FUTEK

Precision Engineering at Scale: FUTEK’s New 70,000 Sq. Ft. Facility ? FUTEK has completed construction of a new facility, adding over 70,000 sf of space, further strengthening end-to-end in-house capabilities from research and development to manufacturing. This expansion enables faster product development cycles, tighter quality controls, and enhanced precision across all stages of production.? ? What this means for you: ? ·?????Optimized workflows with additional space to enhance manufacturing processes, including advanced robotics, automated inspection systems, and improved material handling techniques for greater efficiency and precision. ? ·?????Increased stock availability with inventory levels tripled to reduce lead times. ? ·?????Future-ready infrastructure with added capacity for an SMT line, enabling improved precision, reduced assembly errors, and streamlined production as we transition to in-house manufacturing of most components. ? ·?????Growing our teams with a focus on engineering and quality processes to drive innovation and maintain rigorous standards. ? Shipments will now be arriving to and from our new address at 19 Morgan, Irvine, CA. As we continue to be part of the Irvine community, your projects will seamlessly transition to this expanded facility. ? All processes—design, production, calibration, and shipping—continue to be done under one roof, minimizing risks and delays while ensuring the precision and reliability you expect. ? This expansion underscores our commitment to precision engineering and delivering solutions that empower our partners to innovate with confidence.

For automation projects requiring precision force measurement in a compact design, the LSB205 Miniature S-Beam Jr.? Load Cell is one of FUTEK’s most in-demand sensors. Engineered for both tension and compression, it offers ±0.1% nonlinearity, ensuring high accuracy in critical applications. With a robust 17-4 stainless steel construction, a 10x overload protection, and a small footprint (0.75” x 0.3”), it is ideal for integration into space-constrained systems. See how Jenny Science utilizes the LSB205 in their ForceTeq Pro system to ensure precise force control in injection pen assembly—a crucial step in pharmaceutical manufacturing.

Do you know the proper grounding techniques for connecting multiple devices within a system? Find the answer in the slides below ?? Effective grounding is critical for achieving accurate measurements when integrating instruments, controllers, sensors, and DUTs into a test and measurement setup. ??? For more information, see the full guide on Effective Grounding Techniques: https://bit.ly/4heahnF

Last summer, FUTEK introduced a High School Internship Program aimed at nurturing the next generation of talent in electrical engineering. Designed to offer a seamless transition from theoretical learning to practical application, the program immersed students in PCB design, testing, validation, and system simulation. In collaboration with IPSF, this initiative provides graduates from Woodbridge High School with a distinctive opportunity to engage in hands-on projects while pursuing higher education at institutions such as UC Davis, MIT, and Irvine Valley College. Interns contributed to impactful projects, including automating sensor calibration systems, all while developing essential teamwork and communication skills. One participant reflected on the experience:?"Initially, I was unsure of myself, but by asking questions and collaborating with peers, I gained both confidence and technical expertise." This partnership with IPSF underscores our commitment to equipping young engineers with the tools and experience needed to innovate and lead. Explore the full story and watch the intern team’s interview on the IPSF website:? https://bit.ly/4h8JrNB

As we welcome 2025, we're excited to spotlight one of our standout products:?the LSB205 S-Beam? Jr. Load Sensor. This miniature load sensor is one of FUTEK’s most in-demand sensors, due to its small footprint, high performance and exceptional quality and durability. Featuring unparalleled capabilities for a sensor of its size, the versatile and universal LSB205 offers limitless possibilities for applications. Learn about the design of LSB205 from our engineering team in video below ??https://bit.ly/3ZlwMPu #MechanicalEngineering?#PrecisionSensors?#FUTEK

?? Happy New Year from all of us at FUTEK! As we step into 2025, we want to take a moment to thank everyone who made 2024 such a remarkable year: ?? Our Customers – Your trust drives our innovation and dedication. ?? Our Suppliers – Your partnership ensures we deliver excellence. ??♂? Our Team – Your commitment and expertise are the foundation of our success. Here’s to another year of collaboration, innovation, and success. We’re excited for the opportunities ahead in 2025! #FUTEK #2025 #Engineering

Here is why our new miniature LSB206 Digital S-Beam Jr.? is one of most powerful sensor solutions: ?? Up to 15 Bits of Noise-Free Resolution (NFR): Enjoy precise measurements, reducing error margins. ?? ±0.1% Nonlinearity: Ensure consistent and reliable data, vital for critical applications and save costs by minimizing the need for recalibrations ?? Up to 1,300 SPS (Samples Per Second): Gain instant access to data, enabling swift response to changing conditions. ?? Ready to meet LSB206? https://bit.ly/3ZTnYT0 #Engineering #Loadcell

In aerospace and engineering, balance is everything. Meet the LSB206, a game-changer in Center of Gravity (CG) measurement. ?? CG represents an object's balance point, crucial in aerospace design for stability and performance. Think precise thrust alignment for a smooth flight. ?? ?? How It Works: Load cells, like FUTEK's new LSB206 Digital Miniature S-Beam? Jr.?Load Cell, calculate CG using weight and distance formulas, providing accurate coordinates. ?? The Process: Load cell installation, signal conditioner integration, and real-time monitoring with FUTEK's tools ensure precision. See how load cells are placed in center of gravity scales and find a helpful guide of load cell recommendations ?? https://bit.ly/4fzBFMf #CenterOfGravity #EngineeringInnovation #FUTEK

Material Testing. Automotive Crash Tests. Aerospace and Defense Testing. These industries ensure safety through impact force testing ??, using tools that offer precision and reliability. Strain gauge load cells, like the LLB500 Load Button, deliver accurate results with a frequency response of up to ~20 kHz. When paired with the USB225 Pro Elite digital signal conditioner (sampling up to 38,400 SPS) and SENSIT data logging software, engineers can capture, record, and analyze peak and impact forces with high accuracy. ??Click this link to?explore how load cells can be used for impact force measurements, common applications, and relevant standards:?https://bit.ly/44bsElK #Engineering?#manufacturing?#manufacturingtesting

Both UART and SPI find widespread use in embedded system designs due to their user-friendly operation and simplicity. Our all-encompassing guide delves into the intricate technical aspects of UART and SPI, offering deep insights into how these protocols elevate the precision of FUTEK's LSB206 Digital Miniature S-Beam Jr.? Load Sensor. Find our guide here: https://bit.ly/4fZjEH0