How Ad-Vance’s Production-Ready Prototyping Supports Scalable Manufacturing

A successful prototype should not require customers to start from scratch when production demands increase. At Ad-Vance Magnetics Inc., we build scalability into the prototyping process from day one. By using the same programming and tooling setups for a single prototype as we do for a 1,000-part production run, we ensure repeatability across components when demand increases.

This enables customers to scale with greater consistency, efficiency, and confidence. 

Prototyping With Production in Mind

By considering future production needs during the prototype phase, the transition to higher volumes doesn’t require going backwards to move forward again. Instead, scalability is streamlined. 

At Ad-Vance, we utilize Industry 4.0 technologies with repeatable processes to ensure customers can scale effectively as their production demands evolve. Our digital workflow supports consistency at every stage of production:

• Quoting and geometry analysis: Paperless Parts analyzes part geometries to deliver quick, accurate quotes.

• Digital production planning: Fulcrum ERP provides real-time production tracking and live scheduling to maintain accuracy as jobs scale.

• Laser programming and nesting: RADAN optimizes flat patterns and material nesting to maximize efficiency and material utilization.

• Press brake programming: TRUMPF TruTops Boost digitally maps bend sequences and performs offline simulations to verify accuracy before production begins.

Beyond the technology, we validate both the part and the manufacturing workflows used to produce it, ensuring future repeatability from the start. 

From the beginning, we consider:

• Equipment selection 
• Tooling
• Manufacturing sequence
• Part setup and fixturing 

Consistency matters in precision fabrication, and this approach ensures we establish a repeatable production process as demand grows.  

Precision Sheet Metal Fabrication 

Whether you need a single prototype or recurring production, our precision sheet metal fabrication process is designed to deliver predictable lead times and repeatable results.

Digital Manufacturing

The manufacturing data developed during prototyping carries directly into production, eliminating the need to recreate workflows as production volumes increase. This enables a seamless transition from prototype to production when demand increases. 

Live Material Validation

During forming, our equipment automatically measures material springback and adjusts bend angles in real time. The data captured during prototyping is then used when transitioning to production runs, improving consistency across components. 

Scaling Without Starting Over

By validating the manufacturing process during prototyping, we enable a more efficient path to production. 

The primary adjustments we make when demands evolve happen at the weldment fixturing level. For prototypes and short runs, we may use temporary modular fixturing blocks on our welding tables to provide flexibility and control costs. 

As production needs increase, we replace those fixtures with dedicated tooling. Because our laser programming and press brake data are already locked into our digital manufacturing system, this transition is straightforward and clean. 

Designing for Scale

It is important to consider scalability in the design phase to ensure cost-effective, consistent production later. 

We collaborate with customers early to ensure their designs are prepared for future production needs.

For example, customers often bring us designs with tighter tolerances than the application may require. We work with them to determine which tolerances are truly critical to help improve manufacturability and reduce unnecessary production and inspection costs.

When prototyping is done correctly, risk is reduced, lead times are shortened, and pricing and quality become more predictable. 

This approach is why many of our long-term partners move qualified shipments from Ad-Vance directly into production without repeating incoming quality inspection.

Scaling Magnetic Shielding Components

These principles are especially important when producing precision magnetic shields. Every job is different and each design features unique geometries that may require custom tooling, specific routing, different manufacturing sequences, and tailored inspection plans.

Unique Design Requirements 

Scaling custom magnetic shielding cannot rely on generic processes. For example, a workflow designed for a rectangular nested shield will not translate to a cylindrical or spun assembly.

Defined Routing and Tooling Strategy

Each project requires a dedicated manufacturing roadmap. At Ad-Vance, we define a specific sequence through the shop, including:

• Laser cutting
• Real-time bend validation
• Precision machining for BOM components 
• Custom tooling development 

Custom Inspection Plans 

There is no “one-size-fits-all” quality inspection process. Different industries have different certification and verification requirements, so Ad-Vance ensures each inspection plan meets the specific needs of the application.

Whether a project requires ISO 9001 and AS9100D quality standards, ITAR compliance, or CMMC security requirements, we ensure every part meets the necessary specifications. 

Building for Scalable Manufacturing

Our approach to prototyping is built to help customers scale with confidence. By designing for production from the beginning, we establish a repeatable manufacturing process that supports consistent results at any volume.  

Validating tooling and programming during prototyping enables customers to transition into high-volume production more efficiently.

For a manufacturing partner prepared to scale with your needs, request a quote from Ad-Vance Magnetics today.