Primos Can Grip Rings

This is where everything started

PORTFOLIO

3/2/20236 dəqiqə oxu

Design Brief

Project Goal: Our project objective is to design a durable rubber grip enhancement for the Primos Original, Long, and Big Can deer calls, ensuring hunters' secure hold on the product even when wearing gloves in cold weather conditions. This rubber grip will provide an ergonomic, non-slip surface, seamlessly integrating with the existing product's design without compromising its functionality. Thorough research, prototyping, and testing will be conducted to guarantee the rubber grip's effectiveness in addressing the slipping issue while hunting, thereby enhancing the overall user experience.

Where everything Started

The Primos Original CAN with Grip Rings is a popular deer call used by hunters to mimic the sound of a doe (female deer) in estrus (the mating period). Primos Hunting, a well-known company specializing in hunting accessories and calls, produces this product.

Target Audience

Hunters and outdoor enthusiasts who use the Primos Original, Long and Big Can deer calls.
Individuals who hunt in cold weather conditions where wearing gloves is necessary.

Product Features

The Primos Original CAN with Grip Rings is designed with a key product feature to enhance grip and prevent slipping during use. The grip rings are a notable addition to the original CAN design, specifically addressing the issue of maintaining a secure hold, especially in adverse conditions such as cold weather when hunters might be wearing gloves. These grip rings provide a textured and tactile surface on the can, allowing users to maintain a firm and non-slip grip even when their hands are wet or gloved. This feature ensures that hunters can effectively and confidently operate the deer call without the risk of accidental slips, ultimately improving the hunting experience and increasing the product's usability in various outdoor conditions.

3D CAD Design

Using SolidWorks to design the grip rings for the Primos Original CAN is an excellent choice. SolidWorks is a powerful computer-aided design (CAD) software widely used in various industries, including product design and manufacturing. Its robust tools and features make it suitable for creating detailed and precise 3D designs.

Product Prototyping

We offer a comprehensive range of 3D prototyping services. As showcased below, (Top if you viewing on mobile) we've achieved success in 3D printing molds and experimented with various epoxy ratios to achieve different thicknesses and flexibilities. It's important to note that we didn't 3D print the final product itself; instead, we 3D printed molds to shape the product using the desired materials. We refer to this as the "art of molding," which represents a holistic and versatile approach to product development.

Final Production Model

Upon completing the entire design process, including 3D drawings, prototyping, and receiving the client's final approval, we move forward to the crucial phase of creating the Final Production Model. This stage involves collaborating with carefully selected manufacturers who possess the expertise and precision needed for tooling. The choice of manufacturer is pivotal, as they employ high-quality tools and advanced techniques to ensure the production process meets the highest standards.

By partnering with reputable manufacturers, we proactively address any potential production issues, detecting and rectifying them at an early stage. This commitment to quality control guarantees that the final product adheres to the exact design specifications and offers the level of excellence that both we and our clients expect. Through meticulous attention to detail and a collaborative approach, we ensure that the journey from concept to the Final Production Model is characterized by precision, quality, and successful execution.

Sales & Distribution

Following the successful creation of the Final Production Model, the next phase involves global distribution. Indeed, distributing a well-designed, high-quality product worldwide becomes an advantageous endeavor. Vendors and distributors are naturally inclined to embrace products that possess superior design and quality attributes, as these factors significantly enhance the overall appeal and value of the product.

The reputation of a meticulously designed and top-quality product speaks for itself, facilitating the distribution process. Vendors are more enthusiastic about showcasing and selling products that resonate with consumers' preferences, ensuring customer satisfaction and repeat business. The combination of exceptional design, quality, and functionality creates a competitive edge that appeals to a broad range of markets and regions.

Ultimately, the collaborative efforts invested in crafting an outstanding product, from concept to distribution, culminate in a global journey marked by efficiency, customer satisfaction, and a favorable market reception.

Reviews

Certainly, customer reviews play a significant role in shaping purchasing decisions.

1. Amazon Review (4.4 STARS)

2. Ebay (4.8 STARS)

These reviews offer valuable insights from real users, providing a well-rounded understanding of the product's performance, features, and overall satisfaction.

Where Can You Buy

1. Amazon

2. Outdoor Shopping

3. Gun Winner

4. Walmart

3D Printing

3D printing mini molds for prototyping the grip rings on the Primos Original CAN is an innovative and practical way to test and refine the design before moving on to the production phase. By using 3D-printed molds, you can experiment with various materials that mimic rubber's flexibility and tactile feel, allowing you to assess the optimal material for the final grip rings. This method saves time and resources and lets you quickly iterate and fine-tune the design based on real-world testing, ensuring that the grip rings will perform effectively in the field and provide the desired user experience. It's a valuable step in the product development process that helps minimize potential issues and enhances the overall quality of the final product.

During our testing, we tried different mold designs, as seen with the mold on the left (Bottom if you viewing on mobile) being slightly different from the one on top. We focused on engineering the mini mold to remove air when we put things together. We poured an epoxy mix into the mold and pressed the top and bottom parts tightly, making sure there were as few air bubbles as possible left inside. This step was essential to ensure the accuracy and quality of our final product.

On the right, (Bottom if you viewing on mobile) you might notice a hole near the center of the part, which is actually an air bubble. After identifying where most of the air was getting trapped, we made adjustments to the mold and created a new one using 3D printing.

In the new 3D-printed mini mold, as depicted on the left, (Bottom if you viewing on mobile) you'll notice small holes near the center. These holes are intentional and serve the purpose of releasing trapped air when the epoxy mix is poured into the mold. Although some epoxy mix may escape through these holes, it's a straightforward process for us to sand them down.