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WOBURN, MA — KemLab is now offering its HARE SQ™, a state-of-the-art negative tone epoxy photoresist designed to revolutionize the world of polymeric MEMS, microfluidics, micromachining, and other permanent mi- croelectronic applications. HARE SQ sets a new standard in the in-
dustry, offering superior performance and enhanced features that make it the go-to so- lution for microfabrication needs. This cut- ting-edge photoresist is highly sensitive to NUV, i-line and broadband wavelengths, catering to a diverse range of lithographic processes. With film thicknesses ranging from 2 to 200 microns, HARE SQ opens up a multitude of possibilities for permanent ap- plications, including MEMS, microarrays, VSCEL, waveguides, antennas, sensors, mi-
crofluidics, PDMS molding, pixel walls, flu- idic channels, inkjet nozzles, and spacers.
March, 2024 KemLab Offers Negative Tone Epoxy Photoresist HARE SQ seamlessly integrates with
established SU-8 lithographic processes, of- fering an effortless transition from SU-8 neg- ative epoxy to KemLab’s HARE SQ. Embrace innovation without the need for extensive process overhauls. HARE SQ is designed to be highly com-
petitive in the market, offering better quality at a lower cost. HARE SQ uses a superior quality resin, specially engineered for the mi- croelectronics industry. This innovative resin manufacturing process results in a cleaner, more consistent negative epoxy photoresist with reduced particle count, improved trans- parency, and fewer microbubbles. HARE SQ resin material boasts excep-
HARE SQ negative tone epoxy photoresist.
tional visual clarity, reduced yellowing, and improved transparency compared to SU-8. These features result in enhanced light transmission and superior resistance to oxidative yellowing, ensuring the longevity of micro-
electronic applications. Contact: KemLab, Inc., 254
W Cummings Park, Woburn, MA 01801 % 781-281-0174 E-mail:
sales@kemlab.com Web:
www.kemlab.com
Gateway CHARLOTTE, NC — LUTZE’s new IO-link gateway provides a wide range of valuable functions, such as advanced energy manage- ment, monitoring status informa- tion like flowing current or operat- ing voltage, as well as remote con- trol and parameterization of all connected LOCC-Box-Net mod- ules. By incorporating a gateway into DC applications, each LOCC- Box-Net module can be configured and controlled individually or col- lectively as an entire set. The LOCC-Box ECB is com-
monly used in control cabinets for overload and short-circuit protec- tion. With the IO-link gateway, LUTZE is adding a module to its LOCC-Box portfolio that shares the same compact housing width as the LOCC-Box-Net modules themselves. The networkable LOCC-Box
modules and the IO-Link Gate- way create an interconnected system via jumper combs. The jumper combs connect
communication and 0V signals from one LOCC-Box module to another. In addition to the I/O- link interface, the gateway fea- tures a USB port, through which all relevant status information, such as trip diagnostics, and cur- rent and voltage measurements, can be read using the free LOCC-
Pads software. Contact: LUTZE, Inc., 13330
South Ridge Drive, Charlotte, NC 28272 % 704-248-5375 E-mail:
sari.gregson@
lutze.com Web:
www.lutze.com
LUTZE Introduces IO-Link
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