Project Showcase

Yes Prototype delivers rapid manufacturing solutions through CNC machining, injection molding, 3D printing, vacuum casting, high-pressure die casting, and sheet metal fabrication. We partner with innovators in automotive, robotics, consumer electronics, industrial automation, and renewable energy sectors to transform concepts into precision-engineered components. Below are some examples of projects our team has experienced.

Electric Assist Vehicle Prototype

Electric Assist Vehicle Prototype

Collaborating with an e-mobility startup, we merged resin, metal, and TPE using hybrid prototyping to create a durable pre-production model. Modular design resolved material compatibility issues, enabling rapid market testing.

3D Printed Garbage Truck Model

3D Printed Garbage Truck Model

We enabled a municipal equipment manufacturer to rapidly prototype a garbage truck using cost-effective SLA 3D printing, with post-processing (polishing + coatings) to enhance durability and aesthetics. This reduced manual labor by 40% while delivering complex, exhibition-ready prototypes in just 10 days.

Bicycle Handle Grip

Bicycle Handle Grip

Using 5-axis CNC machining, we helped a bicycle component manufacturer produce high-precision grips with complex curves. The aerospace-grade aluminum parts achieved mirror finishes (Ra 0.4μm) and tight 0.01mm tolerances, reducing lead times by 30% without compromising durability—ideal for cost-sensitive, high-volume orders.

Bullhorn Clutch Handlebar

Bullhorn Clutch Handlebar

To meet off-road motorcycle demands for durable handlebar parts, we used precision CNC machining on high-strength aluminum to cut material waste by 20% while achieving ±0.03mm tolerances. The aluminum’s natural corrosion resistance and smooth finish ensured long-term functionality for rugged environments. This streamlined process allowed fast prototyping and cost-effective bulk production for high-performance motorcycle accessories.

Vehicle Trim Components

Vehicle Trim Components

Serving a client’s need for durable, colorful aluminum trim components, we combined precision CNC machining (±0.02mm tolerances) with anodizing to achieve both structural strength and consistent color finishes. By refining machining parameters and dyeing, we enabled small-batch production of multi-colored parts—ideal for custom vehicle accessories.

Automotive Front Panel

Automotive Front Panel

For small-batch automotive production, a client required precision-molded front panels that balanced complex geometry with high-gloss finishes. Using vacuum casting, we eliminated warping and air bubbles in silicone molds, while the polishing and coating ensured durable adhesion and flawless aesthetics. This streamlined process delivered cost-effective, high-quality parts tailored for niche manufacturing needs.

Aluminum Guard Plate

Aluminum Guard Plate

Collaborating with a machinery client, we engineered lightweight yet robust aluminum guard plates using advanced fabrication methods. These included precision laser cutting to achieve clean edges, CNC bending for structural rigidity, and drilled alignment holes enabling seamless assembly. High-grade aluminum alloys were selected to optimize material thickness, balancing strength and weight while delivering a durable, corrosion-resistant product that meets strict industrial standards. Rigorous quality controls ensured precision and surface integrity, enabling cost-effective deployment in demanding environments.

Aluminum Heat Sinks

Aluminum Heat Sinks

Partnering with an automotive repair shop, we produced precision-machined aluminum heat sinks for engine cooling systems, delivering them in 7 days. Using CNC machining, we achieved tight tolerances (±0.02mm) for complex fin/channel designs to ensure thermal efficiency. Adaptive machining paths and pressure-sealing tests minimized deformation and leaks, while anodizing enhanced durability. This delivered a cost-effective, OEM-compatible part that reduced repair downtime for collision-damaged vehicles.

Table Slide Track

Table Slide Track

Partnering with a furniture client, we produced lightweight magnesium alloy slide tracks via high-pressure die casting, achieving smooth surfaces and precise geometries for heavy-duty use. Custom molds and optimized cooling cycles minimized porosity and warping, while alloy adjustments ensured strength-to-weight performance. The result is a durable component meeting commercial load standards at a cost-effective mid-volume scale.

Metal Keyboard Frame

Metal Keyboard Frame

To meet a client’s requirement for a high-end metal keyboard frame with intricate geometric designs, we utilized five-axis CNC machining to produce components like perforated bases and sculpted aluminum frames. This process enabled complex 3D contours and tight tolerances while addressing challenges such as material constraints and tool wear through diamond-coated tooling and optimized machining paths. The result was a sleek, durable keyboard chassis with premium surface finishes and ergonomic curves, balancing bespoke aesthetics with cost-efficient production scalability.

Eco-Friendly Phone Case

Eco-Friendly Phone Case

Addressing a client’s need for eco-friendly phone cases in fast-paced markets, we leveraged rapid mold manufacturing to cut production time by 40% while maintaining durability and sustainability. Precision tooling ensured structural integrity, and environmentally conscious plastic materials met strict environmental standards—all within small-batch budgets. This streamlined solution enabled cost-effective customization for niche product lines.

Hamster Exercise Wheel Kit

Hamster Exercise Wheel Kit

To address a client’s need for an affordable hamster exercise wheel kit, we implemented a dual-mold strategy using one mold for transparent PP (running wheel) and yellow ABS (running wheel enclosure, brackets, and food bowl). Advanced mold integration reduced tooling costs by 30% by consolidating all yellow components into a single mold, while precision alignment ensured secure snap-fit assembly for scalable, durable kits with consistent color and structural integrity.