Choose this product when
Pumpable suspensions, emulsions and compatible biological or formulation liquids.
High-Pressure Homogenizer
GSL High-Pressure Homogenizer Series
Compare eight GSL high-pressure homogenizers by design flow, working pressure and minimum processing volume.
Best forPumpable suspensions, emulsions and compatible biological or formulation liquids.
Model range8 configurations
Selection factorsDesign flow / Working pressure / Minimum processing volume
TemperatureConfigure fluid cooling
Selection guide
Is this the right product?
Consider another route when
Micro-volume, pneumatic and larger-flow designs have different process envelopes. Select working pressure rather than equating it with the maximum design pressure.
Applications
Compatible samples
Pumpable suspensions, emulsions and compatible biological or formulation liquids.
Processing method
Working principle
A high-pressure pump moves a compatible liquid through a narrow homogenizing valve. Pressure release, shear and impact support homogenization, dispersion and cell disruption.
- Prepare the sample01
Match material and vessel
- Process the sample02
Use the selected operating setup
- Collect the output03
Prepare for downstream analysis
Model selection
Compare models
Each model retains its own specifications and accessory requirements.
| Model | Design flow | Working pressure | Minimum processing volume | Details |
|---|---|---|---|---|
| GSL-1.5Pro | 1.5 L/h | 200 MPa | 3 mL | Specifications → |
| GSL-5 | 5–8 L/h | 180 MPa | 25 mL | Specifications → |
| GSL-15 | 12–15 L/h | 180 MPa | 25 mL | Specifications → |
| GSL-15QD | 12–15 L/h | 180 MPa | 25 mL | Specifications → |
| GSL-30 | 25–30 L/h | 150 MPa | 50 mL | Specifications → |
| GSL-40 | 30–40 L/h | 150 MPa | 50 mL | Specifications → |
| GSL-50 | 50–60 L/h | 130 MPa | 120 mL | Specifications → |
| GSL-100 | 80–100 L/h | 130 MPa | 900 mL | Specifications → |
Technical specifications
Specifications by model
Check the selected model and container configuration before ordering.
Shanghai Jingxin
GSL-1.5Pro
| Capacity & processing | |
|---|---|
| Design flow | 1.5 L/h |
| Minimum processing volume | 3 mL |
| Temperature & operation | |
| Working pressure | 200 MPa |
Design flow is not a guaranteed throughput for every liquid. Confirm feed viscosity, inlet particle size, valve, pressure and cooling. Pressure in bar is converted to MPa using 10 bar = 1 MPa where applicable.
Shanghai Jingxin
GSL-5
| Capacity & processing | |
|---|---|
| Design flow | 5–8 L/h |
| Minimum processing volume | 25 mL |
| Temperature & operation | |
| Working pressure | 180 MPa |
Design flow is not a guaranteed throughput for every liquid. Confirm feed viscosity, inlet particle size, valve, pressure and cooling. Pressure in bar is converted to MPa using 10 bar = 1 MPa where applicable.
Shanghai Jingxin
GSL-15
| Capacity & processing | |
|---|---|
| Design flow | 12–15 L/h |
| Minimum processing volume | 25 mL |
| Temperature & operation | |
| Working pressure | 180 MPa |
Design flow is not a guaranteed throughput for every liquid. Confirm feed viscosity, inlet particle size, valve, pressure and cooling. Pressure in bar is converted to MPa using 10 bar = 1 MPa where applicable.
Shanghai Jingxin
GSL-15QD
| Capacity & processing | |
|---|---|
| Design flow | 12–15 L/h |
| Minimum processing volume | 25 mL |
| Temperature & operation | |
| Working pressure | 180 MPa |
| Other specifications | |
| Drive | Pneumatic |
Design flow is not a guaranteed throughput for every liquid. Confirm feed viscosity, inlet particle size, valve, pressure and cooling. Pressure in bar is converted to MPa using 10 bar = 1 MPa where applicable.
Shanghai Jingxin
GSL-30
| Capacity & processing | |
|---|---|
| Design flow | 25–30 L/h |
| Minimum processing volume | 50 mL |
| Temperature & operation | |
| Working pressure | 150 MPa |
Design flow is not a guaranteed throughput for every liquid. Confirm feed viscosity, inlet particle size, valve, pressure and cooling. Pressure in bar is converted to MPa using 10 bar = 1 MPa where applicable.
Shanghai Jingxin
GSL-40
| Capacity & processing | |
|---|---|
| Design flow | 30–40 L/h |
| Minimum processing volume | 50 mL |
| Temperature & operation | |
| Working pressure | 150 MPa |
Design flow is not a guaranteed throughput for every liquid. Confirm feed viscosity, inlet particle size, valve, pressure and cooling. Pressure in bar is converted to MPa using 10 bar = 1 MPa where applicable.
Shanghai Jingxin
GSL-50
| Capacity & processing | |
|---|---|
| Design flow | 50–60 L/h |
| Minimum processing volume | 120 mL |
| Temperature & operation | |
| Working pressure | 130 MPa |
Design flow is not a guaranteed throughput for every liquid. Confirm feed viscosity, inlet particle size, valve, pressure and cooling. Pressure in bar is converted to MPa using 10 bar = 1 MPa where applicable.
Shanghai Jingxin
GSL-100
| Capacity & processing | |
|---|---|
| Design flow | 80–100 L/h |
| Minimum processing volume | 900 mL |
| Temperature & operation | |
| Working pressure | 130 MPa |
Design flow is not a guaranteed throughput for every liquid. Confirm feed viscosity, inlet particle size, valve, pressure and cooling. Pressure in bar is converted to MPa using 10 bar = 1 MPa where applicable.
Product comparison
Compare related products
| Product | Capacity / configuration | Temperature |
|---|---|---|
| GSL High-Pressure Homogenizer SeriesCurrent product | 8 model configurations | Configure fluid cooling |
 | 3 model configurations | Optional fluid cooling |
 | 5–8 L/h design flow; minimum stated volume 25 mL | Maximum feed temperature ≤90 °C; optional temperature-control equipment |
Common questions
Product FAQ
Which samples can GSL High-Pressure Homogenizer Series process?
Pumpable suspensions, emulsions and compatible biological or formulation liquids. Match the preparation method to the material and downstream analysis.
How do I choose the model and configuration?
Compare the model-specific specifications below. Include sample amount, vessel size, batch size and temperature requirement in your enquiry.
What temperature setup should I use?
Configure fluid cooling. Match the cooling setup to the sample and operating method.
What affects the quotation?
The selected model, vessels, compatible accessories, optional temperature-control equipment and destination electrical requirements determine the quotation. Request a model-specific configuration and itemized supply list.
Plan your purchase
Procurement & support
Confirm the instrument, accessories and destination requirements in one enquiry.
Installation requirements
- Electrical supply
- Confirm voltage, frequency, power, plug and grounding for the selected model.
- Bench and access
- Check dimensions, equipment weight, lid clearance and maintenance access.
Documentation
Request documents for your model and destination market.
- Technical datasheet
- Operating manual
- Configuration list
Price & supply
Include sample type, amount, batch size, temperature requirements and delivery destination.
Request an itemized supply list with delivery, installation, training and warranty terms.
Request an itemized quote →Build your configuration
Match the equipment to your sample.
Discuss the model, operating setup and quotation with the application team.