Full Lifecycle Service Scope for Projects_Shanghai Nagamori Machinery Co., Ltd.

Service Scope
Service Scope
Home About Nagamori Service Scope Full Lifecycle Service Scope for Projects
Full Lifecycle Service Scope for Projects
From requirement alignment to after-sales maintenance, we provide comprehensive service support throughout the entire equipment lifecycle.

Pre-project Stage

Pre-project Stage

Complete project review and resource allocation, draft an initial plan, and prepare for project kickoff.

  • Requirement breakdown: In-depth customer communication to clarify technical requirements, scope, and acceptance criteria.
  • Confidentiality agreement: Mutual commitment to protect technical and commercial information.
  • Calculation and analysis: Feasibility evaluation via theoretical calculation and simulation to support design.
  • Initial quotation: Project estimates and cost analysis based on technical solutions for customer decision-making.

Project Initiation Stage

Project Initiation Stage

Hold a kick-off meeting to clarify team roles, milestones, and communication mechanisms, officially entering the execution phase.

  • Technical solution: Provide systematic solutions covering core technical content such as equipment selection, process flow, and automation configuration.
  • Equipment design: Complete detailed design of mechanical, electrical, and control systems, and output manufacturing drawings and specification documents.
  • Process optimization: Adjust process parameters based on actual production conditions to improve efficiency, stability, and product consistency.
  • Experimental validation: Verify solution feasibility through bench-scale or pilot-scale tests to ensure the technical route is reliable and meets expectations.

Manufacturing and Delivery

Manufacturing and Delivery

  • Procurement of parts: Procure equipment components, purchased parts, and key spare parts according to the design list to ensure timely availability of materials.
  • Equipment manufacturing: Perform structural assembly, electrical wiring, and component installation in the workshop to complete the physical construction of the equipment.
  • Quality control: Implement incoming, in-process, and final inspections throughout the manufacturing process to ensure equipment meets quality standards.
  • Equipment commissioning: Conduct single-machine and integrated commissioning on site, optimize parameters, and complete functional testing and trial operation.

After Sales

After Sales

Provide post-delivery technical support and responsive services to ensure stable equipment operation and timely issue resolution.

  • After-sales maintenance: Establish a long-term maintenance mechanism to extend equipment service life through regular inspection and upkeep.
  • Annual maintenance: Provide annual maintenance plans and inspection services to prevent failures and ensure continuous production.
  • Equipment repair: Offer rapid diagnosis and repair services for unexpected breakdowns to minimize downtime.
  • Spare parts replacement: Stock commonly used spare parts and replace worn components promptly to ensure stable and continuous equipment operation.
Pre-project Stage
Complete project review and resource allocation, draft an initial plan, and prepare for project kickoff.

Requirement breakdown: In-depth customer communication to clarify technical requirements, scope, and acceptance criteria.

Confidentiality agreement: Mutual commitment to protect technical and commercial information.

Calculation and analysis: Feasibility evaluation via theoretical calculation and simulation to support design.

Initial quotation: Project estimates and cost analysis based on technical solutions for customer decision-making.

Project Initiation Stage
Hold a kick-off meeting to clarify team roles, milestones, and communication mechanisms, officially entering the execution phase.

Technical solution: Provide systematic solutions covering core technical content such as equipment selection, process flow, and automation configuration.

Equipment design: Complete detailed design of mechanical, electrical, and control systems, and output manufacturing drawings and specification documents.

Process optimization: Adjust process parameters based on actual production conditions to improve efficiency, stability, and product consistency.

Experimental validation: Verify solution feasibility through bench-scale or pilot-scale tests to ensure the technical route is reliable and meets expectations.

Manufacturing and Delivery

Procurement of parts: Procure equipment components, purchased parts, and key spare parts according to the design list to ensure timely availability of materials.

Equipment manufacturing: Perform structural assembly, electrical wiring, and component installation in the workshop to complete the physical construction of the equipment.

Quality control: Implement incoming, in-process, and final inspections throughout the manufacturing process to ensure equipment meets quality standards.

Equipment commissioning: Conduct single-machine and integrated commissioning on site, optimize parameters, and complete functional testing and trial operation.

After Sales
Provide post-delivery technical support and responsive services to ensure stable equipment operation and timely issue resolution.

After-sales maintenance: Establish a long-term maintenance mechanism to extend equipment service life through regular inspection and upkeep.

Annual maintenance: Provide annual maintenance plans and inspection services to prevent failures and ensure continuous production.

Equipment repair: Offer rapid diagnosis and repair services for unexpected breakdowns to minimize downtime.

Spare parts replacement: Stock commonly used spare parts and replace worn components promptly to ensure stable and continuous equipment operation.