Manufacturing

Manufacturing

FROM PROTOTYPE
TO PRODUCTION.

You have the prototype. We help you take it to production.

Manufacturing Services

Turn Your Prototype Into a Product Ready for Production

A working prototype proves your idea works. The next challenge is making sure it can be manufactured reliably, efficiently, and at the right cost.

At Let’s Prototype, we help inventors, startups, and companies move from a validated prototype to production.

We optimize your product for manufacturing, define the right production processes, prepare the technical documentation, coordinate suppliers and manufacturing partners, and support the transition into production.

You have the prototype. We help you take it to production.

Talk to a Manufacturing Expert

From Prototype to Production

Manufacturing is not simply about producing more copies of your prototype.

A prototype is built to prove functionality. A production-ready product must also be designed around manufacturing methods, assembly, materials, tolerances, components, tooling, quality, cost, and production volume.

Before committing to production, we analyze your product and determine what needs to change to manufacture it efficiently and consistently.
The objective is clear:

Reduce manufacturing risk before investing in production.

Our Manufacturing Services

Design for Manufacturing

We optimize your existing design for the manufacturing processes that will be used to produce it.
This can include:
  • Design for Manufacturing (DFM)
  • Design for Assembly (DFA)
  • Mechanical design optimization
  • Material selection
  • Component optimization
  • Manufacturing tolerances
  • CAD optimization
  • Technical drawings
  • Bill of Materials (BOM)
  • Production cost analysis

    • The goal is to preserve what makes your product work while making it simpler, more reliable, and more cost-effective to manufacture.

    Manufacturing Process Selection

    Different products require different manufacturing methods.
    We evaluate your product geometry, materials, tolerances, expected production volume, finish, and target cost to determine the most appropriate production processes.
    Depending on the project, these may include:
  • Injection molding
  • CNC machining
  • Sheet metal fabrication
  • Metal stamping
  • Casting
  • Laser cutting
  • Additive manufacturing
  • Custom fabrication
  • Surface finishing
    • We don’t force your product into a particular manufacturing process.

    We identify the process that makes sense for your product.

    Electronics Manufacturing

    For connected and electronic products, manufacturing requires more than producing an enclosure.
    We help prepare the complete electronic system for production.
    This can include:
  • PCB optimization
  • PCB manufacturing
  • PCB assembly
  • Electronic component sourcing
  • Production component selection
  • Wiring and connector definition
  • Firmware integration
  • Electronic testing
  • Hardware integration
    • Our mechanical and electronics teams work together so that the enclosure, components, PCB, wiring, firmware, and assembly process are considered as one product.

    Tooling & Production Preparation

    Moving from prototype manufacturing to industrial production may require dedicated tooling.
    Depending on the product, this can include:
  • Injection molds
  • Dies
  • Fixtures
  • Assembly jigs
  • Testing fixtures
  • Custom production tools

    • We help determine what tooling is necessary, when it is necessary, and whether the expected production volume justifies the investment.

    This is particularly important because tooling decisions made too early can create expensive changes later.

    Supplier & Component Sourcing

    A production-ready product depends on a reliable supply chain.
    We help identify and coordinate the manufacturers, components, materials, and specialized suppliers required to produce your product.
    Our evaluation considers:
  • Manufacturing capability
  • Component availability
  • Quality
  • Cost
  • Minimum order quantities
  • Lead times
  • Scalability
    • The objective is to create a manufacturing strategy that works not only technically, but commercially.

    Pre-Production Before Mass Production

    Before committing to larger manufacturing volumes, we recommend validating the production-ready design through a pre-production or pilot run when appropriate.

    This allows us to identify issues related to:
  • Manufacturing
  • Assembly
  • Materials
  • Components
  • Tolerances
  • Product performance
  • User interaction
  • Quality control
    • Problems discovered at this stage are generally much easier and less expensive to correct than after tooling and mass production have begun.

    Test first. Optimize. Then scale.

    Learn About Pre-Production

    Quality Control & Production Validation

    Producing one successful unit is not enough.

    A manufacturing process must be capable of producing the product consistently and according to specification.

    Depending on the project, we help define:
  • Manufacturing specifications
  • Inspection criteria
  • Assembly procedures
  • Functional testing
  • Quality-control checkpoints
  • Production validation procedures
    • The objective is to establish clear standards that can be repeated throughout production.

    Our Path From Prototype to Manufacturing

    01 - Review

    We analyze your existing prototype, CAD files, electronics, technical documentation, components, materials, and functional requirements.

    02 - Optimize

    We adapt the product for manufacturing and assembly, identify potential production risks, and optimize the design where necessary.

    03 - Prepare

    We define manufacturing processes, materials, components, suppliers, tooling, technical documentation, and quality requirements.

    04 - Validate

    When appropriate, we manufacture a pre-production or pilot series to validate the product and production process.

    05 - Manufacture

    Once the product and manufacturing strategy are validated, we coordinate the transition into industrial production.

    Prototype vs. Pre-Production vs. Manufacturing

    Prototype

    Does the product work?

    The prototype demonstrates the technical and functional feasibility of your product.

    Pre-Production

    Can we reproduce it successfully?

    A limited number of units are manufactured to test the product, users, assembly, components, and production strategy before making a larger investment.

    Manufacturing

    Can we produce it efficiently and consistently?

    The product is optimized for industrial processes, suppliers, tooling, quality requirements, cost, and production volume.

    Already Have a Prototype?

    You don’t need to have developed your prototype with Let’s Prototype to work with us on manufacturing.
    If you already have:
  • A functional prototype
  • CAD files
  • Technical drawings
  • PCB designs
  • A Bill of Materials
  • Patent documentation
  • Existing production samples
    • our engineering team can review what you have and determine what is still required to prepare the product for production.

    We can start from where your project is today.

    Review My Product

    Why Let’s Prototype?

    Engineering Comes Before Manufacturing

    Choosing a factory is not the first manufacturing decision.

    Before production begins, someone needs to determine how the product should be manufactured.

    That requires understanding the engineering behind the product.
    Let’s Prototype combines:

    Product Design + Mechanical Engineering + Electronics + Prototyping + Pre-Production + Manufacturing

    Because we understand how products are designed, engineered, tested, and prototyped, we can help make better decisions when those products move into production.

    Turn Your Prototype Into a Product Ready for Production

    Tell Us about your Project