Milroy's experience-based innovation ensures superior quality and cost-efficiency. Our curiosity, exemplary record, and great customer service reflect a dedication to technical excellence and adaptive problem-solving.
WE'VE PRODUCED PARTS USED IN AIRCRAFT FROM THE FOLLOWING MANUFACTURERS
Why choose Milroy?
Impeccable quality record: zero RCCAs since 2019
AS9100 / ISO9001 Certified
Precision production: No major findings to date
Products may be used for EMI protection
Ultra-precise temperature bath test range -55°C-110°C
Capacity and capability for prototype part production
In-house automation for high-rate serial production
Better products via broad-experience innovation
Milroy's production capabilities used for aerospace have broader applications.
The precise tolerances required in the aerospace sector have allowed the teams at Milroy to develop skills and expertise through innovation that can be utilized in ways that eliminate issues and improve performance for operations in other industries as well. Discover several product categories we work with, and the skills that can cross over to make us a highly competitive option for your next project.
Temperature Sensors
We can produce RTD (Resistance Temperature Detectors), fine-wire sensors, wire-embedded sensors, window-temperature sensors, and optically-clear high-light-transmission (LT) sensors.
Micro-soldering – wires as small as 0.018mm (.0007”)
FOD (Foreign-Object Debris/Damage) prevention system (to standard AS9146)
Fine-wire embedding with automated precision
Efficient, repeatable process that is continually improved for cost and quality improvement
Product testing with a zero-acceptance-number sampling plan (C=0)
Standard product resistance tolerances of +/-1Ω. Tighter tolerances can be produced on request.
Custom process development to match customer drawings. Product design support available.
Experts of small-scale (6”x6” and smaller) lamination.
Additional Details
Ranging in size from a single 1” x 1” head to multiple heads embedded in a sheet of plastic the size of an aircraft cockpit window
We work with a variety of plastic materials (polyurethane, PVB, etc). All are clear and made to laminate into windows.
Small order quantities accepted.
Laminated and unlaminated products available
Polyimide-Laminated Temperature Sensors
We can produce RTD, fine-wire sensors, wire-wound sensors, and Kapton temperature sensors that can withstand lamination at 365°F and can be produced for even higher temperature assembly and usage. These thin sensors are flexible and capable of tight curvature (smaller than 25mm diameter).
Efficient and effective test practices for heaters
Micro-soldering – wires as small as 0.018mm (.0007”)
FOD (Foreign-Object Debris/Damage) prevention system (to standard AS9146)
Fine-wire embedding with automated precision
Efficient, repeatable process that is continually improved for cost and quality improvement
Product testing with a zero-acceptance-number sampling plan (C=0)
Standard product resistance tolerances of +/-1Ω. Tighter tolerances can be produced on request.
Custom process development to match customer drawings. Product design support available.
Experts of small-scale (6”x6” and smaller) lamination.
Thermistors
We produce RTD sensors, semi-conductor discs, and negative-temperature-coefficient sensors. These products are optically clear and suitable to be in constant view in a cockpit.
Applying conductive epoxy for electrical connections
Featured Project
Making the impossible a reality
Over 10 years ago, an aerospace engineer came to us needing a specific piece of equipment manufactured. It was a one-of-a-kind piece of equipment that didn’t yet exist, so we were excited to take on this unique challenge. Our team was able to help the engineer with their manufacturing challenge, and since then, we’ve worked together on a number of projects.
“They don’t just make what you want, they look at it and tell you if there’s something better or more feasible; they do their due diligence on everything. They are one of the best companies we’ve worked with.”
