Cell Lysis Feed and Formulation
State whether the trial is for dispersion, emulsification, cell disruption or another formulation result before selecting the operating window.
Experimental high-pressure homogenizer
High Pressure Microfluidizer PTH-10
PTH-10 High-Pressure Microfluidizer, max working pressure up to 2700 bar with throughput of 10 L/H. Minimum processing volume is 15ml and residual volume less than 0.13ml. Ultra-high pressure microjet shearing achieves 50nm ultrafine dispersion, ideal for precision lab research and compatible with 130°C sterilization.
Core specifications
Specifications
- Maximum Pressure
- 2600 bar
- Flow Capacity
- ≧10L/H
- Feed Requirement
- 15 ml min.
- Equipment Series
- Experimental high-pressure homogenizer
Product Description
High-pressure microfluidizer
Microfluidics Homogenizer PTH-10 for Cell Lysis
PTH-10 is positioned as a microfluidics homogenizer for high pressure cell lysis and dispersion process development. Define the cell system, target result and trial records before confirming the quoted microfluidizer setup.
The public summary states up to 2700 bar while the technical table lists 2600 bar; confirm the applicable pressure rating, 50 nm result, residual volume and sterilization scope for the quoted setup.
Model facts
Microfluidics Homogenizer PTH-10 Specifications
The product page publishes model-level pressure, throughput, viscosity, power, temperature and feed or volume fields. Use the values below as the starting point for a process discussion and confirm the quoted configuration.
The technical table lists processing speed >=10 L/H, maximum pressure 2600 bar, viscosity <=6000, AC380V 1.5KW, operating temperature -10°C to 50°C, and feeding particles <=100um.
Processing speed>=10 L/H
Maximum pressure in technical table2600 bar
Viscosity<=6000
PowerAC380V 1.5KW
Temperature or product limit-10°C to 50°C
Feed or minimum processing fieldfeeding particles <=100um
Quotation check: confirm the final pressure, throughput and configuration before purchase.
Selection route
How a Microfluidizer Cell Lysis Workflow Fits the Process
CAS PETER positions its homogenization equipment for nano dispersion, emulsification, cell disruption and scale-up discussions. The right configuration depends on material behavior, required result and operating window.
Microfluidics Homogenizer Duty
Compare the published throughput and minimum-volume fields with batch size, pass strategy and the volume available for validation.
Cell Disruption Process Result
Use a representative material brief and ask CAS PETER to confirm pressure, temperature, compatibility and records for the quoted setup.
Evidence and support
Microfluidics Homogenizer Materials and Support
These are supplier-level statements from the captured CAS PETER pages. They explain what to discuss with the team; they do not replace model-specific compatibility or certification confirmation.
Microfluidics Homogenizer Contact Materials
The technical content lists diamond for the homogeneous cavity, zirconia ceramic for the valve core and plunger, PTFE seals, duplex stainless steel 2205/2507, 316L, Stelli alloy zirconia ceramic, fluorine rubber sealing ring, imported UPE and Ra0.1 internal-wall roughness.
Microfluidizer Commissioning
CAS PETER’s Service page lists commissioning, process validation, operator training, maintenance planning and technical consultation.
Cell Lysis Process Support
The Support page lists application guidance, operating documentation, maintenance assistance and spare-parts enquiries.
Trial definition
Define a High Pressure Homogenizer Cell Lysis Trial
A trial plan may start with the process result you need to demonstrate, then ask CAS PETER to confirm the operating window and records for the quoted configuration. This planning aid is not a performance guarantee.
| Decision field | What to provide | What to confirm |
|---|---|---|
| Material | Formulation, viscosity, solids or cell content and sensitivity. | Contact-material compatibility and cleaning boundary. |
| Target result | Dispersion, emulsification, cell disruption or another measurable outcome. | Test method, sampling point and acceptance criteria. |
| Operating window | Required pressure, throughput, temperature and pass strategy. | Final rating, controls, voltage and installation conditions. |
| Scale-up | Batch volume, repeatability needs and production handoff timing. | Records, service scope, documents and commissioning plan. |
Define the Cell Feed
Include the material system, viscosity, feed-particle or minimum-volume constraint and available sample volume.
Define the Cell Disruption Result
Define the result that will decide whether the configuration moves forward.
Confirm the Cell Lysis Window
Ask for pressure, flow, temperature, pass strategy, voltage and material compatibility in the quotation.
Capture the Scale-Up Handoff
Agree which test records, operating guidance and support documents accompany the delivered setup.
Quotation checklist
Microfluidics Homogenizer and Cell Lysis FAQ
Price, MOQ, lead time, packaging, trade terms, warranty, available documents and the final operating rating are not published as universal terms for this model. Confirm them for the intended market and configuration.
- Material or formulation and target application
- Target result and validation method
- Throughput, viscosity and feed or volume limits
- Pressure, temperature and pass strategy
- Voltage, installation environment and delivery market
- Required documents, training, commissioning and spares
FAQ
Microfluidizer and Cell Lysis FAQ
These questions reflect Google People also ask themes for this product category. Model-specific limits and commercial terms remain quotation-stage confirmations.
What is a microfluidizer used for?
A microfluidizer is used for high-pressure processing such as cell disruption, dispersion or emulsification. PTH-10 is positioned for microfluidization and cell-lysis process development; confirm the cell system and target result.
How long can you leave cells in lysis buffer?
There is no universal time for every cell type or downstream assay. Follow the validated protocol for the cell system, temperature and buffer, then define the PTH-10 processing step around the required sample condition.
What is the best type of sonication machine for cell lysis?
The best equipment depends on the cell type, volume, sensitivity to heat, desired disruption result and scale. Compare sonication with high-pressure microfluidization against those criteria rather than assuming one method is universally best.
What is the best lysis buffer for nuclear proteins?
Buffer choice depends on the cell type, target protein and downstream assay, so it should follow a validated laboratory protocol. PTH-10 can be evaluated as the pressure-processing step after the compatible feed and buffer are defined.
What pressure and throughput should I confirm for high pressure cell disruption?
Confirm pressure, flow, pass strategy, temperature and sample volume for the quoted PTH-10 configuration. The public product information does not establish one universal cell-lysis result.
What should a microfluidizer cell-lysis quote include?
Include cell type, concentration, buffer, target disruption result, sample volume, temperature limits, pass strategy, contact materials, voltage, documents and service scope. Price, MOQ, lead time and final operating limits require confirmation.
Product Features
Performance
Process Capability
Model selection should be matched to material properties, target capacity, and the degree of process control required for your application.
Technical Highlights
- High-intensity processing
- Fine particle control
- Microchannel processing route
Suitable Applications
- Nano dispersions
- Liposome preparation
- Cell disruption studies
Product Categories
- Experimental high-pressure homogenizer
- Production type high-pressure homogenizer
- High Pressure Microfluidizer
Application Cases
Material testing, research projects, and industry exhibition records
Industry Application
Food & Beverage
Milk, soy milk, juice, and dairy products supported by uniform dispersion, finer taste, and stable emulsification.
Industry Application
Biopharma
Liposomes, vaccines, and cell disruption processes supported by repeatable high-pressure homogenization.
Industry Application
Cosmetics
Essence, emulsion, and nano raw materials processed for ingredient uniformity, absorption, and formula stability.
Industry Application
Chemical New Materials
Nano materials, coatings, inks, graphene, and battery conductive slurry refined through high-energy dispersion for improved fineness and stable performance.
Industry Application
Fine Chemicals, Flavors & Fragrances
Essential oils, aroma compounds, fragrance emulsions, and specialty chemical formulations processed with repeatable fineness control and stable dispersion.
Industry Application
Research & Laboratory
Dedicated homogenization equipment for universities, research institutes, and laboratory development projects.
