IK10 Touch Screens for Kiosks, EV Chargers & Public Terminals
Custom PCAP touch solutions for public systems requiring impact-resistant front integration and OEM deployment support.
Custom IK10 Touch Screens for Kiosks, EV Chargers & Public Devices
We design and manufacture custom IK10-oriented PCAP touch screens for kiosks, EV charging systems, ticketing terminals, and other unattended public devices exposed to elevated impact risk.
Most IK10 projects require coordination between cover glass structure, mounting method, enclosure rigidity, and long-term field deployment conditions.
In unattended public systems, front damage can lead to downtime, field service dispatch, and replacement cost — especially in outdoor or high-traffic installations.
Scope note: Formal IK performance depends on the assembled front structure and should be evaluated at the system level under the applicable test method.
- Custom cover glass and PCAP sensor structures
- Optical bonding and enclosure integration support
- OEM / ODM support for long-term industrial programs
Do You Actually Need IK10?
A quick fit check helps match the impact target to the actual deployment risk.
IK10 is usually considered when:
- Unattended public device such as a kiosk or terminal
- High-traffic installation with direct front access
- Intentional impact or vandal exposure is realistic
- Downtime or field service access is costly
A lower IK target may be enough when:
- The device is used in a supervised environment
- The main risk is accidental impact
- The front structure is recessed or protected
- Maintenance and replacement are manageable
IK10 should not be treated as:
- A scratch or surface hardness rating
- A panel-only guarantee without enclosure design
- A substitute for system-level validation
- A replacement for deployment risk review
In public installations, the right IK target should be reviewed together with enclosure structure, service access, and expected impact exposure.
What Does IK10 Mean?
IK is a mechanical impact protection rating defined in IEC/EN 62262. For touch screen projects, IK10 is commonly used as a reference level for public-facing equipment exposed to elevated impact risk.
Mechanical impact classification under IEC/EN 62262
IK10 is typically considered for unattended public systems such as kiosks, EV charging stations, ticketing terminals, and outdoor payment devices, where intentional front impact may occur and service access can be limited.
Common deployments: EV charging stations · self-service kiosks · ticketing terminals · outdoor payment kiosks · access control terminals
IK10 Scope Clarification
- IK10 is not a scratch or surface hardness rating. Surface hardness and impact resistance are evaluated under different standards and test methods.
- IK10 does not describe optical performance. Brightness, coating, bonding, and touch response need to be specified separately.
- IK10 should not be treated as a panel-only guarantee. For touch systems, the meaningful result depends on the assembled front structure.
For OEM projects, enclosure rigidity, edge support, mounting tolerance, and front sealing strategy can all influence the final impact behavior.
For full classification levels and simplified reference values, see IK rating reference →
What Actually Determines IK10 Performance?
IK10 defines impact energy, but real-world performance depends on how the front structure is designed and integrated.
Edge Support & Frame Constraint
Glass support method, clamping strategy, and recessed installation all influence impact behavior.
Bonding Method
Adhesive structure, bonding coverage, and air-gap conditions affect stress transfer during impact.
Enclosure Rigidity
The enclosure structure helps distribute impact energy across the assembled front system.
Installation Tolerance
Mounting clearance, bezel pressure, and gasket compression can influence field durability.
Formal IK verification should be performed on the assembled front structure under the applicable test method.
What We Usually Need to Start
Most IK10 projects can begin with incomplete information. Early discussion is often enough to evaluate feasibility and structural direction.
1) Enclosure Concept
A simple photo, sketch, or enclosure reference is usually enough to begin discussion around front structure and support conditions.
2) Approximate Touch Size
An estimated diagonal size or visible area is typically sufficient during the early review stage.
3) Deployment Environment
Indoor/outdoor use, public exposure, glove operation, or wet-use conditions can influence the front structure approach.
4) Expected Impact Scenario
Information about possible front or edge impact exposure helps define the appropriate IK design direction.
If the final IK target is not yet defined, the deployment environment and front structure are usually reviewed first before determining the appropriate impact level.
From Structure Review to Sample Planning
After the enclosure concept and impact scenario are understood, the project can move toward structure direction, validation planning, and sample preparation.
Structure Direction
Cover glass structure, edge support, bonding approach, and enclosure constraints are reviewed together.
front assembly · support method · integration risk
Validation Planning
Impact target, system-level verification needs, and deployment risks are aligned before sampling.
IK target · test method · deployment condition
Sample & RFQ Alignment
Once the structure direction is clear, sample planning, specification alignment, and RFQ scope can be prepared.
sample plan · specification · quotation scope
This stage is intended to reduce structural uncertainty before sample investment or formal quotation.
IK10 Touch Screen Capability Scope
Custom IK10-oriented PCAP touch screens are configured according to enclosure structure, deployment environment, and project-level validation requirements.
10.1″–65″
Custom PCAP touch sizes
Project-Defined Structure
Cover glass and support method
Optical Bonding
Configuration-dependent integration
Indoor / Outdoor
Deployment-oriented configuration
AG / AF Surface Treatment
Application-dependent surface options
EMI / ESD Consideration
Defined during engineering review
Final structure direction is typically aligned against enclosure rigidity, mounting method, touch performance requirements, and deployment conditions.
Examples of IK10-oriented touch screen structures, optical bonding, and project-level integration configurations.
IK Rating Reference for Public Systems
IK08–IK10 are commonly considered for public-facing equipment exposed to elevated impact risk.
View IK Rating Reference Table
| IK Code | Impact Energy | Typical Context |
|---|---|---|
| IK06 | 1 J | Light industrial or controlled-use equipment |
| IK07 | 2 J | Controlled public use with limited impact exposure |
| IK08 | 5 J | Public terminals with moderate impact risk |
| IK09 | 10 J | Outdoor or self-service equipment with higher exposure |
| IK10 | 20 J | High-exposure public systems such as kiosks, EV chargers, and outdoor terminals |
Cover Glass & Structure Notes
- Cover glass thickness and structure depend on enclosure rigidity, support conditions, bonding method, and deployment risk.
- IK performance should be reviewed together with the assembled front structure, not the glass layer alone.
- Formal IK verification should be performed on the assembled front structure under the applicable test method.
Reference values are simplified for early-stage discussion. Final requirements should be aligned with the applicable standard, test method, and deployment conditions.
Discuss Your Industrial HMI Project
Send us your application details and we will help check the right display, touch monitor, panel PC, or customization option for your equipment.