Two-wheel products
Explore rider-facing information or road-level cues within a vehicle or accessory concept.
Discuss: intended surface · mounting · rider context
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Bring projection into
OEM & MODULES
Bring projection into
your next product.
For brands, manufacturers and integration teams considering MEMS-LBS projection. Start with your application and constraints; the solution scope is confirmed through project evaluation.
APPLICATION FIT
Start with where projection belongs.
The operating environment, mounting position and intended content determine what should be evaluated next.
Lighting & clusters
Evaluate projection alongside an existing lighting or display architecture.
Discuss: power · control · content · safety roleCompact applications
Bring a defined use case to the team for an initial feasibility conversation.
Discuss: environment · size · operating conditionsTECHNOLOGY FOUNDATION
Built on Ainstec’s MEMS optical platform.
Ainstec brings together MEMS micromirrors, optical design, control electronics and module engineering. This technology base informs how we evaluate each projection integration.
Explore the team and technology
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INTEGRATION SCOPE
Define the system boundary together.
A module discussion is more useful when the product owner, interfaces and validation responsibilities are clear.
01Optical approachProjection goal and image path
02Control & contentInputs and operating logic
03Host productMechanical, power and environment
Available scope
Relevant projection approach, available module options and reference information are reviewed for the specific project.
Host product
Share the product architecture, installation position, intended market and system requirements.
Feasibility
Review interfaces, optical path, thermal conditions, environmental exposure and validation ownership.
ENGINEERING CHECK
Check the fit before specifying a module.
Published dimensions, interfaces, power requirements and test conditions must match the module version. Request the applicable information during project review.
Information to prepare
- Target product and intended market
- Projection surface, distance and ambient light
- Available space, power and host interfaces
- Operating environment and validation needs
- Project stage, target volume and timing
EVIDENCE & LIMITS
Use evidence for the exact configuration.
Technical specifications, test reports and compliance documents must identify the component or product version, test conditions and applicable market. A finished-device result should not be assumed to cover a new OEM integration.
Projection suitability depends on the viewing environment and system design. It does not replace required vehicle lighting or the customer's product-level validation.
Request relevant documentationDELIVERY CAPABILITY
From module engineering to a defined delivery plan.
Ainstec’s pilot production work supports module development and production planning. For each OEM project, sample scope, validation responsibilities and timing are defined together.
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PROJECT FLOW
From concept to a defined plan.
- 01
Share the use case
Describe your product, environment and intended projection.
- 02
Review feasibility
Discuss architecture, constraints and available information.
- 03
Validate the fit
Agree on samples, tests and responsibilities if the concept proceeds.
- 04
Plan the project
Define technical and commercial next steps with the right scope.
START A CONVERSATION
Tell us how you plan to use projection.
Describe your intended product, use case and operating environment. We’ll use this to identify the right technical follow-up.
No drawings or confidential documents are needed at this stage.