How we Design Wire Baskets

Anping Darcy Metal Products Co., Ltd.

Committed to designing and manufacturing the best engineered wire baskets or metal solutions for every customer's challenge. To achieve this, we follow a detailed and rigorous process to ensure our products meet all task requirements and exceed customer expectations for performance and manufacturing capability.

To help you better understand how we work, here is our four-step process for designing wire baskets.

Step 1: Define Customer Requirements

Every successful project begins with understanding the customer's application. Our sales team starts by asking questions to identify needs:

General Applications: Cleaning, filtration, chemical dipping, heat treatment, FPI inspection, etc.

Application Environment: Ultrasonic, high temperature, closed vapor degreasing (EVD), caustic dip, spray washing.

Work Envelope Dimensions: Dimensions of any tank, conveyor, machine tool, etc.

Minimum Part Size: Mesh opening size selection – the mesh opening should be just slightly smaller than the smallest part.

Additional Wire Basket Features:

Handles (top, end, swing)

Covers (hinged, latch, compression)

Part orientation (top-load only or full rotation)

Divided compartments (solid metal, perforated, mesh walls)

Crossbar mesh

Pin racks (spacing, length, end radius)

Part protection (Nylon 11 coating, ultra-high durability)

Basket stacking (stack height)

Lifting (single point hoist, multi-point sling, forklift)

Part Examples: Digital models, photos, samples

Step 2: Evaluate the Design

The information gathered in the first step is then reviewed and discussed by our design team together with members from engineering, production, and sales. This cross-disciplinary team combines their experience to develop a balanced solution considering:

Design Intent: Will the wire basket or product design serve its intended purpose?

Manufacturability: Can the wire basket or product design be made easily and accurately?

Usability: Is the wire basket or product design safe, intuitive, and comfortable for the end user?

Value: Is the cost of producing the wire basket or part appropriate for the customer's needs?

Step 3: Plan Every Detail

The sketches and ideas from the design team are then handed over to CAD designers to complete the wire basket or product design.

Ideally, the customer has already provided digital part models or physical samples that we can digitize. We begin by placing the digital part model within the work envelope constraints, paying close attention to part orientation to maintain part clearance.

With the digital part positioned in "space," the basket design is built outward to support and secure the part. We can test different configurations in SolidWorks to find the safest and easiest loading design.

Our design concept is then presented to the customer through engineering drawings or digital animations. Since parts, baskets, and sometimes even process equipment are drawn to scale, issues are easy to identify and correct before production.

Step 4: Bring Digital Design to CNC Production

The approved basket design is fully documented digitally in SolidWorks. With minimal effort and no loss of precision, we can export part programs directly to our CNC bar bending equipment and CNC machining centers, achieving a seamless and efficient transition from design to production.