• Uniform and strong electric field—supports efficient and even transfers
• Color-coded, easy to assemble cassettes—ensures proper orientation during transfer
• Superior tank design allows the cassettes to apply equal pressure across the stack - prevents gel distortion
• Optional TE47 heat exchanger—provides excellent buffer temperature control when used with an external cooling water bath
• Heat exchanger from an SE600 series electrophoresis unit can be substituted for the TE47 heat exchanger. 

Hoefer® Standard Transfer Tank Includes

• Lower Chamber, 1/ea
• Safety Lid with High Voltage Leads, 1/ea
• Electrode Panels, 2/pk
• Cassettes, 2/pk
• Foam Sponges, 6 mm thick, 2/pk
• Foam Sponges, 3 mm thick, 4/pk
• Cassette Hook, 1/ea
• Blotter Paper (14.5 x 21.5 cm), 25 sheets/pk

Specifications
 

Capacity	Up to four 15 x 21 cm gels (w/out cooling) Up to two 15 x 21 cm gels (w/ cooling)
Max. Power	100 V, 2 A, 200 W
Max. Temp.	113ºF | 45°C
Indoor Use	39.2 to 104ºF | 4 to 40°C
Humidity	Up to 80%
Dims (D x W x H)	12.01 x 3.15 x 5.12 In. | 30.5 x 8 x 13 cm

Hoefer® Standard Transfer Tank with Cooling Chamber

TE62 Standard Transfer Tank with Cooling Chamber quickly and evenly transfers proteins and nucleic acids from polyacrylamide or agarose gels onto nylon, nitrocellulose, or PVDF membranes while providing excellent temperature control.

The TE62 is designed to accept up to four cassettes simultaneously with cooling. Each cassette holds a 15 x 21 cm gel, or as many as four 7 x 10 cm mini gels.

• Uniform and strong electric field—supports efficient and even transfers
• Color-coded, easy to assemble cassettes - ensures proper orientation during transfer
• Superior tank design allows the cassettes to apply equal pressure across the stack - prevents gel distortion
• Built-in ceramic heat exchanger - provides excellent temperature control when used with an external cooling water bath  

Hoefer® Standard Transfer Tank with Cooling Chamber Includes

• Lower Chamber with Heat Exchanger, 1/ea
• Safety Lid with High Voltage Leads, 1/ea
• Electrode Panels, 2/pk
• Cassettes, 4/pk
• Foam Sponges, 6 mm thick, 4/pk
• Foam Sponges, 3 mm thick, 8/pk
• Cassette Hook, 1/ea
• Blotter Paper (14.5 x 21.5 cm), 25 sheets/pk 

Specifications
 

Capacity	Up to four 15 x 21 cm gels Up to sixteen 7 x 10 cm gels
Max. Power	100 V, 2 A, 200 W
Max. Temp.	113ºF | 45°C
Indoor Use	39.2 to 104ºF | 4 to 40°C
Humidity	Up to 80%
Dims (D x W x H)	12.60 x 11.02 x 6.50 In. | 32 x 28 x 16.5 cm

Hoefer® Semi-Dry Transfer Units

Hoefer® Semi-Dry Transfer Units are efficiently designed to use minimal buffer to transfer proteins from polyacrylamide gels onto membranes (either nitrocellulose or PVDF) in less than an hour. They support as many as two layers of gels being transferred simultaneously. The TE70XP has a 14 x 16 cm maximum transfer area, which can handle up to four mini gels using the stacked format. The TE77X and TE77XP have a 21 x 26 cm transfer area for a capacity of up to 12 mini gels at one time. 

• Included safety circuit breaker—limits voltage and current from the user's power supply, preventing electrical damage to the transfer unit
• Requires minimal current—does not generate the excessive heat that can dry out the transfer stack and halt transfer or damage transfer units 
• Durable iridium oxide and stainless steel electrodes—allow for contamination free, consistent transfer
• Vented electrodes—prevent buildup of bubbles which may impair transfer
• Minimal buffer requirements—reagent cost and preparation time are reduced
• The TE70XP and TE77XP Semi-Dry Transfer Units have an intelligent built-in power supply that prevents the stack from overheating by monitoring the transfer status 

All units include

• Molded Base with Platinum-Coated Titanium Anode and High Voltage Leads
• Hinged Lid with Stainless Steel Cathode  

TE77X includes

• Blotting Paper (21 x 26 cm), 25/pk
• Porous Cellophane (20 x 35.5 cm), 50/pk
• Mylar® Masks (23 x 27.5 cm), 2/pk
• Hinged Lid with Stainless Steel Cathode, 1/ea

TE70XP includes

• Blotting Paper (14 x 16 cm), 25/pk
• Porous Cellophane (20 x 35.5 cm), 50/pk
• Mylar® Masks (16.5 x 18.5 cm), 2/pk 

TE77XP includes

• Blotting Paper (21 x 26 cm), 25/pk
• Porous Cellophane (20 x 35.5 cm), 50/pk
• Mylar® Masks (23 x 27.5 cm), 2/pk

Specifications
 

Item #	TE77X	TE70XP	TE77XP
Transfer Area	Up to 21 x 26 cm Up to 8.27 x 10.24 In.	Up to 14 x 16 cm Up to 5.51 x 3.60 In.	Up to 21 x 26 cm Up to 8.27 x 10.24 In.
Max. Power	30 V, 500 mA, 15 W
Max. Temp.	113ºF | 45°C
Indoor Use	39.2 to 104ºF | 4 to 40°C
Humidity	Up to 80%
Dims (D x W x H)	3.54 x 14.96 x 18.11 In. | 9 x 38 x 46 cm
Weight	16.31 lb | 7.40 kg

MAXI Flex Tube Kit

MAXI Flex Tubes combine two modes of action: electro-elution of nucleic acid molecules from polyacrylamide or agarose gels and dialysis or buffer exchange of protein molecules. Flex Tubes allow rapid, secure, simple loading and recovery, with high performance as the most convenient, user friendly, electro-elution and dialysis system on the market.

KIT CONTENTS

• Flex Tubes 2/10/30/50/ 100 pieces
• Supporting tray (for electro elution protocol) 1ea. (select kits)
• Floating rack (for dialysis protocol) 1ea. (select kits)
• Information and Protocol Manual 1ea.

SPECIFICATIONS

• Membrane cut-off: 3.5K(11bp), 6-8K(18-24bp), 12-14K(36-42bp), 25K(76bp) or 50K(152bp) MWCO
• Tube volume: 3ml
• Dialysis volume: 0.1-3ml
• Min. sample size for extraction: 20µg
• Max. gel slice: 2cm x 1cm
• Membrane ultra-clean, sulfur and heavy metal free. EDTA treated
• Flex Tube MWCO are in kilo Daltons (K) for proteins and corresponding base pairs (bp) for nucleic acids as indicated in the table below:

APPLICATIONS

• Dialysis, electro-elution or buffer exchange with volumes between 0.1-3ml
• Preparation of protein samples for MALDI-MS
• Sample concentration
• Large-scale protein dialysis, such as antibodies and recombinant protein purification
• Removal of contaminating micro-molecules
• Tissue culture extraction purification
• Removal of salts, surfactants, solvents, and detergents
• Complex formation studies (protein-protein, protein-DNA, and protein-RNA)
• pH and buffer adjustment of sample solutions, protein extraction or cell extraction
• High throughput dialysis
• Peptide dialysis, as small as 10 amino acids
• Virus-particles purification

MIDI Flex Tube Kit

MIDI Flex Tubes combine two modes of action: electro-elution of nucleic acid molecules from polyacrylamide or agarose gels and dialysis or buffer exchange of protein molecules. Flex Tubes allow rapid, secure, simple loading and recovery, with high performance as the most convenient, user friendly, electro-elution and dialysis system on the market.

KIT CONTENTS

• Flex Tubes 2/10/30/50/ 100 pieces
• Supporting tray (for electro elution protocol) 1ea. (select kits)
• Floating rack (for dialysis protocol) 1ea. (select kits)
• Information and Protocol Manual 1ea.

SPECIFICATIONS

• Membrane cut-off: 1K(3bp), 3.5K(11bp) or 6-8K(18-24bp) MWCO
• Tube volume: 800µl
• Dialysis volume: 50-800µl
• Min. sample size for extraction: 0.5µg
• Max. gel slice: 1cm x 0.5cm
• Membrane ultra-clean, sulfur and heavy metal free. EDTA treated
• Flex Tube MWCO are in kilo Daltons (K) for proteins and corresponding base pairs (bp) for nucleic acids as indicated in the table below:

APPLICATIONS

• Dialysis, electro-elution or buffer exchange with volumes between 50-800µl
• Preparation of protein samples for MALDI-MS
• Sample concentration
• Large-scale protein dialysis, such as antibodies and recombinant protein purification
• Removal of contaminating micro-molecules
• Tissue culture extraction purification
• Removal of salts, surfactants, solvents, and detergents
• Complex formation studies (protein-protein, protein-DNA, and protein-RNA)
• pH and buffer adjustment of sample solutions, protein extraction or cell extraction
• High throughput dialysis
• Peptide dialysis, as small as 10 amino acids
• Virus-particles purification.

MEGA Flex Tube Kit

MEGA Flex Tubes enable user friendly dialysis or buffer exchange of protein molecules with rapid, secure and simple loading along with high performance yield recovery.

KIT CONTENTS

• Flex Tubes 2/10/30/50/ 100 pieces
• Floating rack (for dialysis protocol) 1ea. (select kits)
• Information and Protocol Manual 1ea.

SPECIFICATIONS

• Membrane cut-off: 1K, 3.5K, 6-8K or 12-14K MWCO
• Tube volume: 10ml, 15ml or 20ml
• Dialysis volume: 3-20ml
• Membrane ultra-clean, sulfur and heavy metal free. EDTA treated
• Flex Tube MWCO are in kilo Daltons (K) for proteins

APPLICATIONS

• Dialysis or buffer exchange with volumes between 3-20ml
• Preparation of protein samples for MALDI-MS
• Sample concentration
• Large-scale protein dialysis, such as antibodies and recombinant protein purification
• Removal of contaminating micro-molecules
• Tissue culture extraction purification
• Removal of salts, surfactants, solvents, and detergents
• Complex formation studies (protein-protein, protein-DNA, and protein-RNA)
• pH and buffer adjustment of sample solutions, protein extraction or cell extraction
• High throughput dialysis
• Peptide dialysis, as small as 10 amino acids
• Virus-particles purification

MINI Flex Tube Kit

MINI Flex Tubes combine two modes of action: electro-elution of nucleic acid molecules from polyacrylamide or agarose gels and dialysis or buffer exchange of protein molecules. Flex Tubes allow rapid, secure, simple loading and recovery, with high performance as the most convenient, user friendly, electro-elution and dialysis system on the market.

KIT CONTENTS

• Flex Tubes 2/10/30/50/ 100 pieces
• Supporting tray (for electro elution protocol) 1ea. (select kits)
• Floating rack (for dialysis protocol) 1ea. (select kits)
• Information and Protocol Manual 1ea.

SPECIFICATIONS

• Membrane cut-off: 6-8K(18-24bp), 12-14K(36-42bp) or 25K(76bp) MWCO
• Tube volume: 250µl
• Dialysis volume: 10-250µl
• Min. sample size for extraction: 0.5µg
• Max. gel slice: 0.4cm x 1.1cm
• Membrane ultra-clean, sulfur and heavy metal free. EDTA treated
• Flex Tube MWCO are in kilo Daltons (K) for proteins and corresponding base pairs (bp) for nucleic acids as indicated in the table below:

APPLICATIONS

• Dialysis, electro-elution or buffer exchange with volumes between 10-250µl
• Preparation of protein samples for MALDI-MS
• Sample concentration
• Large-scale protein dialysis, such as antibodies and recombinant protein purification
• Removal of contaminating micro-molecules
• Tissue culture extraction purification
• Removal of salts, surfactants, solvents, and detergents
• Complex formation studies (protein-protein, protein-DNA, and protein-RNA)
• pH and buffer adjustment of sample solutions, protein extraction or cell extraction
• High throughput dialysis
• Peptide dialysis, as small as 10 amino acids
• Virus-particles purification