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Every breakthrough is a collaborative journey, and we are here to navigate it with you.
From research validation and process testing to full-scale development, we work side by side to turn possibilities into scalable progress. Guided by data and evidence at every stage, we help you make confident decisions and chart a clear, traceable path forward.
Let’s unite our strengths, accelerate innovation, and push into new technological frontiers together.
We work with universities and research institutes to explore emerging technologies, jointly pursue research projects, and translate laboratory discoveries into practical process solutions.
Joint research on emerging technologies
Joint applications for research projects
Joint development of academic research outcomes
Open access to shared research and testing facilities
From process testing to production-line implementation, we provide end-to-end process solutions that integrate high-pressure technologies into our customers’ existing manufacturing systems.
New product process feasibility testing
Product formulation and process optimization
Pilot-scale process scale-up and validation
Customized turnkey production-line solutions
We work with testing providers, compliance consultants, system integrators, and other specialized partners to bring together the capabilities required for each project and provide integrated support throughout the project lifecycle.
Connecting specialized technical resources
Joint development of supporting service solutions
Industry and technology exchange with partners
Integrating resources for project delivery
We evaluate how raw materials and semi-finished products respond to high-pressure processing across customers’ supply chains, helping them maintain consistent product quality and reduce supply chain risks.
High-pressure resistance testing of raw materials
Performance validation of critical components under operating conditions
Joint development of supply chain quality standards
Continuous optimization of material selection
Using real-world project environments as a platform for practical learning, we provide exposure to materials, processes, engineering, and other disciplines to develop the interdisciplinary talent needed by industry.
Supporting student research and project-based learning
Joint industry-academia engineering training
Technical training and industry exchange programs
Opening project cases and resources for educational use
Equipped with industrial-scale HPP systems and dedicated testing facilities, supported by experienced technical teams for process testing, parameter development, and optimization.
Our projects span new materials, new energy, biopharmaceuticals, and food processing, building extensive cross-industry expertise in high-pressure technologies and applications.
We support the full journey from fundamental research and process evaluation to production-line integration and the development of industrialization solutions.
Many partnerships begin with a single testing project and grow through continuous technical iteration, evolving into long-term, stable collaborations.
Pilot-Scale Warm Isostatic Pressing Process Development
Applied HPP to achieve a 90-day shelf life without heat damage.
HPP Non-Thermal Processing and Packaging Compatibility
Standardized HPP sterilization while preserving original texture and fresh quality.
Feasibility Study of High-Pressure Processing Technologies
Inhibited browning via HPP to retain natural color, freshness, and nutrition.
Microfluidization Process Window Development
Validated cold-process HPP sterilization while preserving delicate active protein structures.
High-Pressure Densification of Powder Materials
Enabled preservative-free HPP cold sterilization for sensitive, active formulations.
Joint Research and Technology Development
Co-developed HPP trial protocols to scale lab research into industrial applications.
Whether you are from academia, industry, or related service and supply sectors, we welcome you to submit your inquiry. Our team will respond to you within three working days.
Document review and preliminary feedback within 3 business days.
Discuss technical requirements directly with our engineering team.
All technical discussions under NDA to fully protect your intellectual property.
Please complete the form below. Fields marked with * are required.
Technical discussions will be conducted under an NDA.
The platform offers multiple cooperation models. Special testing quotas are available for some basic research projects. Commissioned testing, joint research and other projects will be evaluated based on proposals. We can jointly develop a suitable cooperation plan according to the project type and research objectives.
Generally, basic sample information (composition, morphology, expected processing volume) and testing objectives are required. After initial communication, engineers will help sort out required material specifications and preconditions based on specific requirements to ensure efficient test execution.
The timeline depends on the process type and testing goals. Single-sample verification can usually be completed within several weeks. Projects involving process window development and scale-up verification will receive clear timelines after assessment of the experimental plan. We will provide an initial evaluation within 3 working days after receiving your request.
Upon project completion, we will issue a standardized test summary report containing experimental conditions, result data and phenomenon analysis. Raw experimental data can be delivered in accordance with the cooperation agreement. Content related to intellectual property of both parties will have usage rights defined under confidentiality clauses.
On-site communication and on-site joint experiments are supported. You need to submit a visit application and personnel information in advance, and comply with the platform’s safety management regulations. Some closed or confidential test stations have access restrictions. Feasible on-site experiment plans can be confirmed during communication.
Changes to requirements are acceptable. After receiving change requests, engineers will re-evaluate the workload, sample consumption and project timeline, update the plan and quotation, and resume subsequent experiments after confirmation by both parties to ensure controllable project delivery.