Technical Articles
Conard Corporation (The) has published these technical articles:
(Machine Shop Services)
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Photo chemical machining allows for precise and accurate metal fabrication, enabling the creation of intricate and complex designs with dimensional tolerances of +/-15% of metal thickness and feature...
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In most industries, there is a strong demand for precision metal parts. In many cases, these parts also have to be brought down to the micro level - with features that are a few thousandths of an...
(Electronics and Microelectronics Manufacturing)
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Photo etched braze foil pre-forms offer numerous benefits over traditional braze and filler pastes or powders when used in vacuum and dip brazing applications in the aerospace industry. Aerospace...
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In the world of precision metal part manufacturing, choosing the right process can make the difference between success and frustration. Engineers and designers often default to conventional methods...
(Electronics and Microelectronics Manufacturing)
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Modern solid modeling systems offer very direct paths for outputting data files for laser cutting (and its cousins: water jet and plasma), Wire EDM and even die design for both progressive and single...
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In the manufacturing of precision metal components from foil, strip, or sheet metal alloys, selecting the appropriate fabrication method is critical. Several factors—including part geometry,...
(Electronics and Microelectronics Manufacturing)
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In the world of precision metal components, achieving intricate designs with tight tolerances can be a challenge. Photo Chemical Machining (PCM) offers a unique manufacturing process that eliminates...
(Electronics and Microelectronics Manufacturing)
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We talk to dozens of engineers and designers who are looking for new ways to solve their most challenging design efforts. Sometimes, the parts they want to make are too complex for the processes...
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For designers and engineers working with precision metal components, understanding the capabilities of photochemical machining (PCM) is crucial for leveraging its full potential. Whether you're...
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Photo etching is a "non-conventional" method that fits alongside stamping, punching, laser, and wire EDM for manufacturing many types of metal parts. Suited to many metal alloys, etching eliminates...
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Engineers and designers of precision metal components face constant pressure to reduce development cycles, control cost, and deliver increasingly complex geometries without compromising performance....
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Photochemical machining (PCM), also known as photo etching, is a precise manufacturing process that offers significant advantages over traditional methods, particularly for creating metal filtration...
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The rapid expansion of hyperscale and edge data centers—driven by AI, cloud computing, and digital infrastructure—has created a dual energy challenge: extremely high electricity demand and...
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The rapid evolution of energy storage science is driving equally rapid change in how precision metal components are designed and manufactured. From solid-state architectures to advanced lithium-metal...
(Electronics and Microelectronics Manufacturing)
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Photochemical machining (PCM), also known as photochemical etching, is a highly precise and versatile subtractive manufacturing process used to fabricate complex metal components. It employs...
(Electronics and Microelectronics Manufacturing)
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As the solar industry continues to push toward higher efficiency, lighter-weight systems, and more advanced photovoltaic (PV) architectures, manufacturers are increasingly turning to precision...
(Electronics and Microelectronics Manufacturing)
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As the global transition to electric vehicles (EVs) accelerates, the demand for innovative manufacturing techniques that enhance efficiency, performance, and sustainability is rapidly increasing. One...
(Electronics and Microelectronics Manufacturing)
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For engineers and designers developing proton exchange membrane (PEM) fuel cell components, design freedom is tightly linked to performance. Flow-field geometry, current distribution, mass transport,...
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In precision manufacturing, process capability indices such as Cpk are widely used to quantify a process’s ability to produce parts within specified tolerance limits. A Cpk of 1.33 or greater is...
(Electronics and Microelectronics Manufacturing)
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The rapid evolution of energy storage science is driving equally rapid change in how precision metal components are designed and manufactured. From solid-state architectures to advanced lithium-metal...
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In microelectronics packaging, precision is everything. As device footprints shrink and performance expectations rise, the components that protect and interconnect semiconductor dies—such as...
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Mass flow controllers (MFCs) operate at the intersection of fluid dynamics, thermal management, and ultra-precise manufacturing. Whether integrated into semiconductor processing tools, analytical...
(Electronics and Microelectronics Manufacturing)
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Designing precision metal components for telecommunication satellites demands a relentless focus on function, reliability, and mass efficiency. Every gram matters, every micron counts, and every...
(Electronics and Microelectronics Manufacturing)
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In the rapidly evolving world of clean energy, proton exchange membrane (PEM) fuel cells stand at the forefront of innovation, offering efficient and eco-friendly power sources for a wide range of...
(Electronics and Microelectronics Manufacturing)
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Distributed power generation (DPG) has become a central pillar of modern energy strategy, driven by the need for efficiency, resiliency, and the integration of low-carbon technologies. Instead of...
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Before diving into its applications, it's important to briefly understand the PCM process. PCM involves coating a metal sheet with a photoresist, which is then exposed to UV light through a photomask...
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Aluminum is strong, lightweight and versatile, making it one of the most popular materials for manufacturing components for a wide range of industrial applications. Unfortunately, the same...
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Metal fabrication has come a long way, with numerous methods available for producing precision parts. Among these, photochemical machining (PCM) stands out as a unique and cost-effective technique,...
(Electronics and Microelectronics Manufacturing)
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As distributed power generation technologies continue to evolve, thermal management has emerged as one of the most critical engineering challenges in the energy sector. Whether supporting hydrogen...
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Photo etching, also known as photochemical machining or chemical milling, is a fascinating process that lies at the intersection of science and art. It's a technique used in various industries, from...
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Metal filtration devices play a crucial role in industries ranging from aerospace and automotive to medical, chemical processing, and energy production. These components often require intricate,...
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As the demand for high-efficiency, sustainable energy systems grows, super-critical carbon dioxide (sCO₂) Stirling engines are emerging as a promising solution for clean power generation. These...
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When we think about the intricate designs and precision found in many of the products we use daily, few of us realize that Photo Chemical Machining (PCM) plays a critical role in their creation....
(Electronics and Microelectronics Manufacturing)
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For engineers and designers striving to push the boundaries of precision and complexity in metal component design, finding the right manufacturing method is crucial. Many traditional machining...
(Machine Shop Services)
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Photo chemical machining (PCM), also known as photo etching or chemical milling, is a precision metal fabrication process widely used in industries ranging from aerospace to electronics. It enables...
(Machine Shop Services)
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We have lots of conversations with engineers and designers who need better solutions for challenging metal fabricating applications. To a person, they have solid working knowledge and a fair amount of...
(Machine Shop Services)
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As an alternative to "conventional" methods, such as stamping, laser, water jet or wire EDM, chemical etching provides an accurate and economical solution for many precision metal applications....
(Electronics and Microelectronics Manufacturing)
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Here's a detailed explanation of how etching solution temperature, spray bar pressure, and oxidation-reduction potential (ORP) influence accuracy and consistency in photo chemical machining (PCM):...
(Machine Shop Services)
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Photo Chemical Machining (PCM), also known as photo etching, is a highly precise, versatile metal fabrication process that offers significant advantages over traditional manufacturing methods like...
(Electronics and Microelectronics Manufacturing)
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Many engineers and designers have embraced photo etching, also known as chemical etching or photochemical machining, as their go-to option for making metal filtration, grids and screens. Photo etching...
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Photo chemical machining (PCM), also known as photochemical etching, is a highly effective manufacturing process for fabricating precision components used in microelectronic packaging—particular...
(Electronics and Microelectronics Manufacturing)
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These dimensions are not small enough to describe what's happening in the world of electronics. For that, we need to go metric, and then some. A meter is 40 inches. A millimeter is .040? (forty...
(Machine Shop Services)
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Photo etching may not have the glamour and sparkle of laser and plasma cutting or the brute force sturm und drang of stamping or punching, but it does have a certain elegance and finesse. It has a...