LabSmith News

Visit Us!

Upcoming Events

Software Upgrade for Automated uProcess and SVM340 Control

By sarah on October 23, 2015.

LabSmith has an innovative new automation software package that makes it easy to use real-time microscope imagery to control flow automatically. Our latest uProcess software includes a plug-in for automated control of the SVM340. Now you can write sequences to control SVM340 stage position, illumination, snapshots, and videos. When used in combination with the uProcess automated fluid handling devices (syringe pumps, valves, and pressure sensors), the new software provides complete experiment and imaging control.  The uProcess software update is FREE to all SVM340 and uProcess customers.



Click here to download the new uProcess Software. Instructions for using controlling the SVM340 in uProcess are given in Section 6 of the new uProcess user’s manual.



New 8000 V High Voltage Sequencer

By sarah on September 29, 2015.

Need faster, higher-resolution separations? Need to use long micro-channels? LabSmith’s HVS448 high voltage sequencers are now available with an 8000 V differential range. The HVS448-8000D includes all of the same great control and software features as our other sequencers, like precise voltage and current supply or sensing, millisecond switching, and 8-channel coordinated control. The HVS448-8000D is available in both our standard configuration and our low current configuration with 13 nA monitor resolution for nanofluidic applications. Click here for more information or to purchase.

USB Syringe Pumps, Valves, and Sensors

By sarah on December 8, 2014.

EIB200_breadboardControlling pumps, valves or sensors? No more RS232-USB adapters required! LabSmith now offers its uProcess™ interface with USB communication. The new electronic interface board (EIB200) controls over 100 uDevices for sequential operation and up to 10 uDevices for simultaneous operation. Priced the same as the original EIB100 (RS232 connection) it includes uProcess software, power supply, micro USB 2.0 cable, and flat ribbon connection cable. The EIB200 is compatible with uProcess Software versions 1.24.4 and later. Click here for more information or to purchase.

LabSmith Announces Distribution Agreement with JFE Shoji Electronics

By sarah on November 18, 2014.



Media Contact Information:

Name: Yolanda Fintschenko

Phone: (925) 292-5161



LabSmith Announces Distribution Agreement with JFE Shoji Electronics

LIVERMORE, CA (November 18, 2014) – LabSmith, Inc., a leading microfluidics lab equipment manufacturer, has formalized an agreement with JFE Shoji Electronics to distribute LabSmith’s products into the microfluidics life sciences market in Japan. This partnership gives Japanese scientists working at the interface of microfluidics and the life sciences access to an expansive range of tools for lab-on-chip experiments engineering, chemistry,. JFE Shoji Electronics, a subsidiary of JFE Shoji Trade Corporation, headquartered in Tokyo, Japan, is a distributor providing end-to-end solutions with tools to support customer’s flow chemistry and biology applications.

LabSmith, Inc., based in Livermore, California, expands the JFE Shoji Electronics product range, adding a wide range of tools for innovative laboratory electronic, visualization and microfluidic solutions. Seika Corporation, LabSmith’s first distribution partner in Japan, will continue to serve the Japanese market with the exclusive distribution of the LabSmith LC-series logic controllers.

JFE Shoji Electronics Corporation chief manager, Mr. Terunori Ogasawara, describes the Japanese market in microfluidics for life sciences as growing rapidly. “The government of Japan and local industry are investing heavily in life sciences R&D. Many working in the life sciences see an opportunity to develop new technology for biomedical research and diagnostics by leveraging the microfluidics platform. LabSmith products simplify these experiments. LabSmith tools have the sophistication to enable researchers to perform and automate cutting edge research. LabSmith components used for R&D and prototyping are also suitable for OEM applications in medical devices. We are offer products with such versatility to our customers.”

LabSmith president and CEO, Kirsten Pace agrees, stating “The Japanese investment in R&D across universities, government labs, and industry, creates an opportunity for the adoption and improvement of micro- and nano-technologies for life sciences applications. As life science research leaders move to lab-on-a-chip platforms that leverage the advantages of automation with small dimensional and volume scales, LabSmith tools can remove barriers to their success.”

By partnering, JFE Shoji Electronics and LabSmith can provide Japanese scientists with something more valuable than merely products – local service and support. “JFE Shoji Electronics has both a local presence and a commitment to customer service including product demonstrations, installation and support. I am impressed with both the product knowledge and the application support that JFE Shoji Electronics can offer our customers in Japan, “states Yolanda Fintschenko, Ph.D., Director of Sales, Marketing and New Technologies at LabSmith.


LabSmith LabPackage BYEC LabSmith agreement press release image

The LabSmith LabPackage for a completely equipped micro-and nanofluidic workstation is shown. LabSmith’s modular design for innovation meets confident control for reproducible results – from proof-of-concept to prototype. A high resolution version of this picture is enclosed.

About LabSmith, Inc.

LabSmith, Inc. builds laboratory tools that further the art of research. LabSmith products control all aspects of experimentation, including timing, synchronization, high voltage and current sourcing, fluid routing and event capture and visualization. Visit

About JFE Shoji Electronics


LabSmith, Inc.

6111 Southfront Road, Suite E Livermore, CA 94551 USA Phone (925) 292-5161
Fax (925) 454-9487



JFE Shoji Electronics

2nd Floor, JFE Shoji Building, 7-1 Otemachi 2-chome, Chiyoda-ku, Tokyo100-0004
Phone +81-3-5203-5648
Fax +81 -3 5203-5649