Validated Performance Across Hundreds of Products
Our testing methodology has helped manufacturers identify potential failures, achieve regulatory compliance, and deliver arcade hardware that performs reliably in real-world conditions.
Explore Our ServicesTesting Outcomes That Matter
Our comprehensive testing approach delivers measurable improvements across multiple dimensions of hardware performance and reliability.
Reliability Validation
Comprehensive durability testing that simulates extended operation, identifying potential failure points before products reach the market.
Typical outcome: Hardware reliability improvements ranging from 15% to 40% after implementing test recommendations.
Compliance Achievement
Safety and regulatory testing that validates your hardware meets international standards for worldwide distribution.
Typical outcome: Streamlined certification process with documentation supporting regulatory approval in multiple markets.
Cost Reduction
Early identification of design issues reduces expensive field failures, warranty claims, and emergency engineering changes.
Typical outcome: Reduced post-launch warranty costs through proactive issue identification during testing phase.
Testing Performance Metrics
Data from our testing programs demonstrates consistent improvements in hardware quality and manufacturer confidence.
Products Tested
Comprehensive validation across diverse arcade hardware categories since 2010.
Pass Rate
Products meeting all test criteria on initial evaluation, with others passing after recommended modifications.
Avg. Improvement
Average reliability improvement after implementing test recommendations in product design.
Client Satisfaction
Manufacturers reporting our testing improved their product quality and market confidence.
Testing Application Examples
How our methodology identifies and resolves hardware challenges across different arcade product categories.
Racing Cabinet Control Validation
Hardware Compatibility Testing
Challenge Identified
Racing cabinet manufacturer experienced intermittent steering wheel sensor failures after 3-6 months of operation. Initial testing showed sensors met specifications, but field data indicated reliability issues under sustained high-frequency use patterns typical of arcade environments.
Testing Approach Applied
Implemented accelerated compatibility testing protocol simulating 18 months of peak-usage operation over 14 days. Testing included temperature cycling, vibration stress, and continuous operation patterns. Sensors were evaluated across three different manufacturer variants to identify performance differences.
Outcome Achieved
Testing revealed specific sensor variant demonstrated 40% faster degradation under sustained use. Manufacturer switched to alternative sensor with superior durability characteristics. Post-launch field data showed 85% reduction in steering-related service calls over following 12 months.
Button Durability Enhancement
Durability Testing Services
Challenge Identified
Fighting game cabinet buttons showed premature wear in high-traffic locations, with some buttons failing responsiveness tests after equivalent of 8 months operation. Manufacturer needed data to support button redesign without expensive trial-and-error field testing.
Testing Approach Applied
Conducted lifecycle testing on both current and redesigned button assemblies using automated actuation systems. Testing simulated 3 million button presses over concentrated period, measuring response consistency, actuation force changes, and structural integrity throughout test cycle.
Outcome Achieved
Data validated redesigned button assembly maintained consistent performance through complete test cycle, while original design showed 25% degradation in response characteristics after equivalent 6 months. Manufacturer proceeded with redesign, resulting in 60% reduction in button-related service requests.
Power Supply Compliance Verification
Safety Compliance Testing
Challenge Identified
New cabinet design required regulatory approval for European market distribution. Manufacturer needed comprehensive safety validation documentation but lacked in-house testing capabilities to generate required certification evidence.
Testing Approach Applied
Performed complete electrical safety evaluation including ground continuity, insulation resistance, leakage current measurement, and power supply stress testing. All testing conducted according to IEC 60950 standards with comprehensive documentation of test methods and results.
Outcome Achieved
Testing identified minor grounding issue that would have prevented certification. Issue was corrected and retesting validated compliance. Documentation package supported successful CE marking application, enabling European market entry within planned timeline.
Testing Process Progression
Understanding what to expect as your product moves through our comprehensive testing protocols.
Initial Evaluation Phase (Week 1)
Product arrival, documentation review, and preliminary assessment. We develop customized testing protocols based on your hardware specifications and intended use environment.
What you receive: Initial assessment report identifying testing approach and timeline estimates.
Active Testing Phase (Weeks 2-4)
Comprehensive testing protocols underway across all required categories. Regular progress updates keep you informed about preliminary findings and any immediate concerns requiring attention.
What you receive: Weekly status updates and preliminary observations about hardware performance patterns.
Data Analysis Phase (Week 5)
Comprehensive analysis of all test data, identification of performance patterns, and development of detailed findings. We correlate results across different test categories to identify systemic issues.
What you receive: Draft findings review session to discuss preliminary results and recommendations.
Final Reporting Phase (Week 6)
Comprehensive test report preparation including all data, analysis, recommendations, and certification documentation. Final review session ensures you understand all findings and recommendations.
What you receive: Complete test documentation package and consultation on implementing recommendations.
Long-Term Value Beyond Initial Testing
Our testing creates lasting benefits that extend well beyond the immediate validation process.
Design Knowledge Base
Testing data becomes valuable reference for future product development. Understanding how different components and designs perform under stress informs better engineering decisions across your product line.
Supplier Relationships
Objective testing data strengthens discussions with component suppliers. Performance validation helps negotiate better terms and ensures consistent quality across component batches.
Market Confidence
Comprehensive testing documentation supports sales conversations and builds confidence with distributors and location operators who value evidence-based quality claims.
Warranty Cost Control
Early identification of potential issues reduces expensive warranty claims and field service requirements, protecting both reputation and bottom line.
Why Test Results Remain Relevant
Standardized Protocols
Our testing methods align with industry standards and regulatory requirements that remain consistent over time. Results maintain relevance as they're based on established measurement criteria.
Comprehensive Documentation
Detailed test reports provide permanent record of hardware capabilities and performance characteristics. Documentation supports regulatory submissions and quality claims years after initial testing.
Engineering Insights
Testing reveals fundamental performance characteristics that inform ongoing product development. Understanding how components behave under stress guides design decisions across multiple product generations.
Ongoing Support
Our team remains available to discuss test results and their implications as your product evolves. Questions about test data or methodology can be addressed throughout your product's lifecycle.
Building on Testing Success
Over fifteen years of arcade hardware testing, we've developed deep understanding of what makes products succeed in commercial environments. Our testing methodology continues evolving as we incorporate new measurement techniques and expand our validation capabilities.
Manufacturers who establish ongoing relationships with our testing facility benefit from accumulated knowledge about their product lines. We understand your design philosophy, recognize your engineering constraints, and can provide increasingly valuable insights as we test subsequent products.
The most successful manufacturers view testing not as one-time validation but as essential component of their quality assurance strategy. Regular testing helps maintain consistent quality standards, validates component changes, and provides objective evidence of continuous improvement.