Bloomy Controls, Inc.
Bloomy Controls, Inc., (Bloomy) provides products and services for avionics real-time test, manufacturing functional test, battery test and simulation, as well as world-class NI LabVIEW, TestStand, and VeriStand application development. Typical applications include PCBA functional test; aerospace systems integration lab (SIL) data systems; avionics and battery hardware-in-the-loop (HIL) test; and rapid development of OEM software. These products and services exemplify the world’s best professional practices. Bloomy’s quality management system conforms to the ISO 9001:2015 standard. A National Instruments (NI) Platinum Partner, Bloomy set the industry standard in LabVIEW development best practices by publishing its internal development standards in The LabVIEW Style Book (copyright © 2007, Prentice Hall).
- 860-298-9925
- info@bloomy.com
- 68 Nutmeg Road South
South Windsor, CT 06074
United States of America
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product
Functional Test Fixtures
Reliable connections to device under test (DUT) test points are essential for robust functional test. Bloomy provides rugged fixtures and cable sets (ITAs) built for thousands and thousands of cycles in manufacturing environments. With the industry’s best mass interconnects and internal electronic keying, our fixtures are easy to change out and are automatically recognized by the test system.
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product
Electronics Functional Test
Functional test for productive manufacturing. Manufacturers of products enabled by electronics must assure proper operation prior to shipment. Bloomy’s line of universal test systems are ideal for functional test of your PCBAs and subassemblies, from the simplest to the most complex. The UTS family of products combines high-performance test instruments, switching, power control and mass-interconnect hardware with our robust UTS software suite into a low-risk, cost-effective and powerful test solution for your device under test (DUT).
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product
Multipurpose Module for SLSC
Bloomy’s Multipurpose Module for SLSC provides a convenient location in an SLSC system for applications ranging from a simple rearrangement of signals to installation of circuits and components. Both front panel connectors are mapped to screw terminals, through holes, and surface-mount technology pads thus accommodating a wide variety of components. Breakout areas for all rear transition interface (RTI) pins simplify integration into SLSC-based systems. On-board power supplies (±15VDC, +5V, and +3.3V) are also made available for the user’s analog and digital circuits. The module features a considerable amount of available board space for user applications.