NASA Soil Moisture Active Passive SMAP mission produces high-resolution global maps of soil moisture to track water availability around our planet and guide policy decisions.
Andrew Tool has provided resources to be used in the Dragonfly Mission to Titan.
The cutting-edge Coronagraph Instrument on the Nancy Grace Roman Space Telescope showcases groundbreaking technology that enables astronomers to directly capture images of planets orbiting distant stars. By effectively diminishing the overwhelming glare emitted by the host star, this instrument ...
Andrew Tool worked on parts for the Roman Space Telescope's primary instrument, known as the Wide-Field Instrument (WFI), offers an incredible range of capabilities. With WFI, users can enjoy wide-field imaging and multi-object, slitless spectroscopy, all within a field-of-view of 0.281 deg2. The ...
Andrew Tool has provided resources for the Nancy Grace Roman Space Telescope, named after the brilliant astronomer Nancy Grace Roman. The Roman Space Telescope is set to revolutionize our understanding of the universe. With its advanced imaging and spectroscopic instruments, it will provide ...
Andrew Tool had a hand in creating parts for the Ocean Color Instrument (OCI). PACE's primary sensor, the Ocean Color Instrument, is an advanced optical spectrometer that will revolutionize our understanding of the ocean. By measuring light across various wavelengths, the OCI will provide ...
Andrew Tool provided resources for the Restore-L Mission. The Restore-L mission aimed to extend the life of satellites in orbit by refueling them. It also focused on developing technologies for on-orbit satellite servicing, which could reduce space debris and prolong satellite operational life. The ...
Andrew Tool played a role in the development of the amazing Kodiak 3D Lidar system. When it comes to high orbit satellite servicing and planetary science missions, there are numerous challenges to overcome. These missions require accurate measurements, high speed, and long range capabilities, all ...
One significant contribution by Andrew Tool was its involvement in the Mars Rover Perseverance project. This remarkable rover, together with its aerial companion, had the extraordinary mission of exploring the mesmerizing geological wonders of Mars while diligently searching for any signs of ...
We were recently contracted by a defense industry customer who required the machining of high precision stator pins for use in one of their products. As a full service provider, at Andrew Tool & Machining, we were able to deliver the extensive assistance required to develop the specifications ...
Our capacity to provide high-precision machining services is exemplified in the project highlighted here. This project entailed the creation of mold punch pins for a medical client. The pins were machined from stainless steel to a diameter of 0.500″ and a length of 2.000″. Concentricity and ...
A customer in the wireless communications and aerospace industries recently contracted us at Andrew Tool & Machining for the manufacturing of laminated stator stacks for use in one of their products. The stacks were created from bonded and laminated steel and were machined to dimensions of ...
The anti-jam rings highlighted here are manufactured for a defense industry client on an ongoing basis. Composed of Grade 13-8 heat-treated (H1025) stainless steel tubing, they are turned and milled to a diameter of 70 mm, a thickness of 5.4 mm and to tolerances of ±0.025 mm. This project seems ...
In the project highlighted here, we were tasked with creating an actuator base that would be used on the robotic arm attached to the Mars Rover “Curiosity”.
