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Press Release: ECD BakeWATCH® to Showcase New Cake and Bread Sensor Designs […]

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ECD BakeWATCH® to Showcase New Cake and Bread Sensor Designs, Preview Radically Different Profiling Technology at IBIE 2022

Show Delegates to get a First-hand look at CakeOMETER™ for Cake-Baking Precision, BreadOMETER’s® Enhanced Durability Design and Pre-Launch Version of Reimagined Baking Profiler and Software

August 8, 2022–ECD BakeWATCH® will highlight a suite of new products from booth #5723 at the upcoming International Baking Industry Exposition (IBIE), held from September 18 to 22 in Las Vegas, Nevada. With a broad portfolio of baking tools to accurately establish, measure and verify oven and product thermal parameters, ECD BakeWATCH’s platform approach delivers a scalable solution for baked goods perfection and consistency.

The company’s recently launched CakeOMETER™, a first-of-its-kind cake-baking measurement device, enables accurate temperature sensor placement and stability within cake batter. The unique design allows cake bakeries to generate reliable in-oven temperature data for high-quality, repeatable cake production. IBIE will mark the North American debut of CakeOMETER, enabling event visitors to see the tool and its versatility in person.

Also on show is ECD BakeWATCH’s standard-setting S-Curve-management BreadOMETER® sensor, which measures temperature at five dough depths for maximum baking optimization. The system has recently been redesigned for improved durability and precision: An advanced ambient sensor for more realistic oven temperature measurements, more substantial stainless-steel construction and a reinforced cable combine to make the new BreadOMETER more reliable, robust and accurate.

Finally, at the heart of ECD BakeWATCH’s offer is the M.O.L.E.® thermal profiler and its accompanying software, which have undergone recent redesigns. The high-performance M.O.L.E. data logger, which seamlessly integrates with CakeOMETER and BreadOMETER, ensures the establishment of optimal oven temperatures, records baked goods’ thermal transformation and provides ongoing confirmation of in-specification oven performance to ensure high-yield outcomes. On a first-come, first-served basis, ECD BakeWATCH booth visitors can preview a new M.O.L.E. design in combination with baking-specific software updates, both of which will be commercially available later this year.

To learn more about CakeOMETER, BreadOMETER and M.O.L.E., visit ECD Baking Industry Page. IBIE attendees who want to pre-schedule an appointment with ECD’s technical team can send an email to: [email protected]


Except as otherwise noted, all marks used herewith are trademarks and/or registered trademarks of ECD and/or its affiliates in the US and elsewhere

About ECD

Founded in 1964, ECD is recognized worldwide for its leadership and expertise in thermal monitoring and analysis technology and, more recently, for its development of intelligent dry storage systems. Based in Milwaukie, Oregon, the company is a pioneer in the design, development, and manufacture of advanced in-transit thermal profiling systems and software used to monitor and analyze process temperatures in various industries including electronics, solar and baking, among others. Well-known for its data-rich software expertise and robust hardware functionality, ECD leads the industry for innovative measurement and safeguarding systems. For more information on ECD and its products, visit www.ecd.com.

Media Contact:

Laura Sims
Sims Communications, Inc.
(o) 770-829-4757
(m) 404-661-0348
[email protected]

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Technical Article: Selective Soldering […]

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Selective Soldering: How do You Know if Your Machine is In Spec?

Overview

Selective soldering has seen dramatic growth recently, as manufacturers seek alternatives to wave soldering. The selective application of molten solder to targeted components provides many benefits including protection of temperature-sensitive componentry, process optimization and high-reliability solder joints. Using selective soldering methods can also lead to material reduction (solder, flux, nitrogen), eliminate specific tasks (masking, rework, cleaning etc.) and reduce energy consumption (less solder to keep molten than in wave equipment). However, like any process involving people and mechanical systems, selective soldering success depends on many variables.

What You’ll Learn

  • #1 Why selective soldering precision is vital.
  • #2 Importance of verifying selective soldering equipment specifications.
  • #3 How simple, easy-to-use verification tools can confirm accuracy.

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Whitepaper: 22 Simple Tips […]

Whitepaper - 22 Simple Tips for Running Successful Thermal Profiles

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22 Simple Tips for Running Successful Thermal Profiles

Easy‐to‐follow instructions for handling of thermal profiling instruments

Overview

This document provides an easy step‐by‐step guide to help deliver good thermal profiles. Even for a seasoned operator or engineer, it’s easy to forget the little things that can impact the process. Take the time to engage in this quick read; these tips can help you.

Key Benefits

  • Avoid re-running profiles or rebuilding boards due to damage during profiling.
  • Eliminate practices that may impact the long-term quality and reliability of PCB assemblies.
  • Protect operators and engineers from injury.
  • Maintain good practices for thorough, accurate profiling.
Whitepaper - 22 Simple Tips for Running Successful Thermal Profiles

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