DEVELOPMENT PROCESS
PROJECT MANAGEMENT
Product Positioning Milestone Creation Creative Brief Allocate Resources Establish Deadlines Product to Market Timing and Release
MARKET RESEARCH
Target Markets Contextual Inquiry Data Collection Discovery Opportunities
INDUSTRIAL DESIGN
Design Refinement
Conceptual Study
Ergonomics
Realistic Rendering
Packaging Design
Graphic Design
Animation
MECHANICAL ENGINEERING
Material Selection
CAD Modeling
Assembly Design
Design Manufacturing
Bill of Materials Finite
Element Analysis
ELECTRICAL ENGINEERING
PCB Design
System Control
Signal Processing
PROTOTYPING
CNC
FDM
SLS / SLA Modeling
RTV / Silicone Tooling
Thermoforming
Soft Tool Over-Molding
Fiberglass & Carbon Fiber Forming
MANUFACTURING SUPPORT
Local Suppliers
Global Supplier
MANUFACTURING
Tooling
Plastic Injection
Sheet metal Forming
Metal Extrusion
In-house Production
In-house Assembly
3rd Party Production
PATENTING SERVICES
Consultation
Evaluation
QUALITY SYSTEMS
UL
FDA
FCC
ISO
EMC
CE
Six Sigma
MARKETING SERVICES
Packaging Design
Service Design
Advertisement
Campaign
We are dedicated professionals offering inventors the patent information they need throughout the development process – from invention documentation and patent searches to analysis of market potential, and invention marketing to suitable manufacturers. We assist not only inventors, but manufacturers as well.
Compared to other professional ergonomic consulting firms, we have a long history of producing actionable solutions to complex ergonomic problems for both hardware and software related problems.
After the research stage, we start our conceptual work given our clear assessment of the fundamentals of the project’s technical requirements. Utilizing everything from old-school pencils and markers to high-end digital touch-pads, we create sketches using state-of-the-art Wacom Tablets, brainstorming and free-associating to create as many sketches as needed internally until presenting to the client the best and final concepts.
If necessary to perfect the ergonomic design of a product, ensuring optimal human interaction with the emerging equipment, 123 Designs animation experts can render moving graphics to enhance a product’s industrial design. Animation can include full audio-visual effects for demonstrations including fly-throughs and turntable layouts.
Mechanical engineering from simple mechanisms to cross field electro-mechanical design our team approaches the solution by solving the problem on a multi-level basis. All departments, ME, EE and SW work together on a parametric basis making sure tolerances are met.
Just like the other fields, our electrical engineering team has to design the circuit boards to match mechanical structure (inner surface) to meet the users requirements (outer surface) yet making sure we fit into an enclosure.
As a product develops, technology does as well. Today there are over 10 billion devices that are connected globally. We expect this number to go up to 50 billion within 2 years. This equates to 8 devices per person. Our software team makes sure we setup these needs as well as delivering quick and responsive apps for Desktop, iOS or Android platforms.
With our in-house FDM, CNC, SLA, RTV/Silicone tooling to thermo forming, we use every possible facet and material that we can get our hands on. Whether it is a mockup for ergnomics analysis or a show quality product, we believe that creating a prototype is like creating that perfect sculpture.
Using the best equipment prototype makers and companies use, our Stratasys UPrint, we can create practically anything out of ABS material. This is a layered filament based process. Basically you have a continuous plastic ABS line that is injected out of a nozzle. On lower volumes these parts are great for first article prototypes.
We believe that with today's technology in injection molding we are able to turn-key almost anything. Regardless of the structure the technology creates many options to design the products to the users demands. From multi-core tooling to using existing mold bases we believe anything can be created for any budget.
Our in-house production services the industry from inventors to fortune 50 companies.
Using the best equipment prototype makers and companies use, our Stratasys UPrint, we can create practically anything out of ABS material. This is a layered filament based process. Basically you have a continuous plastic ABS line that is injected out of a nozzle. On lower volumes these parts are great for first article prototypes.
Using the best equipment prototype makers and companies use, our Stratasys UPrint, we can create practically anything out of ABS material. This is a layered filament based process. Basically you have a continuous plastic ABS line that is injected out of a nozzle. On lower volumes these parts are great for first article prototypes.
Using the best equipment prototype makers and companies use, our Stratasys UPrint, we can create practically anything out of ABS material. This is a layered filament based process. Basically you have a continuous plastic ABS line that is injected out of a nozzle. On lower volumes these parts are great for first article prototypes.
Using the best equipment prototype makers and companies use, our Stratasys UPrint, we can create practically anything out of ABS material. This is a layered filament based process. Basically you have a continuous plastic ABS line that is injected out of a nozzle. On lower volumes these parts are great for first article prototypes.
Using the best equipment prototype makers and companies use, our Stratasys UPrint, we can create practically anything out of ABS material. This is a layered filament based process. Basically you have a continuous plastic ABS line that is injected out of a nozzle. On lower volumes these parts are great for first article prototypes.
Using the best equipment prototype makers and companies use, our Stratasys UPrint, we can create practically anything out of ABS material. This is a layered filament based process. Basically you have a continuous plastic ABS line that is injected out of a nozzle. On lower volumes these parts are great for first article prototypes.
Using the best equipment prototype makers and companies use, our Stratasys UPrint, we can create practically anything out of ABS material. This is a layered filament based process. Basically you have a continuous plastic ABS line that is injected out of a nozzle. On lower volumes these parts are great for first article prototypes.
Using the best equipment prototype makers and companies use, our Stratasys UPrint, we can create practically anything out of ABS material. This is a layered filament based process. Basically you have a continuous plastic ABS line that is injected out of a nozzle. On lower volumes these parts are great for first article prototypes.
Using the best equipment prototype makers and companies use, our Stratasys UPrint, we can create practically anything out of ABS material. This is a layered filament based process. Basically you have a continuous plastic ABS line that is injected out of a nozzle. On lower volumes these parts are great for first article prototypes.
The Ultimate Exit Strategy:
Precisely what does it mean to define your product’s exit strategy? Well, when thinking about the conclusion from the product’s existence on the market, think about the concepts of product existence cycle management as well as the four phases from the product’s existence cycle.
