• Customer demand collection:
Customers put forward specific requirements, including equipment use (such as biological fermentation, pharmaceutical, food processing, etc.), performance parameters (such as capacity, temperature range, pressure requirements, material standards, etc.) and industry standards (such as GB, ISO, 3A, etc.).

• Preliminary evaluation:
The company conducts preliminary feasibility analysis based on the drawings, technical requirements or verbal descriptions provided by the customer to clarify the direction of equipment customization.

• Demand confirmation:
Confirm the details of the requirements with the customer to ensure that both parties reach an agreement on the equipment functions, performance, delivery time, etc.

• Technical solution formulation:
The design team formulates a preliminary design solution based on customer needs, including equipment structure (such as stirring system, temperature control system, sealing system, etc.), material selection (such as SUS304 stainless steel, corrosion-resistant materials, etc.), process flow, etc.

• Solution refinement:
Combined with customer feedback, further optimize the design solution and clarify the key parameters of the equipment (such as size, power, speed, etc.).

• Solution confirmation:
Communicate with the customer and confirm the final solution to ensure that the design meets actual needs.

• Detailed design:
Based on the confirmed plan, draw detailed equipment drawings (such as 3D models, engineering drawings), and prepare process documents to clarify processing requirements (such as welding, polishing, sealing, etc.).

• Customer review:
Submit the drawings and process documents to the customer for review to ensure that the design meets the requirements.

• Design optimization:
Based on customer feedback, make necessary adjustments and optimizations to the drawings and process documents.

• Material procurement:
Purchase standard materials (such as corrosion-resistant stainless steel, food-grade materials, etc.) according to drawings and process documents.

• Component processing:
Use advanced equipment for component processing (such as cutting, welding, polishing, etc.) to ensure the accuracy and quality of each component.

• Quality control:
Strictly control quality during the production process to ensure that each component meets design requirements and industry standards.

• Assembly of the whole machine:

Assemble the processed parts to form a complete equipment (such as fermentation tanks, reactors, storage tanks, etc.).

• Preliminary commissioning:

Perform preliminary tests on the equipment to check whether the functions are normal (such as stirring system, temperature control system, sealing, etc.).

• Customer pre-acceptance:

Invite customers to participate in pre-acceptance to ensure that the equipment meets expectations.

• Comprehensive testing:
Performance testing of the equipment, including key indicators such as sealing, pressure resistance, and temperature control accuracy.

• Troubleshooting and optimization:
Adjust equipment parameters based on test results to optimize performance and ensure that the equipment meets customer needs.

• Final acceptance:
The customer conducts final acceptance of the equipment to confirm the performance and quality of the equipment.

• Equipment delivery:
Transport the equipment to the customer's designated location and provide on-site installation guidance.

• Trial operation and acceptance:
Assist customers in trial operation to ensure the normal operation of the equipment in the production environment.

• After-sales service:
Provide regular maintenance, parts replacement and technology upgrade services to ensure long-term and stable operation of the equipment.

• Long-term cooperation:
Based on customer feedback, continuously optimize equipment performance and support customer subsequent needs.