Vor-Ort Lösungen

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Umfassende EMV-Dienstleistung: Vom technischen PoC bis zur vollständigen Vor-Ort-Konformität

  • Schritt 1: Erleben Sie die Wirkung (Phase 2)
    Erleben Sie einen Teil von Unsere Methodik durch einen kostengünstigen Evaluierungsplan (PoC). Verifizieren Sie die dramatische Verbesserung zuerst auf Ihrer eigenen Hardware.
  • Schritt 2: Erreichen Sie den Erfolg vor Ort (Phase 3)
    Wir besuchen Ihre Entwicklungsstätte, um alle „radikalen Gegenmaßnahmen“ direkt vor Ort umzusetzen und eine schnelle EMC-Konformität (EMC Compliance) zu erreichen — und so ein unerschütterliches Datenfundament für die letzte Phase zu sichern.
  • Schritt 3: Maximieren Sie die Produktrentabilität
    In der finalen Phase führen wir basierend auf Ihren neu etablierten Design-Margen ein „De-tuning“ durch, bei dem redundante Komponenten identifiziert und entfernt werden, um Ihre BOM-Kosten zu minimieren und die Gesamtrentabilität (QCD) drastisch zu verbessern.

Einleitung

Unsere „Vor-Ort-Lösungen“ sind in drei systematische Phasen gegliedert, die darauf ausgelegt sind, die EMC-Konformität und Kostenoptimierung in kürzester Zeit zu erreichen.

Um eine nahtlose Zusammenarbeit zu gewährleisten, bieten wir vollständige Transparenz hinsichtlich des Leistungsumfangs, der Ergebnisse, der Honorarstrukturen und der Zahlungsmethoden für jeden einzelnen Prozess — von der ersten kostenlosen Beratung bis zur endgültigen Lösung vor Ort.

Da wir der Vertrauensbeziehung zu unseren Kunden höchste Priorität einräumen, treiben wir Projekte nach den folgenden Verfahren konsequent voran.

Phase 1: Pre-Assessment Meeting — Kostenlose EMV-Beratung

Bitte zögern Sie nicht, alles mit uns zu besprechen — von allgemeinen Fragen zu unseren Dienstleistungen bis hin zur Machbarkeit der Lösung Ihres spezifischen EMC-Problems.

1.1 Initial Contact & Pre-Meeting Setup — Erstkontakt & Vorbereitung

Anfrage:
Bitte kontaktieren Sie uns über das Kontaktformular.
Terminabstimmung:
Wir werden uns per E-Mail mit Ihnen in Verbindung setzen, um einen Termin für die Webkonferenz zu vereinbaren.
Vorbereitung:
Um ein produktives Gespräch zu gewährleisten, senden Sie uns bitte vor dem Meeting klare Fotos der Bestückungsseite (Top) und der Lötseite (Bottom) der Ziel-PCB per E-Mail zu.

1.2 Meeting Agenda & Scope Alignment — Agenda der Webkonferenz

Free Q&A

Wir werden alle Fragen oder Bedenken bezüglich unseres Prozesses klären.

Overview of actual „EMC Test Failures“

Wir werden die Produktübersicht und die Details Ihrer tatsächlichen EMC-Testfehlversuche überprüfen.

System Overview & PCB Configuration:
Erfassung von Lagenaufbau (Stack-up), externen E/A (I/O), Stromversorgungsmethoden, Vorhandensein von Isolationsschaltungen und dem Umfang der Firmware-Steuerung.

Target Market Launch Date:
Bestätigung des Projektzeitplans und der Dringlichkeit.

Identification of Test Failures:
Spezifische Namen der durchgefallenen Tests und die Gesamtzahl der nicht konformen Prüfpunkte.

History of EMC EMC Robustness levels:
• Details zu den hinzugefügten Gegenmaßnahmen und den daraus resultierenden Änderungen des EMC-Robustheitsniveaus (EMC Robustness).
• Erste Testergebnisse (die Baseline, an der das Produkt bestanden hat oder durchgefallen ist).

PCB Revision History:
Die Anzahl der Prototypen und Board-Revisionen, die bis heute abgeschlossen wurden.

Prüfung der Verfügbarkeit von Entwicklungsdokumentation

Um einen reibungslosen Übergang in die nächste Phase (Diagnostic &amp; Strategic Assessment) zu gewährleisten, werden wir die Verfügbarkeit spezifischer <strong>Entwicklungsdokumentation</strong> wie Schaltpläne, Stücklisten (BOM) und PCB-Layoutdateien bestätigen.

Wenn Ihr Design an externe Partner ausgelagert ist, verstehen wir, dass die Überprüfung des Zugriffs auf diese Dateien oder deren Vorbereitung oft zeitaufwendig sein kann. Unser primäres Ziel an dieser Stelle ist es zu beurteilen, ob diese Dokumente bis zum Projektbeginn bereitstehen können. Bitte beachten Sie, dass wir in dieser Phase noch nicht in spezifische Designdetails eintauchen werden.

1.3 NDA Policy & Confidentiality — Geheimhaltungsvereinbarung & Datenschutz

Da wir in diesem ersten Gespräch keine detaillierte Schaltungsanalyse durchführen oder sensible, proprietäre Informationen austauschen, halten wir eine Geheimhaltungsvereinbarung (NDA) in dieser Phase im Allgemeinen für nicht erforderlich.

Unsere Begründung:
• Keine vertiefte Diskussion spezifischer Schaltungsarchitekturen.
• Keine finanziellen Transaktionen involviert.
• Keine Übertragung vertraulicher Entwicklungsdokumentation.
• PCB-Fotos offenbaren keine proprietären Details, die für eine unbefugte Aneignung ausreichen würden.

Falls Ihre Unternehmensrichtlinien jedoch den Abschluss eines NDA erfordern, kommen wir Ihrer Bitte gerne nach und schließen eine entsprechende Vereinbarung ab.

1.4 Post-Meeting Evaluation & Formal Quotation — Nachbereitung & Offizielles Angebot

Wenn wir basierend auf unserem Meeting feststellen, dass das Problem lösbar ist, erstellen wir ein offizielles Angebot für „Phase 2: Diagnostic &amp; Strategic Assessment“

Phase 2: Diagnostic & Strategic Assessment — EMV-Beratung & Strategische Bewertung

Service Concept:
Diese Dienstleistung wendet einen wesentlichen Teil unserer Methodik „Unsere Methodik“ (Fundamentale layouthafte und leiterbahngeführte Rauschunterdrückung) partiell an, um die EMC-Robustheit bei minimalen Kosten erheblich zu verbessern.

Da dieser Testplan unsere Methodik nur partiell implementiert, garantiert er NICHT, dass Ihr Produkt die EMC-Konformitätsgrenzwerte (EMC Compliance) vollständig erfüllt. Er ist strikt darauf ausgelegt, dass Sie die hocheffektive Wirkung unseres technischen Ansatzes zu einem erschwinglichen Einführungspreis am eigenen Produkt erleben können.

Die vollständige Implementierung unserer Methodik ist das ultimative Ziel des gesamten Entstörungsprozesses und bildet den exklusiven Leistungsumfang von Phase 3.

2.1 Service Application & Scheduling — Servicevereinbarung & Terminabstimmung

To ensure maximum transparency and to facilitate your legal department’s review, we have made our Standard Terms and Conditions (T&C) publicly available on our “Business compliance” page.

Application:
Please notify us of your intent to proceed with Phase 2 (Diagnostic & Strategic Assessment) via the contact form.

Scheduling:
We will coordinate the date and time for the web conference via email.

Pre-review of Terms and Agreement Process:
Before commencing the service, we will execute a formal „Consulting Services Agreement.“

To ensure maximum transparency and to facilitate your legal department’s review, we have made our „Standard Terms and Conditions„ publicly available on our „Business compliance„ page.

By reviewing these standardized terms in advance, you can streamline your internal approval process without waiting for the formal contract. We encourage you to use this resource for your internal pre-review and legal checks. The CSA will be a bilateral agreement based on these terms, explicitly identifying you as the „Client“ and us as the „Consultant,“ to be finalized via electronic signature (DocuSign).

2.2 Onboarding & Contract Execution

The following four items are required to begin the service: [Ref: Article 2.4]

Issuance of Purchase Order (PO)

Please send your PO via email based on the quotation provided.

Execution of CSA

We will facilitate the contract signing through DocuSign. The terms will be consistent with the „Standard Terms and Conditions“ published on this site.

Payment

Please complete the 700 USD advance payment via Stripe (Credit Card) [Ref: Article 3.2].

Data Sharing

Please provide the following design documentation in digital format:
• Schematics
• Bill of Materials (BOM)
• Datasheets for each component
• PCB Layout Data (Native Files) *
• Further details regarding design documentation †

Viewing Environment:
We use free viewer software provided by major CAD manufacturers to conduct our detailed reviews.
Analysis Example:
We perform a rigorous end-to-end trace of critical signals, such as Reset or Write Enable lines cascaded from a CPU/FPGA to DDR or FLASH ROM, identifying their exact paths across all board layers.
Supported CAD Tools:
We support major global platforms, including Altium Designer, Cadence Allegro, and Siemens PADS.
Note:
As CAD types and versions vary significantly, please include a link to the recommended viewer software or its name when providing the data.

If Native Files Are Not Available:
In cases where native data cannot be provided (e.g., due to outsourcing constraints), please provide the following in PDF format as a minimum requirement.

To maintain analysis accuracy, all layers must be maximized to fill the full printable area of A3, Tabloid, or Ledger size pages at a consistent scale, ensuring high visibility with identical alignment based on registration marks.
Since we overlay and look through each layer to trace the routing and patterns, any variation in scale or misalignment between layers will make precise analysis impossible.

• Copper Layers (Pattern drawings for all layers)
• Solder Mask Layers
• Silkscreen Layers
• Board Outline (Mechanical/Profile drawing)
• Drill Drawing (Map of all holes and vias)

To refine our analysis, please provide the following specific:

• Current Consumption (Typ) of Major ICs

• Duty Cycle of Digital Signals and Communications
We need to understand the „frequency of occurrence“ (timing and duration) rather than just the clock speed.

• Fixed Design Constraints (Non-modifiable areas)
1. Areas where IC manufacturer-recommended circuits must be followed (e.g., USB, Ethernet-to-RJ45).
2. Standardized circuit modules used across multiple products that cannot be altered.

Access to your „Design Specifications & Rationale“ covering these points is highly appreciated.

This refers to documentation that captures the detailed „intent“ behind your design choices. It may also be called a Basic Design Document, Detailed Specification, Technical Document, or Internal Spec.

Specifically, this refers to documentation that records the process behind your design decisions, such as the following:

Examples include:
Ex 1: Selecting Electrolytic Capacitors for Power Supply Primary Sides
The reasoning behind the specific capacitance (e.g., 10uF).
Why a specific voltage rating (e.g., 16V) was chosen.
Why an 85°C temperature grade was selected instead of 105°C.

Ex 2: Determining Current-Limiting Resistors for LEDs
The calculation leading to the resistance value (e.g., 560Ω).
Why a power rating of 0.1W was selected.
The reason for choosing a specific tolerance (e.g., J-grade).

Ideally, these details should be formalized in a Technical Design Review (DR) document once the schematics are complete. However, having personally navigated dozens of high-pressure projects, I know all too well that formal documentation often takes a backseat to urgent prototyping and component sourcing.

There is absolutely no need to reformat your notes for me. As long as the designer’s „intent“ is clear, I can read it from anything—be it handwritten notes, rough conceptual sketches, or even „back-of-the-envelope“ calculations.

As fellow engineers, these „living traces“ of your thought process often communicate more than any formal report ever could. Please do not worry about the format; simply share the raw insights you have on hand, whether they are rough sketches or basic diagrams.

2.3 In-depth Analysis & Technical Interview

Upon receipt and review of the design documentation, we will conduct a detailed interview to refine the resolution strategy.

In-depth analysis of actual „EMC Test Failures“

We will identify the physical phenomena behind the failures through:

EMS (Immunity):
Specific behavioral malfunctions in response to „test stress“ (such as electrostatic discharge or electromagnetic fields).

EMI (Emission):
Spectral distribution and peak frequency characteristics of radiated emissions (e.g., noise spikes in the 200MHz or high-frequency bands).

Performance Criteria & Definition of Malfunction:
Re-confirming the specific „EMC compliance limit (pass/fail threshold)“ and the „Definition of Malfunction“ for your product.

In principle, we follow your internal „Definition of Malfunction.“ To ensure a clear understanding of the conditions for achieving EMC Compliance, we will discuss and reach a consensus on the following Pass/Fail Thresholds in advance.

Typical Examples of Malfunction (for reference):
• System Reset: Whether a reset event is judged as a „Fail,“ even if followed by automatic recovery.
• Display Abnormalities: Screen freeze, or noise/flicker that significantly impairs visibility.
• Audio Anomalies: Abnormal sound output or noise exceeding acceptable levels.
• Peripheral Malfunction (Printers, etc.): Unintended paper feeding (continuous discharge) or loss of control.

Optimization of Criteria (Avoiding Over-Engineering):
In special cases where definitions are ambiguous, we will establish a realistic consensus by referring to international „Performance Criteria“ and market precedents.

Note: This is a rational measure to avoid „over-engineering“ caused by excessively rigid criteria, preventing the waste of development time and costs. We aim to define the EMC Robustness that is appropriate for your specific product.

Detailed review of „Design Documentation“

Upon receipt of all required data and completion of the advance payment, we will officially initiate a dedicated 1-week investigative analysis phase to independently audit, analyze, and thoroughly evaluate your schematics and layout topology.

If necessary—solely to resolve any gaps, structural ambiguities, or unstated layout intents within the provided data—we may initiate a focused technical Q&A with your team flexibly via email or a web conference. Otherwise, we will proceed directly with our deep architectural analysis.

2.4 Technical Assessment Report Analysis & Delivery

Once all required design documentation have been completely provided, we will conduct an in-depth analysis to identify the specific “pathological areas” hindering your EMC compliance.

Lead Time:
Assessment is typically completed within 7 business days.

Review Meeting:
We will hold a web conference to present the Technical Assessment Report, detailing one specific, high-impact modification and explaining the underlying physical phenomena.

Please note that the 7-business-day lead time does not include the duration of this Q&A period (until all design documentation ambiguities are resolved).

2.5 Trial Implementation & Feedback Loop

Please apply the recommended modification based on the Technical Assessment Report to your target PCB and share the baseline evaluation results with us.

This feedback is a critical step to maximize the feasibility and success rate of Phase 3 (Intensive On-Site EMC Troubleshooting for Compliance).

2.6 On-Site Service Quotation & Next Steps

Based on the verification results, we will provide the On-Site Service Quotation for Phase 3.

Note: This will be an estimated quote as the specific on-site destination (your company’s development lab, etc.) is typically yet to be determined at this stage.

2.7 Delivery Deadline & Refund Guarantee

To ensure a professional and transparent engagement, the following policy applies to the Diagnostic & Strategic Assessment: [Ref: Article 7.4]

Eligible for Refund: Delivery Delay:
If the Technical Assessment Report is not delivered within 7 business days from the „Analysis Start Date“ (the date all required materials are confirmed to be sufficient), I will refund the full fee plus a 20% penalty. This is my commitment to integrity and professional speed.

Non-Refundable: Test Results & Outcomes:
This service is consideration for the provision of expert diagnostic insights. I do not guarantee specific test outcomes or noise reduction levels, as these depend on the physical state of your hardware. Once the Technical Assessment Report is delivered, no refunds will be issued regardless of subsequent test results.

Phase 3: Intensive EMC Troubleshooting

“One-week on-site support to achieve full compliance with guaranteed expertise.”

In this phase, we implement every strategic architectural modification to maximize your product’s EMC robustness. I will provide intensive, hands-on on-site support at your facility for a strict, finite duration of approximately one week, executing rapid experimental iterations to maximize your compliance margin within this single, dedicated execution window.

3.1 Initial Consultation & Scheduling

Application:
Please notify us of your intent to proceed with Phase 3 (Intensive EMC Troubleshooting) via the contact form.

Scheduling:
We will reach out via email to coordinate a date and time for the web conference.

3.2 On-Site Alignment & Technical Setup

A web conference will be held to establish a detailed baseline and coordinate on-site logistics.

Sharing Latest EMC Test Status

To refine our resolution strategy, we will review:

Full list of non-compliant test items:
Essential for determining the priority and methodology of countermeasures.

Results of voluntary countermeasures:
Updates on any measures implemented since Phase 2 and their effectiveness (required to calibrate the intensity of proposed modifications).

Itinerary Coordination

A one-week stay is typical; however, the final duration will be optimized based on travel time, system complexity, and the total number of test items, as specified in the the On-Site Service Quotation.

3.3 Fee Structure & On-Site Service Quotation

Based on the discussions during the On-Site Alignment, we will provide the On-Site Service Quotation that includes the total number of failed test items, the planned itinerary, and daily consulting fees. The breakdown of the fee structure is as follows:

Daily Consulting Fees

These fees cover the expert’s time, professional availability, and dedicated on-site engagement durations. [Ref: Article 3.2]

Work/Buffer Day: 1,500 USD / day

Travel/Adjustment Day: 750 USD / day

Payment Method: Full prepayment via Stripe is required.

Rationale and Regulatory Pricing Benchmarks (Daily Fee Evidence)

Our professional daily consulting fee structure is strictly calculated based on global engineering expert benchmarks and public procurement labor categories. To verify the absolute fairness and transparency of this B2B rate, your purchasing or internal audit department may directly search and cross-reference the following internationally recognized industry databases:

U.S. Federal GSA Procurement Standards:
Under the U.S. General Services Administration (GSA) Contract Awarded Labor Category (CALC) database, the state-approved standard hourly rates for a Senior Technical Consultant or Senior Systems Engineer (20+ years of domain expertise) are officially benchmarked between 180 USD to 290 USD per hour (equivalent to 1,440 USD to 2,320 USD per 8-hour day). (Search Term: „GSA CALC database senior technical consultant labor rates“)

European Industrial Freelance Standards:
According to independent European engineering market indices (such as Hays Specialist Recruitment and Freelance.de), the standard market rate for an independent Senior EMC/Electronics Consultant in the European industrial sector averages between 150 EUR to 220 EUR per hour. (Search Term: „Freelance.de hourly rates senior electronics EMC consultant“)

Logistical Guidelines and Calculation Basis

To eliminate arbitrary scheduling and ensure an absolute transparent auditing process, our operational timelines, travel days, and jetlag recovery durations are calculated strictly based on established multi-national deployment criteria and military-grade logistical standards. This ensures that every billable travel coordinate is completely predictable and fully auditable by your administrative teams.

Navy Reserve-Based Travel Regulations:
Our logistical billing models adapt standard travel regulations adopted by organizations such as the Navy Reserve Activity to ensure fair, transparent, and highly auditable scheduling.

Buffer Day Allocation:
If the EMC countermeasures are completed earlier than scheduled, the remaining buffer day will be dedicated to preparing the Technical Assessment Report and performing detailed “De-tuning” analysis on-site. This duration will remain billable at the standard daily rate of 1,500 USD.

Long-Distance Travel Protocols:
For travel involving significant time zone changes (e.g., to Europe or the United States), we allocate two days (750 USD × 2) for travel and “Jet Lag Adjustment” during the outbound leg to ensure peak engineering performance upon site arrival.

Important Note on “Net Amount”:
•All quoted amounts are on a strict “Net” basis (the actual, unwithheld amount to be received by the Consultant). [Ref: Article 3.6]
•We can provide IRS Form W-8BEN (for U.S. clients) and the official bilingual Certificate of Residence (居住者証明書: „Kyojusha Shomeisho“) issued in English by the Japanese tax authorities to facilitate the reduction or total exemption of local tax withholdings. [Ref: Article 3.7]
•Regardless of tax documents, any additional bank transfer fees, currency conversions, or local transaction taxes must be covered entirely by the Client.

Success Fee

This fee operates under a strict, mutually beneficial outcome-based model. It is payable only upon achieving the definitive project objective (Official EMC Test Compliance). [Ref: Article 3.3]

Base Success Fee:
10,000 USD (For the successful passing of one primary non-compliant test item).

Additional Test Item Fee:
If there are multiple non-compliant test items, an additional 2,000 USD will be added for each subsequent non-compliant test item successfully passed on-site.
Example: Passing a total of 3 non-compliant test items = 10,000 + (2,000 × 2) = 14,000 USD.

Payment Method:
A „Credit Card Authorization (hold)“ via Stripe will be required prior to departure. [Ref: Article 3.4]

Rationale and Regulatory Pricing Benchmarks (Success Fee Evidence)

Our outcome-based success fee structure is calculated strictly based on global expert standards and corporate procurement models. To verify the absolute fairness and transparency of this B2B pricing framework, your finance or purchasing department may directly search and cross-reference the following internationally recognized industry benchmarks:

Outcome-Based / Value-Based Pricing Models:
The international standard for performance-based engineering and technical consulting premiums is benchmarked at 10% to 30% of the total economic value or financial loss mitigated for the client enterprise. Within this engineering framework, the „Economic Value“ generated is legally and financially equivalent to the absolute mitigation of the catastrophic loss risks caused by EMC non-compliance. (Search Term: „Value-based pricing consulting fee standards 10% to 30%“)

Balanced Pricing Ratios & Risk-Sharing:
Global consulting pricing guidelines for outcome-driven models recommend a balanced structure (typically a 60% Base Fee to 40% Performance Fee split). Our model strategically shifts the primary risk to the Consultant by weighting the Performance-Based Success Fee heavier (approx. 60%), demonstrating absolute confidence in our troubleshooting domain expertise while minimizing the client’s upfront financial exposure. (Search Term: „Consulting fee structures balanced risk sharing performance models“)

Contingency Fee Agreements (CFA) for Technical Experts:
Under Anglo-American legal and professional service guidelines, specialist success premiums are statutorily recognized to dynamic ratios based on performance risk-sharing models. (Search Term: „Contingency fee agreement technical expert success premium rules“)

Travel & Accommodation

The Client is responsible for booking and prepaying the actual costs for round-trip airfare and hotel accommodations prior to the commencement of the service. [Ref: Article 3.5]

3.4 Service Prerequisites & Logistics

To confirm the business trip and officially commence the service, the following conditions must be met: [Ref: Article 2.4]

Issuance of Purchase Order (PO)

Please submit a formal Purchase Order (PO) based on the On-Site Service Quotation provided via email.

Payment & Payment Authorization

Daily Consulting Fees:
The full amount of the calculated daily fees must be prepaid via Stripe.

Success Fee:
The total Success Fee (Base + Additional items) must be authorized (held) via Stripe.
Note: To accommodate Stripe’s 7-day authorization window, the hold will be initiated starting 7 days prior to your scheduled return date. [Ref: Article 3.4(1)]

Regarding Payment Capture:
Actual payment (Capture) will only be processed on-site upon achieving compliance and the signing of the “Certificate of Test Performance & Completion” by both parties. [Ref: Article 3.4(2), (3)]

Travel & Accommodation Documentation

Please provide copies of the following reservations arranged by your company:
•Round-trip Airfare Confirmation (E-ticket)
•Hotel Reservation Confirmation

Required Resources (Prerequisites)

To ensure a successful outcome, the following resources must be available on-site:

Lead Design Engineer:
A professional familiar with both hardware and software control, authorized to make on-the-spot technical decisions regarding modifications.

Rework Technician:
A technician capable of pattern cutting and precision soldering (e.g., 1608-size chip resistors).
Example of most detailed task: Series resistor implementation (pattern cutting, resist stripping, component fixing, and soldering).

Note: Per Professional Engineer (PE) regulations, the Consultant provides technical instructions only and is legally restricted from performing physical board modifications. [Ref: Article 2.3]

Logistics & Attender:
Dedicated transportation between the airport, hotel, and work site.

Test Facilities:
Immediate and continuous access to the laboratory and equipment necessary to reproduce failures and verify real-time improvements.

Rework Materials & Tools:
Please have the following in stock:
a)For EMS: Solder Wick.
b)For EMI: Chip resistors (56Ω to 270Ω, 1608 size).
c) General Engineering Tools & Equipment: Basic measurement instruments (e.g., oscilloscopes, digital multimeters) and standard reworking tools (tweezers, wire strippers, soldering irons, etc.) must be readily available on-site to ensure smooth modification and troubleshooting operations.

3.5 On-Site Consulting & Completion Procedures

Service Objectives

Primary Goal (Success Fee Trigger): Achieving EMC Compliance
We implement comprehensive, radical countermeasures to pass all currently non-compliant test items.

Secondary Goal: Cost Optimization via „De-tuning“
Once a Massive EMC Compliance Margin is secured through compliance, we propose the optimization of manufacturing costs (BOM) by identifying and removing redundant components.

Project Closing Procedures

On the final day of the visit, we will issue documentation based on the results. Mutual signatures on these documents will formalize the completion of on-site services.

Certificate of Test Performance & Completion:
A formal document verifying the on-site consulting activities and test performance, issued regardless of the final pass/fail status. Upon achieving compliance, the Success Fee will be captured based on the number of passed non-compliant test items confirmed in this document. [Ref: Article 3.4(2), (3)]

3.6 On-Site Performance & Refund Guarantee

To ensure a professional and transparent engagement, the following policy applies to the Intensive EMC Troubleshooting: [Ref: Article 7.5]

Eligible for Refund: Consultant’s Failure to Arrive:
In the unlikely event that the Consultant fails to arrive at the site due to the Consultant’s own fault (excluding force majeure), we will refund the full Advance Payment (Daily Consulting Fees) and reimburse the actual cost of non-refundable cancellation fees for hotels and flights (receipts required).

Non-Refundable Items:
• Daily Consulting Fees: Once the Consultant has departed from Japan, these fees are non-refundable regardless of the test outcomes.
• Success Fee: Once the „Success“ has been verified and the payment has been captured/processed on-site, it is strictly non-refundable under any circumstances.

3.7 Financial Comparison: Evaluating the True Cost of EMC Non-Compliance

Before final vendor approval, we strongly advise your financial officers and project managers to balance our professional fees against the catastrophic, compounding financial losses generated by prolonged EMC test failures in the domestic and international markets.

A single unresolved EMC failure and subsequent market delay of 1 to 3 months routinely inflicts a structural minimum loss of 100,000 USD to over 300,000 USD, calculated via the following verified industry realities:

Inability to Secure Official CB/Compliance Reports:
Procuring a formal EMC test report for Class II medical devices typically requires a strict 5-day chamber booking (including buffer days), with costs easily exceeding 10,000 USD. Based on my extensive on-site experience, a critical failure frequently occurs during Radiated Emission (CISPR 11) testing on Day 2. Because semi-anechoic chambers are the most heavily congested resources, even if your engineering team applies immediate countermeasures, there are zero available slots to re-verify the results during the day or night. If you are extremely fortunate, an Open Area Test Site (OATS) might dynamically become available for a brief 2-hour window starting at midnight due to a last-minute cancellation. Project teams are routinely forced to gamble everything on this highly volatile midnight window under unstable environmental conditions. If this desperate attempt fails, you cannot clear the report within the remaining days. The next available chamber booking will likely be 3 months later, instantly inflicting 3 months of compounding logistical delay and opportunity loss, alongside thousands of dollars in redundant secondary laboratory fees.

Securing Regulatory Submission Timelines & Preventing Launch Freezes:
Official international certification bodies mandate that the tested device must represent the definitive mass-production unit, backed by mandatory high-resolution photo documentation of all internal PCB layers. When internal engineering teams panic during an EMC failure, they routinely overlay excessive shielding and air-wire components into a messy „Frankenstein board,“ which lab inspectors immediately reject for photo documentation—triggering an immediate development freeze. For Class II medical devices, securing the official CB Test Report is the absolute critical path to immediately initiate regulatory submissions (such as FDA or Notified Body reviews), which inherently require a non-negotiable 6-month review period. While permanent PCB artwork redesigns are inevitable for the final production run, our expert advisory implements highly strategic, microscopic, and discreet physical modifications that successfully pass EMC standards while maintaining an impeccably clean aesthetic appearance. This advanced intervention allows your team to securely obtain the CB Report within the 5-day window and file your regulatory submissions on schedule. Consequently, the 6-month regulatory review period runs in parallel while your team executes clean design updates in the background, entirely bypassing a compounding 6-to-12-month market entry freeze and protecting your corporate launch targets.

Waste of Specialized Engineering Resource Cost:
While the project remains legally blocked from production, internal hardware design teams, software developers, and QA personnel remain fully dedicated to repetitive troubleshooting rather than focusing on next-generation product lifecycles, leading to thousands of dollars in wasted corporate payroll.

Definitive Market Opportunity Loss:
Delayed launch dates directly compromise quarterly or annual corporate revenue forecasts, trigger strict late-delivery liquidated damages (L/D) from waiting distributors, and allow agile competitors to capture critical market share.

Conclusion for Procurement and Financial Officers:
Investing in our fast-track, 1-week on-site EMC troubleshooting—with zero success fees payable if target compliance is not achieved—is a highly strategic, low-risk fiscal decision. We invite your procurement team to evaluate our transparent fees against the compounding six-figure exposure of a delayed production timeline.

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