Supply Chain + Industrial Chain = Integrated Value
Capabilies
Injection
Sourcing Captain offers comprehensive molding solutions, from a simple O-ring to complex shapes with precision tolerances. We specialize in custom design and highly engineered solutions.
Casting
Our extrusion solutions span from simple round cord to complex profiles with metal inserts. We also add adhesives, apply to spools, and splice/vulcanize to form continuous seals.
Machining
Our full spectrum of machining capabilities include saws, waterjets, plasma cutters, laser cutters, mil, lathes, routers, and more. We have solutions, whether you need material stock cut-to-size or complex components.
Fabrication
Sourcing Captain offers a full spectrum of fabrication solutions for prototype development and production. Materials are cut to size, formed or machined, and fastened or welded to other
‘components to form custom- fabricated assemblies.
Post Processing
We specialize in platings and coatings that enhance the performance properties of fasteners, hardware, fittings, and ‘other components. We also offer an inhouse ISO Class 7 clean room to manufacture and sterilize products for high-purity applications,
Printing
Sourcing Captain offers full-cycle printing solutions (offset/digital/3D) for books, packaging, textiles, and promotional materials, from prepress to finishing.
Assembly
Assembly refers to the manufacturing process of combining prefabricated parts or components to create a finished product. It is the stage where individual manufactured parts are joined together to form a complete functional unit.
Custom Manufacturing
Custom manufacturing, also known as bespoke production, refers to the process of producing specialized components or products that are tailored to meet specific customer requirements especially for the private label products. This approach is particularly valuable in industries where standard off-the-shelf solutions cannot address unique operational challenges or performance specifications.
Drawing-Based Manufacturing
Definition: Production based on client-provided technical drawings (CAD/3D files), with strict adherence to specifications.
Key Use: Precision parts, molds, or industrial components requiring exact tolerances.
Example: “We manufacture aerospace components per your engineering prints.”
Sample-Based Manufacturing
Definition: Replication of a physical prototype through reverse engineering (3D scanning, material analysis).
Key Use: Industrial products, consumer goods, or plastic injection molding where visual/functional consistency matters.
Example: “Our team can reproduce your design from a provided sample.”
Specification-Driven Manufacturing
Sourcing Captain manages materials and manufacturing end-to-end (e.g., furniture or jewelry etc).
Key Use: industries where material control or modularity is critical.performance boosts.
Product Upgrade/Iteration
Definition: Enhancing existing products through hardware/software updates or technique improvements.
Hardware upgrades: replacing components (e.g., faster processors) or changing the material type.
Technique: adopting advanced techniques (e.g., additive manufacturing).
Key Use: tech devices, automotive parts, or industrial equipment needing performance boosts.
Parts & Components
Specializing in industrial equipment parts and components, we offer durable spare parts and accessories tailored to your needs. With fast response and global availability, we help minimize downtime and maximize efficiency.
Branded Parts
Custom Parts
Electronic Components
Aftermarket/ Replacement Parts
New Product Development
New Product Development (NPD) refers to the systematic process through which companies create and bring to market innovative products that meet evolving consumer needs and business objectives. This strategic process encompasses everything from initial concept generation to final product commercialization, requiring cross-functional collaboration and market-driven decision-making.
Key Processes of NPD
Market Research & Feasibility Study
Demand analysis and technical feasibility assessment.
Technical Evaluation & R&D
Technology assessment and engineering research.
Supply Chain Analysis & Cost Optimization
Supplier evaluation, cost breakdown, and sourcing strategy.
Prototype Development & Testing
Functional prototype design, validation, and iteration.
Product Specification Finalization
Technical approval and compliance certification.
Tooling & Pilot Production
Mold design, trial run, and quality control.
Mass Production & Quality Assurance
Scaling up with process stability monitoring.
Market Feedback & Continuous Improvement
Customer insights collection and product enhancement.