
We take the time to understand the specific requirements of each industry, business, and product, enabling us to adapt our process and maximize value for our clients. By prioritising client-specific goals and delivering tailored solutions, we consistently achieve excellence in procurement and manufacturing.
Explore Our End-to-end Manufacturing Process Steps
Succinnova's end-to-end manufacturing process steps are strategically divided into three phases: Sourcing, Implementation, and Procurement, ensuring seamless execution and value-driven solutions.
Phase 1 - Sourcing
Opportunity Assessment (RFQ INPUTS)
- Data analysis
- RFQ creation
RFQ Management (SHORT LIST SUPPLIERS)
- Supplier evaluation
- Negotiations
Business Award (SUPPLIER AWARD)
- Focusing on contract sign-offs
- Cost assessment
Phase 2 - Implementation
Execution Plan - Review (STAKEHOLDER AGREEMENTS)
- Manufacturing feasibility
- Project reviews
Samples Qualification (APPROVED PARTS)
- Approvals through certified drawings
- Golden samples
Phase 3 - Procurement
Production Transition (PHASE IN – PHASE OUT)
- Supplier setup
- Inventory planning
Buy - Pay (REALIZE AOP SAVINGS)
- Logistics coordination
- Payments
- Process audits
Succinnova’s meticulously designed end-to-end manufacturing solutions ensure a seamless journey from sourcing to procurement. By combining strategic planning, in-depth evaluations, and precise execution, we deliver tailored custom manufacturing solutions that meet every client’s unique requirements.
Our three-phase, seven-step process is crafted to maximise efficiency, minimise costs, and maintain the highest quality standards. Whether sourcing the right suppliers, managing flawless implementations, or ensuring smooth procurement transitions, Succinnova is committed to driving success for your business at every step.
Trust us to turn your manufacturing and supply chain challenges into streamlined solutions with Succinova’s upper-edge manufacturing capabilities.
Types of Custom Manufacturing
Custom manufacturing can be categorised into three main types:
1. Made-to-order (MTO): Products are manufactured based on specific customer requirements. This approach is ideal for unique, low-volume projects like specialised machinery or custom electronics.
2. Engineer-to-Order (ETO): Design and produce products based on customer specifications. Examples include aerospace parts, medical devices, and industrial equipment.
3. Build-to-Order (BTO): Products are assembled after receiving an order, combining pre-made components with customisation, such as consumer electronics or vehicles.
These methods enable industries to achieve greater flexibility, meet precise specifications, and ensure high-quality standards tailored to their unique needs.
Overview of Custom Manufacturing vs Mass Production
Aspect | Custom Manufacturing | Mass Production |
Definition | Tailored production based on specific client needs. | Large-scale production of standardised goods. |
Volume | Low volume, often single or small batches. | High volume, often thousands or millions of units. |
Flexibility | Highly flexible to accommodate unique specifications. | Limited flexibility; focuses on uniformity. |
Lead Time | Longer due to the design and prototyping phases. | Shorter due to streamlined processes. |
Cost per Unit | Higher due to customisation and lower economies of scale. | Lower due to mass efficiency and economies of scale. |
Industries | Aerospace, medical, industrial machinery, etc. | Consumer goods, automotive, electronics, etc. |
Design Focus | Customer-driven, unique designs for each project. | Standardised designs for repeatability. |
Setup Costs | Lower initial setup costs. | Higher due to expensive machinery and tools. |
Production Time | Longer for each unit due to customisation. | Shorter for each unit due to automation. |
Quality Control | Individualised testing for each product. | Batch-level testing for uniformity. |
Benefits of Custom Manufacturing Process
- Tailored Solutions: Products are customised to meet unique client specifications, ensuring precise fit and functionality.
- Improved Efficiency: Optimised manufacturing process list reduces waste and streamlines production for specific applications.
- Enhanced Quality: Focused attention on each unit ensures superior craftsmanship and performance.
- Flexibility: Adapts quickly to design changes, accommodating evolving client needs or innovations.
- Competitive Advantage: Offers businesses unique, high-value products that differentiate them.