Projects & applications

Built for real use.

From award-winning student builds to hardware running in the field — a closer look at the functional prototypes, enclosures, and parts that leave the Elliztronics shop and go to work.

Truly award-winning
Student and research builds that earned competitive recognition.
Field-ready
Outdoor nodes and mounts deployed in real environments.
Made locally
Designed and 3D-printed in the Philippines.
A 3D-printed robot arm built by Elliztronics stands upright on a workbench with its control wiring running to the joints
3D-printed robot arm stood upright on a bench with its control wiring running to the joints
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Functional Prototype

3D Printed Robot Arm

A working robot arm built in the shop — printed structural arm and a two-finger gripper, with geared joints and metal bearings, assembled and running for a live demonstration.

  • Printed structural arm, joints, and gripper
  • Geared joints running on metal bearings
  • Wired and assembled into a working demo
Robot armFunctional prototypeLocal design
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White printed wrist-worn device showing temperature and heart-rate readings on a dark screen
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Wearable Prototype

Rabies Early Detection Prototype

Elliztronics printed the enclosure for an early rabies detection prototype — a device worn on the wrist, printed in PETG, designed by students at Marikina Science High School.

  • Wrist-worn wearable form factor
  • Printed in PETG
  • Designed by Marikina Science High School students
  • Awarded at BRANIAC 2026 and the 2026 MSHS Research Congress
PETGWearableStudent buildAward winner
Outdoor air quality node on a mast with a louvered sensor housing, solar panel, and wind sensor
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IoT & Sensing

PUP Air Quality Monitoring

Elliztronics printed enclosures for the PUP Air Quality Monitoring System outdoor nodes — an IoT, Meshtastic-powered setup with 3D-printed parts for real outdoor deployment.

  • Electronics enclosures, Stevenson screen housing, and mounting brackets
  • Printed in a mix of ASA and PETG
  • IoT and Meshtastic-powered outdoor nodes
  • A capstone project for PUP electronics engineering students
IoTMeshtasticOutdoorCustom mounts
Explore IoT Hardware
Handheld grey air quality device with an e-ink screen and a lit translucent status bar
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Product Enclosure

AniQ Handheld Air Quality Monitor

Designed and printed enclosure for a handheld air quality monitoring device — a compact build with tight air channels, an e-ink screen, and a translucent LED status bar, printed in PETG.

  • Handheld, low-profile enclosure
  • Tight air channels for the sensor
  • E-ink display with a translucent LED status bar
  • 1st place at the 2025 PUP ECE Circuits Fair
PETGProduct enclosureAward winner
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Material selection depends on the part design, intended environment, and required performance.

Have a project that needs a physical part?

Send us your device or idea — we'll design, print, and fit-check a part around it.

Request a Custom Quote Explore Custom 3D Printing