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Food Product Development | Can Strainer for Tuna Press | LA NPDT

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Food Product Development | Can Strainer for Tuna Press | LA NPDT

Project snapshot

A tool to improve the convenience and the speed of the process of tuna water drainage through food product development.

The LA New Product Development Team delivered Food Product Development | Can Strainer for Tuna Press | LA NPDT. The work sits in our food & beverage experience, where we take an idea from concept through design, prototyping and manufacturing readiness.

The client

Richard Todd Slavant, an inventor and an entrepreneur.

The challenge

Can Strainer for Tuna Press - Website Design by LA NPDT
The first challenge was to improve the convenience and the speed of the process of tuna water drainage through food product development.
The second challenge was creating an appealing and responsive website about the product, the main goal of the website was to capture and increase sales.

Our solution

The previous approach to draining water from canned tuna included cutting out the bottom of the can, flipping it upside down, and allowing it to stay inside a tuna press machine for about 40 minutes. The process was not time-efficient and often didn’t result in the desired level of tuna dryness.
We kept the general procedure of tuna pressing the same but worked on the improvement of the container. We introduced evenly spaced hexagonal holes, a removable bottom, a handle, and some other features for increasing the convenience using the cup. After creating the first concept we 3D printed it and tested its functionality.
Once we had the final prototype working, we started to create an elegant website aimed to increase the knowledge on the Tuna Strainer for the NEMCO 55800 Easy Tuna Press, with a solid set of visuals and e-commerce included, all what is needed these days to increase awareness and sales of the product.

The result

Through brainstorming and iteration of food product development and prototyping the team converted an idea into a 100% functional prototype. Our food innovation and product design allowed our client to file a provisional patent application and to start the marketing and the fundraising campaigns for the product.
For pre-order info contact LA NPDT or email tslavant@gmail.com
Can Strainer for Tuna Press - Website Design by LA NPDT
Can Strainer for Tuna Press - Website Design by LA NPDT
Can Strainer for Tuna Press - Product Design and Prototyping by LA NPDT
Can Strainer for Tuna Press - Product Design and Prototyping by LA NPDT
Can Strainer for Tuna Press - Product Design and Prototyping by LA NPDT
Can Strainer for Tuna Press - Product Design and Prototyping by LA NPDT

Food product development at a glance

IndustryFood and beverage
ScopeProduct concept, packaging design, equipment and process, branding
ConstraintsFood-contact materials, shelf life, cleaning, cost per unit
Typical timeline3-8 months to a shelf-ready product

What food product development involves

Getting a food product to market is rarely just the recipe. Someone has to design the container, choose materials that are food-safe and survive the supply chain, work out how the product is filled and sealed at volume, and make packaging that earns a spot on the shelf.

Where we help

  • Packaging structure and closure design, prototyped and tested
  • Food-contact material selection and cleanability
  • Custom equipment and automation for filling, forming or dispensing
  • Branding, label layout and retail-ready renderings
  • Cost engineering against a target shelf price

Frequently asked questions

Do you do recipe formulation?

No - formulation belongs with a food scientist. We handle the product, packaging, equipment and industrial design around it.

How much does food packaging development cost?

Structural packaging design typically runs $8,000-$35,000, depending on how custom the container and closure are.

Can you design the machine that makes it?

Yes - custom food-processing and vending equipment is one of our specialities.

Capabilities used on this project

  • Rapid prototyping services

    3D printing, CNC machining, urethane casting and functional prototype builds with published materials, tolerances and lead times.

  • Concept design

    Sketch exploration, form studies and CAD concepts that turn an idea into a buildable direction.

  • Low-volume manufacturing

    Bridge tooling, short-run production and supplier management for first commercial batches.

Industries this project belongs to

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