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MegaMOLE 20
20 Channel Thermal Profiler
SuperMOLE Gold 2
6 Channel Thermal Profiler
V-MOLE
3 Channel Thermal Profiler
V-MOLE Solar
MiniMOLE rH
Relative Humidity Logger
WaveRIDER
Simplify your Wave Solder setup
OvenCHECKER
Reflow Process Verification
OvenRIDER
Convection Reflow Oven Verification
SelectiveRIDER
Selective Solder Repeatability Tool
Fluxometer
Maximize Yields and Reduce Rework
Temprobe
PCB Precise Sensing Instrument
Thermocouples
Thermal Profiler Sensors
SideRIDER
Expandable Profiler Carrier
E-Z RIDER
Wave Solder Profiler Carrier
Reflow RIDER
Reflow Oven Profiler Carrier
Board Carrier
PCB Board Carrier
OvenSENTINEL
Intelligent Monitoring Solutions
SD-10
10 cu ft Dry Cabinet
SD-30
30 cu ft Dry Cabinet
SD-48F
48 cu ft Dry Cabinet
MOLE MAP
ECD's Main Profiling Software
Product Calibration
ISO 17025 Accredited
RMA Request
Return ECD product
Support Request
Hardware or Software Support
FAQ
Frequently Asked Questions
Resources
Thermosphere Collective IQ
Videos
How-to, Visual Tutorials, and More
Resources And Links
Industry web resources and links
ECD
Worldwide Headquarters
Sales Representative
Local Sales Representative
System Accuracy = Profitability. Is your thermal profiler operating at 100% accuracy? If not, it could be costing you. Calibrating instruments on a regular basis helps optimize manufacturing processes to minimize production downtime, ensure product quality, and secure plant reliability. Calibration should be part of your ongoing maintenance routines. Want to know if your thermal profiler is in spec?
System calibration is vital in any application where measurements are important; it enables users and businesses to have confidence in the processes they monitor, results they record, and operations they subsequently control.
Uncalibrated equipment can pose a number of risks, including safety, poor quality, liability and expense.
Instrument calibration is simply the comparison of an instrument under test to a known standard. One measurement device – the control -- is known to have the 'correct' measurement accuracy, while the second device’s accuracy is unverified. Calibrating against a control device proves that an instrument is performing accurately and its measurements valid. The main reasons for calibration are to ensure the reliability of the instrument, to determine the accuracy of the instrument and to verify that readings are consistent with other measurements. If equipment isn’t calibrated regularly, accuracy and reliability are in question.
With commonalities to the ISO 9000 standard, the ISO/IEC 17025:2005 is the internationally-recognized quality management system standard for laboratory accreditation. Unlike ISO 9000, this standard includes both management and technical requirements. A documented Quality Management System (QMS) stands at the heart of this accreditation and applies to organizations that produce testing and calibration results.
Trusting that the measurement instrument you rely upon for quality assurance remains accurate is essential. Continual verification that your profiler is performing to specification is the process. Maintaining N.I.S.T. traceability via an accredited Quality Management System is the preferred method. The Conformance Certificate is the proof; this is the satisfaction and audit trail documentation of best manufacturing practices.
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