Are you in the market for the best precision micromachining company to fulfill your product’s design requirements? Finding a trusted microfabrication partner can be tricky, especially if this is your…

Precision machining, at the macro level, has provided huge benefits and has transformed the approach of many industries including manufacturing, automation, robotics, and the aerospace industry. At the micro level,…

Nobody wants to deal with delays or mistakes, especially when it comes to the highly precise and delicate technique that is glass microfabrication. Often times these mistakes and oversights can…

Micromachining is quickly becoming a big business. In the coming years, this industry is set to grow exponentially in order to meet industry demands for smaller and more intricate parts.…

One of the benefits to the recent advancements of micromachining is the ability to make pieces and products at scale in bulk. This process is known as bulk micromachining. In…

The advent and subsequent advancement in micromachining technologies and processes has allowed designers and manufacturers to create and fulfill many novel materials and parts. Laser micromachining offers micromachining engineers the…

Medical balloons are critical medical devices that require the highest manufacturing precision and quality. Balloon catheters, as an example, allow for a wide variety of diagnostic and therapeutic procedures; stent…

Vaccinations are a hot topic in today’s news cycle. So we wanted to chime in on how microneedles, manufactured by an expert microfabrication engineer firm, can be used for vaccine…

Those who have diabetes have traditionally self-monitored their glucose levels through finger pricks and putting a drop of blood into a glucose monitor. While this method has proven to be…

Wearable health sensors, better known simply as wearables, combine advanced computer technology with our bodies. Companies like Google, Apple, FitBit, and ore are focusing on health monitoring. Most commonly, these…

The growing need for production of miniature parts and feature continues to advance as technological and engineering capabilities increase. Medical, dental, mold making, fiber optics, automobiles, and other industries are…

Advances in technology, specifically within micromachining, and growing demand for quality, low-impact healthcare increases, the line between medical device manufacturers and pharmaceutical companies is being blurred as new products seemingly…

Flow cells are a vital part in understanding cell counts, analysis, spectroscopy, immunoassays, genetic sequencing and more. At Citrogene, we specialize in manufacturing glass flow cells that allow for real…

Biosensors have found an increase in popularity across a wide variety of industries in recent years. From healthcare to ecological studies to drug development and delivery, Biosensors are seemingly everywhere.…

Advances in micromachining has lead to many developments in a wide range of industries. One such industry benefiting from microfabrication advancements is biotechnology, and in particular biosensor applications. In this…

We recently discussed at length the shadow mask method in CRT monitors. At the beginning of that article, we mentioned that there are two common methods used to produce colors…

When it comes to how a CRT monitor displays, there are two popular approaches. Those approaches are the Beam Penetration Method and the Shadow Mask Method. In this post, we…

Microfluidic chips are devices used in microfluidic studies and applications in which microchannels have ben molded or patterned for a specific purpose. Microfluidic devices and chips are used in a…

Advances in microfluidics devices has allowed an increase in efficiency across a vast swathe of industries. One of the industries reaping the benefits of custom microfluidic devices is the pharmaceutical…

Microfluidic Devices & Point of Care Applications In the world today we wants results fast, in the now. A major stumbling block in point of care applications, such as monitoring…

Microfluidics Applications Advances in micromachining technology and more specifically advances in microfluidics, has allowed a vast number of industries to see practical applications of microfluidics. Since its emergence, microfluidics technology…

Microfluidics has a wide range of applications across a vast swathe of industries. Microfluidics encompasses both microfluidic chips and microfluidic devices. In this post we’ll discuss what exactly is a…

Microfluidic Devices: Definition, differences between microfluidic chips and devices, and types of microfluidic devices. Microfluidic devices have a wide range of purposes. In this post, we’ll discuss the definition of…

We have previously discussed at length just exactly what are microfluidics. In this article we are going to discuss how microfluidics work, what is a microfluidic chip, why use microfluidics, and…

When thinking about microfabrication, materials such as alloys, metals, and plastic likely come to mind, However, it was glass and silicon from which the first microfluidic devices were created. Glass…

Recent advancements in laser technology have resulted in machines capable of high precision micromachining: cutting, drilling, joining, and texturing. Because micromachining is a remote (non-contact) photonic processing technique, it is…

Advances in the field of medicine and technology have naturally lead to an increase in demand for micromachined components and devices to be used in medical devices. In this post…

Micromachining is far from new, but the sheer volume of products and industries requiring micro-machined components is rapidly increasing. Complexity is growing while the sizes of components are shrinking. Micromachining…

Advances in computers, telecommunications, and the internet, the demand for micromachining services, and micromachined devices, is growing in popularity across the world. As everyday devices shrink in size, so too…