PURGE MOISTURE

The industry standard is failure. PURGE is the correction. High-velocity exhaust, precision load sensing, and direct IoT control for filaments that demand perfection.

> TEMP: 55°C
> HUM: 12%
> FAN: 100%

PURGE PROTOCOL INITIATED // MOISTURE IS THE ENEMY // DO NOT COMPLY // 850G REMAINING // PURGE PROTOCOL INITIATED // MOISTURE IS THE ENEMY // DO NOT COMPLY // 850G REMAINING // PURGE PROTOCOL INITIATED // MOISTURE IS THE ENEMY // DO NOT COMPLY // 850G REMAINING // PURGE PROTOCOL INITIATED // MOISTURE IS THE ENEMY // DO NOT COMPLY // 850G REMAINING //

THERMODYNAMICS

ACTIVE
VENTILATION

Traditional dryers are saunas. They heat the water, turn it into steam, and leave it in the box.

PURGE uses a 60mm high-static pressure fan to aggressively eject saturated air while pulling in fresh, dry air.

300%

Faster Drying

Re-absorption

FIG. 1.2

MOISTURE EJECTION

REMOTE
COMMAND

ESP8266 INTERFACE // PORT 8080

ZERO LATENCY

Direct WiFi connection. No cloud dependency required. You own the hardware, you own the data.

LIVE TELEMETRY

Real-time graphing of humidity drop and temperature stability. Watch the moisture die.

CRITICAL ALERTS

"Filament Dry." "Heater Error." "Spool Empty." Get notified before the print fails.

TECHNICAL
DOMINANCE

We don't sell boxes. We sell controlled environments.

V1.0

Core

ESP8266 Wi-Fi SoC [CONNECTED]

Thermal

AI-Regulated Chrome Wire [HOT]

Sensor

Calibrated DHT11 Module + HX711 Load Cell [ACTIVE]

Exhaust

60mm Static Pressure Fan

Field Logs

LOG #402

"My Nylon prints were failing for weeks. Ran PURGE protocol for 4 hours. Moisture dropped from 60% to 15%. Print succeeded."

UNIT_OPERATOR_ALEX

LOG #891

"The load cell integration is a game changer. I finally know exactly how much filament I have left for overnight jobs."

MAKER_PRO_99

LOG #112

"Brutal design. Works exactly as described. No fluff. Just dry filament. The interface makes me feel like I'm hacking the Gibson."

SYSADMIN_RYAN

SYSTEM READY // WAITING FOR INPUT // CHECKING PERIPHERALS // SYSTEM READY // WAITING FOR INPUT // CHECKING PERIPHERALS // SYSTEM READY // WAITING FOR INPUT // CHECKING PERIPHERALS // SYSTEM READY // WAITING FOR INPUT // CHECKING PERIPHERALS // SYSTEM READY // WAITING FOR INPUT // CHECKING PERIPHERALS // SYSTEM READY // WAITING FOR INPUT // CHECKING PERIPHERALS //