How It All Started
STAND+'s journey began when the founder, Rob Gregg, initially involved in a different industry, stumbled upon the idea of creating medical grade protective footwear. The vision was clear: to create unique, comfortable, and durable shoes specifically designed for healthcare professionals to keep the same and comfortable on the job.
Rob's inspiration to create a new brand of footwear initially for the healthcare field specifically came from observing the daily struggles of healthcare professionals. He realized that the long hours spent on their feet required shoes that offered superior comfort, support, and durability. This insight drove Rob to explore the possibilities of designing footwear that could meet these specific needs.
However, transforming this vision into reality was met with challenges. Initially, during prototyping phases, STAND+ could produce 3D prints that looked like shoes, but were rock solid and untestable/unwearable, minimizing their functional utility. Over time, they experimented with various materials, yet the prototypes remained akin to rubber bricks — far from the desired product.
"The problem was that we could make something that looked like our shoe designs, but they were rock solid and we couldn't wear test them." - Rob Gregg, Founder, CEO at STAND+
The Problem with Traditional Methods
The traditional prototyping process for STAND+ was not only laborious with long lead times, but also financially consuming. The original conventional approach to prototyping involved several critical steps and challenges:
- High Initial Investment: Each prototype required a significant capital investment in expensive molds. The cost of creating these molds can be prohibitively high, especially for startups or smaller companies. Each design iteration required a new mold, further driving up expenses.
- Risk of Flaws: Traditional prototyping methods come with a risk of flaws. Rectifying errors demanded additional time and financial resources, leading to significant delays and increased costs.
- Inefficiency: The traditional process involved multiple stages, each taking weeks to months, leading to significant delays in development and market entry.
- Limited Iterations: Due to high costs and time constraints, the number of iterations was often limited, stifling creativity and innovation.
The Makelab Solution with Inkbit's VCJ Technology and Soft Elastic 30A Material
STAND+ sought a more efficient, faster and cost-effective solution, leading them to work with Makelab. The collaboration provided two major benefits: advancements in the prototyping process and the use of innovative materials that bring the prototype closer to the final product.
1. Process Advancements
Makelab significantly sped up STAND+' development process by leveraging advanced additive manufacturing techniques and streamlined workflows. What previously took multiple months could now be achieved in about a week. This rapid turnaround was made possible through:
- Digital Design Integration: Makelab's integration of digital design tools allowed for quick modifications and iterations, reducing the time needed for each design cycle.
- Rapid Iteration Cycles: The use of 3D printing enabled multiple iterations of prototypes to be produced quickly without the need for expensive and time-consuming mold changes.
- Efficient Production Scheduling: Makelab's flexible production scheduling allowed for faster transition from design to prototype, minimizing downtime and accelerating the overall development timeline.
2. Material Advancements
Makelab introduced STAND+ to the innovative material Inkbit's Soft Elastic 30A, which provided the perfect balance of flexibility and durability, ideal for medical footwear. The Soft Elastic 30A material offered the necessary flexibility and resilience required for medical footwear, ensuring comfort and durability for end-users.
The prototyping costs were cut fivefold, allowing STAND+ to allocate resources to other critical areas such as marketing and research.
What Made Makelab Unique
What truly set Makelab apart was the ability to transform the traditional prototyping process into a more dynamic and responsive operation. By leveraging Inkbit's innovative technology and materials, Makelab provided STAND+ with high-quality, cost-effective, and rapidly produced prototypes. This ensured that STAND+ could meet market demands timely and efficiently, ultimately leading to a sustainable and scalable path to success in the medical footwear industry.
In summary:
- Cutting-Edge Technology: Makelab leveraged Inkbit's VCJ technology to provide high-quality prototypes rapidly.
- Custom Solutions: Makelab offered tailored solutions to meet the specific needs of STAND+, ensuring each prototype met exact specifications.
- Expertise and Support: Makelab's team provided expert guidance throughout the development process, from initial design to final prototype.
- Advanced Materials: Utilizing Inkbit's Soft Elastic 30A material, Makelab was able to create prototypes that were both flexible and durable, meeting the specific demands of medical footwear.
"We compacted 3-4 months of development time into about a week and cut costs fivefold." - Rob Gregg, Founder, CEO at STAND+
Rapid Prototyping Helps with Raising Funds
One of the significant benefits of working with Makelab was evident in STAND+'s fundraising efforts. STAND+ detailed how the ability to produce high-quality prototypes quickly and cost-effectively provided tangible product iterations to potential investors.
This capability allowed STAND+ to:
- Enhance Credibility: Showcasing functional and visually appealing prototypes boosted investor confidence.
- Facilitate Feedback: Investors could interact with the prototypes, providing valuable feedback that informed further development.
- Accelerate Funding: The rapid prototyping process helped STAND+ secure funding faster, fueling their growth and innovation in the medical footwear market.
Expansion Beyond Healthcare Footwear
STAND+'s innovative footwear quickly gained traction beyond the medical field due to its superior comfort, support, and durability. The initial success in the medical market demonstrated the potential of their products to a broader audience. Recognizing this opportunity, STAND+ decided to expand their product line to cater to anyone who spends a long time on their feet.
This strategic shift allowed STAND+ to reach a wider customer base, including professionals in various industries such as food & beverage, retail, hospitality, and education, as well as everyday consumers seeking comfortable and durable footwear for prolonged standing. The same principles that made STAND+'s original healthcare footwear line a success — innovative design, rapid prototyping, and advanced materials — now benefit a diverse range of customers, solidifying STAND+'s position as an innovator in comfortable non-slip safety shoes.
Conclusion
STAND+' work with Makelab exemplifies how innovative prototyping solutions can transform product development processes. By significantly reducing time and costs, and utilizing advanced materials like Inkbit's Soft Elastic 30A, they overcame traditional manufacturing hurdles and advanced their medical footwear designs more efficiently. This collaboration not only facilitated STAND+' growth but also provided a robust model for other companies looking to innovate rapidly and cost-effectively in the healthcare industry.
The success story of STAND+, Makelab, and Inkbit's technology serves as a powerful testament to the potential of rapid prototyping and advanced materials in driving business growth and operational efficiency in the medical footwear sector.
Are you ready to transform your product development process? Discover how Makelab can help you innovate quickly, reduce costs, and achieve market success. Contact Makelab today to learn more about our cutting-edge prototyping and manufacturing solutions.
