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Sample Development Capability

Yuma Precision, as a professional manufacturer of Motor stator and rotor core laminations molds and motor stator/rotor cores, offers a variety of sample development methods, including laser prototyping, loose sheet mold prototyping, and engineering mold prototyping, to meet customers' diverse needs from design validation to small-batch production. Below is a detailed description of these three prototyping methods:

Laser Prototyping

1

Fast and Efficient

Laser prototyping does not require traditional molds. It directly processes materials based on design drawings, significantly shortening the prototyping cycle.
2

High Flexibility

Suitable for complex and diverse product designs, with no restrictions on lamination design and optimization. It supports personalized custom production, especially for small-batch, multi-variety product development.
3

Low Cost

No mold is needed, reducing mold investment costs and lowering the customer's upfront expenses.
4

Applications

Ideal for quickly validating new designs, small-batch production, and developing cores with complex shapes.
Laser Prototyping
Loose Sheet Mold Prototyping

Loose Sheet Mold Prototyping

1

Suitable for Small-Batch Production

Uses conventional molds to punch stator and rotor laminations (loose sheets), which are then assembled into cores through processes such as sorting, riveting, or welding. It is suitable for small-batch production with relatively low mold costs.
2

High Flexibility

The size and shape of the laminations can be adjusted according to customer requirements, making it suitable for rapid validation and small-batch production.
3

Moderate Cost

The mold cost is relatively low, making it suitable for small-batch production and quick response to customer needs.
4

Applications

Ideal for small-batch production, rapid validation of new designs, and cost-sensitive projects.
Engineering Mold Prototyping

Engineering Mold Prototyping

1

Suitable for Small-Batch Production

Engineering mold prototyping uses high-precision semi-permanent molds to produce samples close to mass production quality. These molds are more complex than loose sheet molds but simpler than full-scale progressive molds.
2

High Precision

Samples produced by engineering molds have high dimensional accuracy and consistency, making them suitable for rigorous performance testing.
3

Near Mass Production Quality

The sample quality is close to that of final mass-produced products, enabling comprehensive performance and durability testing.
4

Fast Transition to Mass Production

Reduces the time required to move from prototyping to mass production, accelerating time-to-market.
5

Applications

Suitable for small-batch production, high-precision core sample development, and projects requiring automated production.

Advantages of Choosing Yuma Precision

Comprehensive Capabilities

Provides diversified sample development solutions for motor stator/rotor cores to meet various customer needs.

Customized Services

Offers tailored solutions based on customer design requirements and production volumes.

Advanced Technology

Equipped with state-of-the-art equipment and a skilled technical team to ensure high-quality and high-precision samples.

Rapid Response

Efficient development processes ensure quick delivery of samples.

Seamless Transition to Mass Production

Enables a smooth transition from sample development to mass production, helping customers shorten time-to-market.