Product Overview
The BE-SVL-1 Integrated Horizontal Electrophoresis System is designed for rapid agarose gel electrophoresis of small-volume DNA and RNA samples.
Horizontal Electrophoresis System
Cat. No.：BE-SVL-1
Integrated horizontal electrophoresis tank, designed for rapid agarose gel electrophoresis separation experiments of DNA and RNA samples.
Brand: Servicebio
Brand: Servicebio
Product Introduction
This integrated horizontal electrophoresis tank is designed for the rapid separation of DNA and RNA samples using agarose gel electrophoresis. The gel tray features a black indicator strip that marks comb placement positions, ensuring accurate gel orientation. A perforated lid improves heat dissipation and allows easy visual monitoring during operation. Both the electrode holder and electrodes are fully detachable, enabling convenient cleaning and maintenance.
When paired with Servicebio’s Blue Light Transilluminator (BE-SVL-2-LD), electrophoresis bands can be observed in real time throughout the run, providing enhanced experimental efficiency and data quality.
Technical Specifications
Dimensions (L×W×H): 310 × 150 × 120 mm
Gel Size (L×W):
Large Gel: 120 × 120 mm
Wide Gel: 60 × 120 mm
Long Gel: 120 × 60 mm
Small Gel: 60 × 60 mm
Net Weight: 1 kg
Buffer Capacity: 260 mL
Specifications of Sample Comb
1.0mm 25-tooth/11-tooth sample comb
1.5mm 13-tooth/6-tooth sample comb
2.0mm 3-tooth/2-tooth sample comb
This integrated horizontal electrophoresis tank is designed for the rapid separation of DNA and RNA samples using agarose gel electrophoresis. The gel tray features a black indicator strip that marks comb placement positions, ensuring accurate gel orientation. A perforated lid improves heat dissipation and allows easy visual monitoring during operation. Both the electrode holder and electrodes are fully detachable, enabling convenient cleaning and maintenance.
When paired with Servicebio’s Blue Light Transilluminator (BE-SVL-2-LD), electrophoresis bands can be observed in real time throughout the run, providing enhanced experimental efficiency and data quality.
Technical Specifications
Dimensions (L×W×H): 310 × 150 × 120 mm
Gel Size (L×W):
Large Gel: 120 × 120 mm
Wide Gel: 60 × 120 mm
Long Gel: 120 × 60 mm
Small Gel: 60 × 60 mm
Net Weight: 1 kg
Buffer Capacity: 260 mL
Specifications of Sample Comb
1.0mm 25-tooth/11-tooth sample comb
1.5mm 13-tooth/6-tooth sample comb
2.0mm 3-tooth/2-tooth sample comb
Operation Steps
Before starting, ensure that the electrophoresis tank, gel tray, sample comb, gel maker, and all related components are clean and dry.
1. Preparation
Weigh an appropriate amount of agarose into an Erlenmeyer flask and add the required volume of buffer. Heat the mixture in a water bath, on a magnetic heating stirrer, or in a microwave until the agarose is completely melted. Gently swirl to ensure a uniform agarose solution.
2. Gel Casting
Place the gel maker horizontally on the laboratory bench.
Select a suitable gel tray based on experimental needs (available tray sizes: 120 × 120 mm, 120 × 60 mm, 60 × 120 mm, and 60 × 60 mm).
Position the gel tray in the gel maker—two gels can be prepared simultaneously using 60 × 60 mm trays; other sizes allow for one gel at a time.
Insert the sample comb securely into the designated slot.
Add 5 μL of SerRed (or another nucleic acid dye) to the agarose solution cooled to approximately 55°C. Mix gently and pour the solution into the gel tray, spreading it evenly across the surface.
Allow the gel to solidify completely at room temperature, then carefully remove the sample comb vertically to complete gel preparation.
3. Sample Loading
Transfer the gel (with tray) to the electrophoresis tank, positioning the sample wells near the negative electrode (black).
Add running buffer until the gel is fully submerged.
Using a 10 μL micropipette, load samples into the wells, changing the pipette tip after each sample to prevent cross-contamination.
Avoid damaging the gel surface around the wells and follow the correct sample loading order.
4. Electrophoresis
Attach the lid, ensuring the correct polarity (red = positive, black = negative).
Connect the power leads to the electrophoresis power supply and set an appropriate voltage based on experimental requirements.
During electrophoresis, samples migrate from the negative (black) to the positive (red) electrode.
Stop electrophoresis when the bromophenol blue dye front is approximately 1 cm from the lower edge of the gel.
5. Observation
When paired with Servicebio’s blue light module and compatible power supplies (e.g., BE-SPW-DES Dual Module Programmable Power Supply or BE-SPW-6S Power Supply), electrophoresis progress can be monitored in real time, allowing for optimized separation and improved experimental outcomes.
Safety and Maintenance Precautions
1. Electrical Safety
Do not operate the unit while it is connected to power without the top cover securely in place.
Always ensure the lid of the horizontal electrophoresis apparatus is closed before switching on the power supply.
Do not touch the apparatus during electrophoresis operation to prevent the risk of electric shock.
2. Cleaning and Maintenance
All components of this product can be cleaned with water. After washing, allow parts to air dry naturally or wipe dry with absorbent paper.
Do not dry at high temperatures or expose the components to direct heat sources, as this may cause deformation or damage to the product.
Before starting, ensure that the electrophoresis tank, gel tray, sample comb, gel maker, and all related components are clean and dry.
1. Preparation
Weigh an appropriate amount of agarose into an Erlenmeyer flask and add the required volume of buffer. Heat the mixture in a water bath, on a magnetic heating stirrer, or in a microwave until the agarose is completely melted. Gently swirl to ensure a uniform agarose solution.
2. Gel Casting
Place the gel maker horizontally on the laboratory bench.
Select a suitable gel tray based on experimental needs (available tray sizes: 120 × 120 mm, 120 × 60 mm, 60 × 120 mm, and 60 × 60 mm).
Position the gel tray in the gel maker—two gels can be prepared simultaneously using 60 × 60 mm trays; other sizes allow for one gel at a time.
Insert the sample comb securely into the designated slot.
Add 5 μL of SerRed (or another nucleic acid dye) to the agarose solution cooled to approximately 55°C. Mix gently and pour the solution into the gel tray, spreading it evenly across the surface.
Allow the gel to solidify completely at room temperature, then carefully remove the sample comb vertically to complete gel preparation.
3. Sample Loading
Transfer the gel (with tray) to the electrophoresis tank, positioning the sample wells near the negative electrode (black).
Add running buffer until the gel is fully submerged.
Using a 10 μL micropipette, load samples into the wells, changing the pipette tip after each sample to prevent cross-contamination.
Avoid damaging the gel surface around the wells and follow the correct sample loading order.
4. Electrophoresis
Attach the lid, ensuring the correct polarity (red = positive, black = negative).
Connect the power leads to the electrophoresis power supply and set an appropriate voltage based on experimental requirements.
During electrophoresis, samples migrate from the negative (black) to the positive (red) electrode.
Stop electrophoresis when the bromophenol blue dye front is approximately 1 cm from the lower edge of the gel.
5. Observation
When paired with Servicebio’s blue light module and compatible power supplies (e.g., BE-SPW-DES Dual Module Programmable Power Supply or BE-SPW-6S Power Supply), electrophoresis progress can be monitored in real time, allowing for optimized separation and improved experimental outcomes.
Safety and Maintenance Precautions
1. Electrical Safety
Do not operate the unit while it is connected to power without the top cover securely in place.
Always ensure the lid of the horizontal electrophoresis apparatus is closed before switching on the power supply.
Do not touch the apparatus during electrophoresis operation to prevent the risk of electric shock.
2. Cleaning and Maintenance
All components of this product can be cleaned with water. After washing, allow parts to air dry naturally or wipe dry with absorbent paper.
Do not dry at high temperatures or expose the components to direct heat sources, as this may cause deformation or damage to the product.
Accessories for Horizontal Electrophoresis
| Catalog Number | Product Description | Product Specifications |
|---|---|---|
| BE-SVL-0320 | Horizontal Electrophoresis Comb | 2.0 mm × 3 Tooth for Servicebio |
| BE-SVL-120-120 | Gel Tray | 120*120 mm |
| BE-SVL-120-60 | Gel Tray | 120*60 mm |
| BE-SVL-1315 | Horizontal Electrophoresis Comb | 1.5 mm × 13 Tooth for Servicebio |
| BE-SVL-2-HG | Electrophoresis System Upper Lid | With Power Cables |
| BE-SVL-2-HT | Horizontal Electrophoresis System Tank | PC, with Platinum Wire |
| BE-SVL-2-LD | Blue Light | PC |
| BE-SVL-2-ZJ | Horizontal Electrophoresis Gel Casting Chamber | PC |
| BE-SVL-2510 | Horizontal Electrophoresis Comb | 1.0 mm × 25 Tooth for Servicebio |
| BE-SVL-60-120 | Gel Tray | 60*120 mm |
| BE-SVL-60-60 | Gel Tray | 60*60 mm |
Integrated Horizontal Electrophoresis System
(Electrophoresis Tank + Blue Light Transilluminator)
Cat. No.：BE-SVL-2
Brand: Servicebio
Product Overview
The BE-SVL-2 Integrated Horizontal Electrophoresis System is designed for rapid agarose gel electrophoresis of small-volume DNA and RNA samples, providing efficient and reliable separation for routine molecular biology applications. small-volume DNA and RNA samples.
Product Features
- Integrated Gel Maker Mold – The gel maker is integrally formed, allowing the preparation of four different gel sizes to meet various experimental needs.
- Real-Time Observation – When paired with the standard blue light transilluminator and BE-SPW-6S electrophoresis power supply, users can directly monitor band migration during electrophoresis.
- Transparent Lid with Vent Design – The clear upper cover features a vented structure for efficient heat dissipation and easy visual monitoring of the process.
- Precision Alignment – The card slot positioning system ensures stable, accurate, and reliable operation during setup and use.
- Easy Maintenance – The detachable electrode holder and electrode heads allow for convenient cleaning and routine maintenance, extending the product’s lifespan.
Product Structure
Product Specifications
| 1 | Product Catalog Number | BE-SVL-2 |
|---|---|---|
| 2 | Specifications and Dimensions (L X W X H) | 310 X 150 X 120mm |
| 3 | Gel Tray Specifications (L X W) | Large gel 120mm X 120mm; Width gel 60mmX120mm; Long gel 120mm X 60mm; Small gel 60mmX60mm |
| 4 | Specimen Comb Specifications | 1.0mm 25/11 teeth 1.5mm 13/6 teeth 2.0mm 3/2 tooth |
| 5 | Blue light wavelength | 470 nm |
| 6 | Buffer capacity | 260 mL |
| 7 | Weight | 1 kg |
Operation Steps
Before beginning, ensure that the electrophoresis tank, gel tray, sample comb, gel maker, and all related components are clean and dry.
1. Preparation
Weigh an appropriate amount of agarose into an Erlenmeyer flask and add the required volume of buffer.
Heat the mixture in a water bath, on a magnetic stirrer with heating, or in a microwave oven until the agarose is fully melted.
Gently swirl to ensure uniform mixing and obtain a clear agarose gel solution.
2. Gel Casting
Place the gel maker horizontally on the lab bench.
Select a suitable gel tray according to experimental needs (available tray sizes: 120×120 mm, 120×60 mm, 60×120 mm, and 60×60 mm).
Insert the gel tray into the gel maker — two 60×60 mm gels can be cast simultaneously; other sizes accommodate one gel at a time.
Position the sample comb securely in place.
Add 5 μL of SerRed (or another nucleic acid dye) to the agarose solution cooled to approximately 55°C. Mix gently and pour evenly into the gel tray.
Allow the gel to solidify completely at room temperature, then carefully remove the sample comb vertically to form sample wells.
3. Sample Loading
Transfer the gel (with tray) into the electrophoresis tank, positioning the sample wells close to the negative electrode (black).
Add the running buffer until the gel is fully submerged.
Using a 10 μL micropipette, load samples into each well. Replace the pipette tip after each sample to prevent cross-contamination.
Avoid damaging the gel surface and maintain a consistent loading order.
4. Electrophoresis
Secure the top cover, ensuring proper alignment of the positive (red) and negative (black) electrodes.
Connect the leads to the electrophoresis power supply and set the desired voltage according to experimental parameters.
During electrophoresis, the samples migrate from the negative (black) to the positive (red) electrode.
Stop the run when the bromophenol blue dye front is approximately 1 cm from the lower edge of the gel.
5. Observation
The BE-SVL-2 Integrated Horizontal Electrophoresis System can be equipped with a blue light transilluminator, allowing real-time observation of electrophoresis progress when used with the SPW-6S electrophoresis power supply.
Before beginning, ensure that the electrophoresis tank, gel tray, sample comb, gel maker, and all related components are clean and dry.
1. Preparation
Weigh an appropriate amount of agarose into an Erlenmeyer flask and add the required volume of buffer.
Heat the mixture in a water bath, on a magnetic stirrer with heating, or in a microwave oven until the agarose is fully melted.
Gently swirl to ensure uniform mixing and obtain a clear agarose gel solution.
2. Gel Casting
Place the gel maker horizontally on the lab bench.
Select a suitable gel tray according to experimental needs (available tray sizes: 120×120 mm, 120×60 mm, 60×120 mm, and 60×60 mm).
Insert the gel tray into the gel maker — two 60×60 mm gels can be cast simultaneously; other sizes accommodate one gel at a time.
Position the sample comb securely in place.
Add 5 μL of SerRed (or another nucleic acid dye) to the agarose solution cooled to approximately 55°C. Mix gently and pour evenly into the gel tray.
Allow the gel to solidify completely at room temperature, then carefully remove the sample comb vertically to form sample wells.
3. Sample Loading
Transfer the gel (with tray) into the electrophoresis tank, positioning the sample wells close to the negative electrode (black).
Add the running buffer until the gel is fully submerged.
Using a 10 μL micropipette, load samples into each well. Replace the pipette tip after each sample to prevent cross-contamination.
Avoid damaging the gel surface and maintain a consistent loading order.
4. Electrophoresis
Secure the top cover, ensuring proper alignment of the positive (red) and negative (black) electrodes.
Connect the leads to the electrophoresis power supply and set the desired voltage according to experimental parameters.
During electrophoresis, the samples migrate from the negative (black) to the positive (red) electrode.
Stop the run when the bromophenol blue dye front is approximately 1 cm from the lower edge of the gel.
5. Observation
The BE-SVL-2 Integrated Horizontal Electrophoresis System can be equipped with a blue light transilluminator, allowing real-time observation of electrophoresis progress when used with the SPW-6S electrophoresis power supply.
Product Specifications
| Product Number | Name | Quantity |
|---|---|---|
| 1 | Horizontal electrophoresis apparatus | 1 set |
| 2 | Gel maker | 1 |
| 3 | 1.0mm 25-tooth/11-tooth sample comb | 4 |
| 4 | 1.5mm 13-tooth/6-tooth sample comb | 1 |
| 5 | 2.0mm 3-tooth/2-tooth sample comb | 1 |
| 6 | 60mm X 60mm Gel Tray | 2 |
| 7 | 60mm X 120mm Gel Tray | 1 |
| 8 | 120mmX60mm gel tray | 1 |
| 9 | 120mmX 120mm gel tray | 1 |
| 10 | Blue light transilluminator | 1 set |
Safety and Maintenance Precautions
1. Electrical Safety
Do not operate the unit while it is connected to power without the top cover securely in place.
Always ensure the lid of the horizontal electrophoresis apparatus is closed before switching on the power supply.
Do not touch the apparatus during electrophoresis operation to prevent the risk of electric shock.
2. Cleaning and Maintenance
All components of this product can be cleaned with water. After washing, allow parts to air dry naturally or wipe dry with absorbent paper.
Do not dry at high temperatures or expose the components to direct heat sources, as this may cause deformation or damage to the product.
1. Electrical Safety
Do not operate the unit while it is connected to power without the top cover securely in place.
Always ensure the lid of the horizontal electrophoresis apparatus is closed before switching on the power supply.
Do not touch the apparatus during electrophoresis operation to prevent the risk of electric shock.
2. Cleaning and Maintenance
All components of this product can be cleaned with water. After washing, allow parts to air dry naturally or wipe dry with absorbent paper.
Do not dry at high temperatures or expose the components to direct heat sources, as this may cause deformation or damage to the product.
Accessories for Horizontal Electrophoresis
| Catalog Number | Product Description | Product Specifications |
|---|---|---|
| BE-SVL-0320 | Horizontal Electrophoresis Comb | 2.0 mm × 3 Tooth for Servicebio |
| BE-SVL-120-120 | Gel Tray | 120*120 mm |
| BE-SVL-120-60 | Gel Tray | 120*60 mm |
| BE-SVL-1315 | Horizontal Electrophoresis Comb | 1.5 mm × 13 Tooth for Servicebio |
| BE-SVL-2-HG | Electrophoresis System Upper Lid | With Power Cables |
| BE-SVL-2-HT | Horizontal Electrophoresis System Tank | PC, with Platinum Wire |
| BE-SVL-2-LD | Blue Light | PC |
| BE-SVL-2-ZJ | Horizontal Electrophoresis Gel Casting Chamber | PC |
| BE-SVL-2510 | Horizontal Electrophoresis Comb | 1.0 mm × 25 Tooth for Servicebio |
| BE-SVL-60-120 | Gel Tray | 60*120 mm |
| BE-SVL-60-60 | Gel Tray | 60*60 mm |