“Ours is an engineering-rich environment, deep with technology. It would be challenging for any storyteller to make it engaging and approachable way

But I’m continually impressed by their ability to dig deep, uncover the bits and pieces, and return with an engaging and relatable story every single time.”

— Geralyn Miller, Director of Communications and PR

Teledyne MEMS

New Corporate Website & Brochure

Client

Today, some of the most exciting new opportunities in devices exist in the field of MEMS.

Whether we know it or not, most people interact with MEMS daily. A new car will have dozens of MEMS based sensors, and new mobile phones will contain accelerometers, gyroscopes, magnetometers, pressure sensors, and microphones. As MEMS become smaller, require less power and are less expensive to manufacture, they are expected to play an increasing role in the wireless internet of things (IoT) and home automation.

Teledyne MEMS has provided innovative solutions to hundreds of companies since 1982, helping to develop and reliably manufacture some of the smallest actuators, sensors and 3D mechanical structures in existence in a host of high profile brands.


Process

Teledyne MEMs would be born from the merger of departments of two different companies: Micralyne and Dalsa. As a result, we began the effort with competitor research, stakeholder interviews, and a thorough audit of all the relevant product, service and company information from both sides. From there, a site architecture and content strategy was developed, leading to the creation of forty pages of website content, covering a wide range of products and industries. 

From there, we moved to design and development, building on the enterprise Episerver/Optimizely CMS platform. 

A worker in protective clothing, mask, and glasses holding a pink plastic tray in a processing or manufacturing facility.
Close-up of a computer microprocessor or integrated circuit with a grid-like pattern of small rectangles, with a bright light background.
Close-up view of a semiconductor wafer with a reflective surface, placed on a workbench in a cleanroom or laboratory setting, surrounded by technical equipment.
Person in protective suit holding a small electronic chip
Diagram of a MEMS accelerometer showing fixed plates, springs, and a proof mass with labeled components C1 and C2, illustrating how acceleration causes displacement.
Workers in cleanroom suits operating laboratory equipment in a pharmaceutical manufacturing facility.

Project

Four months after the initial briefing, the website was live and a new brochure launched. Ongoing content updates and back-end refinements have ensured the website has been running smoothly since 2023.

Teledyne BioMed MEMS webpage showcasing microfluidic chips, labs-on-a-Chip, and other technologies for advanced medical and scientific applications.
Webpage for Teledyne MEMS with a header image of a digital illustration of a child's profile with a brain in network graphics. The page title is "Teledyne MEMS: Leadership in Innovation and Results". Below, there is text about the company and its MEM
Cover image for biomedical solutions brochure showing close-up of a microchip, laboratory technician testing a device, and scientists in PPE using microscopes.
Brochure page with text about BioMEMS technology and its applications in healthcare, featuring an image of a microchip and a close-up of a medical device component.
Technical brochure with images of microfluidic devices and silicon processing; text describing BIOMEMS technologies such as microdispensers, microneedles, implantable MEMS, and other bioMEMS applications.
Two pages of a brochure for TELEDYNE MEMS, featuring text about custom biomes, MEMS technology, and a large image of people in cleanroom suits working with equipment in a manufacturing facility.
A collage of images showing Teledyne's manufacturing facilities, including aerial views of plant locations in Bromont, Canada, and Edmonton, Canada, along with photos of scientists working with high-tech equipment in a laboratory, a worker in cleanro
Left side shows two scientists in clean room suits working in a laboratory with microscopes and scientific equipment. Right side shows a worker in a clean room with yellow lighting, wearing protective suits and working with boxes on a conveyor system

Strategy

  • UX

  • Content Strategy

  • Research

Content Development

  • Writing

  • Illustration / Infographic

  • Video production