INDUSTRIAL COMPONENTS • ENGINEERING & MANUFACTURING
Industrial Components Built Around Your Production Requirements
CFAS develops and manufactures selected jigs, fixtures, production aids and fabricated industrial components for manufacturing applications.
From product and process requirements through engineering, tooling, fabrication, assembly and quality control, we support projects according to the agreed technical scope.
02 — INDUSTRIAL COMPONENTS
Designed Around the Process, Not Just the Part
Industrial components often need to work as part of a larger production process. Dimensions, positioning, repeatability, operator interaction, material, production volume and inspection requirements can all influence the final design.
CFAS supports selected industrial projects by reviewing the application and developing a practical manufacturing route for the required jig, fixture, production aid or fabricated component.
Typical Project Inputs
- Existing component, sample or reference
- Engineering drawing or technical specification
- Process or application requirements
- Material and surface requirements
- Estimated production quantity
- Inspection and acceptance requirements
03 — COMPONENT PLATFORMS
Selected Industrial Components & Production Aids
Our industrial product scope focuses on selected custom components and production-support products developed according to application and manufacturing requirements.
Jigs
Custom jigs developed to support positioning, assembly, fabrication or other defined production operations.
- Assembly jigs
- Positioning aids
- Process-specific designs
Fixtures
Fixtures developed around the workpiece, process and required production or inspection function.
- Holding fixtures
- Positioning fixtures
- Inspection-related fixtures
Production Aids
Practical production-support tools developed to improve handling, positioning, repeatability or process efficiency.
- Workholding aids
- Process support tools
- Customer-specific applications
Fabricated Components
Selected metal and fabricated components developed to customer drawings, specifications and production requirements.
- Custom fabricated parts
- Metal components
- Project-specific designs
04 — ENGINEERING
Engineering Starts with the Production Requirement
The objective is not simply to fabricate a component, but to understand how the component is expected to function within the production process.
Application Review
Review the component, workpiece, process and operating requirements before defining the manufacturing route.
Design & Manufacturability
Evaluate dimensions, materials, assembly requirements and practical manufacturing considerations.
Tooling & Process Support
Develop the required tooling, jig, fixture or production support solution according to the agreed project scope.
05 — MANUFACTURING CAPABILITIES
Manufacturing Processes Selected for the Project
The manufacturing route is selected according to product design, material, required function, production volume and project requirements.
Tooling & Fixtures
Development of selected jigs, fixtures and production aids for defined manufacturing applications.
Metal Fabrication
Selected cutting, forming, stamping and fabrication processes according to the required manufacturing route.
Machined Components
Selected machined components can be reviewed according to dimensional, material and application requirements.
Surface Finishing
Surface finishing requirements can be evaluated according to product function, appearance and environmental requirements.
Assembly
Components and production aids can be assembled according to the agreed design and process requirements.
Quality Control
Inspection and process control are defined around drawings, specifications, samples and agreed acceptance requirements.
Capability transparency: Depending on the product, process and project scope, manufacturing activities may be performed directly by CFAS or through qualified manufacturing partners.
06 — APPLICATIONS
Components Developed Around the Application
Industrial component projects can support different manufacturing environments. Final feasibility depends on the product, process and technical requirements.
Assembly
Jigs, fixtures and production aids supporting defined assembly operations.
Welding & Fabrication
Selected fixtures and production-support components for fabrication processes.
Inspection
Selected gauges, fixtures and aids for defined inspection and checking applications.
Production Support
Custom components and aids developed around specific manufacturing requirements.
07 — PROJECT PROCESS
From Production Requirement to Finished Component
Each project follows a practical development route based on the product, application, tooling requirements and agreed production scope.
Requirement
Drawing, sample, process description or project brief.
Engineering Review
Application, design and manufacturability review.
Design & Tooling
Product design, tooling and process development where required.
Prototype
Prototype or sample development for technical review.
Validation
Confirmation of dimensions, function and agreed requirements.
Production
Production according to the approved design and manufacturing requirements.
Inspection
Inspection against drawings, specifications or agreed acceptance criteria.
Delivery
Packaging and shipment preparation according to project requirements.
08 — QUALITY
Quality Starts with the Technical Requirement
Quality requirements for industrial components depend on their function, application, drawing, material and customer acceptance criteria.
Drawing & Specification
Critical dimensions and technical requirements are defined before production.
Process Control
Production controls are established around the agreed manufacturing route.
Inspection
Inspection can cover dimensions, appearance, function and other agreed requirements.
Acceptance Criteria
Final acceptance requirements are agreed according to the product and customer specification.
Relevant quality documentation, inspection records and testing requirements can be discussed during RFQ and project development. Specific certifications or compliance claims are made only when applicable documentation has been verified for the relevant product or project.
09 — START A PROJECT DISCUSSION
What We Need to Review Your Project
The more complete the technical information, the more accurately we can assess feasibility, manufacturing route, tooling requirements and production scope.
A drawing, sample or technical specification is usually the best starting point.
Useful Project Information
- 2D drawing, 3D model or technical specification
- Existing sample or reference component
- Material requirements
- Application or production process
- Estimated quantity or annual volume
- Surface finish requirements
- Inspection / acceptance requirements
- Required timing and delivery location
10 — FAQ
Frequently Asked Questions
Can CFAS develop a jig or fixture from a drawing?
Yes. A drawing, sample, process description or application requirement can be used as the starting point for an engineering and manufacturing review.
Can CFAS work from an existing component or sample?
An existing component or sample can be reviewed to understand dimensions, application and manufacturing requirements before defining the appropriate route.
Can CFAS support custom production aids?
Selected production-support tools and aids can be reviewed according to the application, required function and project scope.
Does CFAS manufacture all processes directly?
Manufacturing responsibility depends on the product, process and project scope. Selected activities may be performed directly by CFAS or through qualified manufacturing partners.
What information should we provide for an RFQ?
Ideally, provide a drawing or sample, application requirements, material, estimated volume, inspection requirements and desired timing.
11 — INDUSTRIAL COMPONENTS
Have a Component, Jig or Fixture to Develop?
Send us your drawing, sample, technical specification or production requirement. We can review the application, manufacturing route and next steps for your project in Vietnam.
Start an RFQ Discussion
Useful information includes drawings, samples, material requirements, estimated volume, application details and required timing.
REQUEST A QUOTE