ESD Consultation provides expert guidance on identifying, preventing, and mitigating electrostatic discharge (ESD) risks. It includes workplace assessments, ESD control measures, compliance with industry standards, and employee training to protect sensitive electronics and ensure a safe, static-free environment.
ESD Floor Qualification ensures flooring meets industry standards for electrostatic discharge (ESD) control. It involves testing surface resistance, charge decay, and electrostatic properties to protect sensitive equipment and maintain safety in industries like electronics manufacturing, cleanrooms, and healthcare.
ESD S20.20 Facility Certification ensures that a facility complies with ANSI/ESD S20.20 standards for electrostatic discharge (ESD) control. It involves evaluating ESD protection measures, grounding systems, and personnel training to safeguard sensitive electronics and maintain industry compliance.
ESD Gap Analysis assesses a facility's current electrostatic discharge (ESD) controls against industry standards like ANSI/ESD S20.20. It identifies weaknesses, recommends improvements, and helps organizations achieve compliance, ensuring better protection for sensitive electronics and a safer work environment.
ESD Product Qualification verifies that a product meets electrostatic discharge (ESD) control standards. It involves testing for resistance, charge decay, and durability to ensure compliance with industry regulations, preventing ESD damage and ensuring reliability in sensitive electronic environments.
ESD Failure Analysis identifies and investigates electrostatic discharge (ESD) damage in electronic components. It involves testing, microscopy, and diagnostics to determine failure causes, prevent recurrence, and improve ESD protection measures, ensuring product reliability and compliance with industry standards.
An ESD (Electrostatic Discharge) compliance audit is an assessment process aimed at ensuring that a company's practices and facilities are aligned with established standards and regulations for managing electrostatic discharge. These audits are crucial in industries where sensitive electronic components are manufactured or handled, as ESD can damage electronic components, leading to failures or reduced performance.
An ESD gap analysis is a process used to identify differences or "gaps" between an organization's current Electrostatic Discharge (ESD) control practices and the established ESD standards or best practices. Conducting an ESD gap analysis helps organizations maintain robust ESD control systems, ensuring that sensitive electronic components are protected and compliance with industry standards is achieved.
Most companies have formal NPI (New Product Introduction) procedures to verify manufacturing is well prepared for new product designs. However, ESD is seldom included in the NPI process and this has lead to many manufacturing crises. Without the "red flag" for Class 0 devices ESD manufacturing failure rates have been known to approach 100% and caused a virtual shut down of production.
Our advanced technical assessment and audit, combined with our EPA Program, offer the most comprehensive roadmap for improvement available today. We provide findings reports, photographs of findings, detailed customized recommendations, and the assignment of corrective action priorities. Our assessments identify gaps relative to current best practices and the Customer's chosen standards, such as Internal Requirements, S20.20, or EIA-625.
This S20.20 Pre-Assessment Audit may be done solely for the identification of gaps to S20.20 and expert recommendations for achieving S20.20 certification on the first try. It may also be combined with our Advanced Technical Assessment as described above for a complete assessment of gaps to both S20.20 and current best practices.
A complete analysis will be conducted of the Administrative and Technical Elements of S20.20 such as the ESD Control Program Plan. Gaps to S20.20 will be succinctly identified along with customized expert recommendations for corrective actions.
We pioneered many aspects of ESD event detection techniques and have unparalleled experience with these and other advanced auditing methods. As a result, we can readily analyze sophisticated automated or manual production lines and pinpoint the root cause of ESD failures.
The damage resulting from a 1 kV stressing voltage is shown in Figure 3, while the resulting discharge waveforms are depicted in Figure 4. The CBE discharge current is approximately 9 amps, whereas the CDM peak current of the device alone is under 4 amps. These stresses frequently exceed the design capabilities of ICs. The damage is far more severe than typical CDM device stress testing (JEDEC C101) and would likely be misdiagnosed by the vast majority of FA experts.
While most companies are acutely aware of the hazards of ESD (electrostatic discharge), few are aware of best practices for preventing failures of today's extremely sensitive devices often referred to as Class 0. Virtually all factories will have these devices within the next year.
The lack of awareness is due, in part, to the rapid advancements is device technology that make it difficult for standards organizations to keep pace. S20.20 (ANSI/ESD S20.20) is the best industry standard available and is an excellent foundation for best practices ESD programs. To achieve best practices, companies with advanced technologies have found they must customize S20.20 to avoid unacceptable failure rates in the factory and field.
ESD Floor qualification is important and Mandatory to ensure the effectiveness of the ESD Safe floors.
We OHMSHIELD VENTURES PRIVATE LIMITED provides ESD Floor qualification with advanced measuring equipment and field expertise.
Facility Certification
Floor Certification with Walking Test Voltage Measurement
ESD Product qualification under Humidity control Environment
We provide Product Analysis report for the conformity of charging requirement as per NFPA 33 Standards.
Facilitating ESD meter calibration in NABL-accredited labs as per standard requirements for all ESD testing instruments, such as combo testers, charge plate monitors, static field meters, and surface resistance meters.
Static shielding consultation, design, and implementation for gaskets, rooms, and containers is available for custom project requirements.
Discuss ESD audit readiness, training schedules, or instrumentation support with a team that works across manufacturing-critical environments.
Visit during normal business hours or reach us remotely for site planning, audit support, or standards-led training.
10, Netaji Nagar 3rd Street, West Jafferkhanpet, Chennai, Tamil Nadu 600083, India.
Direct line
+91 9613067777| Mon | 09:00 am - 05:00 pm |
| Tue | 09:00 am - 05:00 pm |
| Wed | 09:00 am - 05:00 pm |
| Thu | 09:00 am - 05:00 pm |
| Fri | 09:00 am - 05:00 pm |
| Sat | Closed |
| Sun | Closed |
