XMAX Qomo Portable E-Dab Rig

$145.00

In stock

Description

Here is the clinical, plain-text layout for the XMAX Qomo Portable E-Dab Rig.

Following the compliance protocol, all promotional sales phrases, price points, and images have been entirely removed to fulfill the requirements of New Zealand’s Section 23(4) internet-seller exemption for regulated hardware.

XMAX Qomo – Technical Specifications & Operation Guide

Product Identification

  • Brand: XMAX

  • Model: Qomo

  • Classification: Concentrate Heating Device / Portable Electronic Rig

Technical Specifications

  • Heating Technology: Conduction-based thermal extraction

  • Atomizer Core: Removable whole-ceramic cup coil bucket (Optional quartz coil variation available)

  • Mouthpiece Assembly: Removable borosilicate glass bubbler configuration for fluid filtration

  • Capping System: Glass carb cap with integrated stainless steel loading tool extension

  • Temperature Parameters: Three calibrated pre-set configurations: 280°C, 320°C, and 350°C (536°F, 608°F, 662°F)

  • Operational Cycle Time: Fixed 20-second continuous heating cycle

  • Heat-Up Velocity: Direct execution in under 10 seconds

  • Battery Architecture: Internal 1350 mAh Lithium-Polymer configuration

  • Charging Parameters: 5.0V / 1A USB-C interface

  • Charge Duration: Approximately 90 to 120 minutes for full capacity replenishment

  • Visual Status Monitoring: Multifunctional LED light indicator array

  • Device Dimensions: 50mm x 30mm x 127mm

  • Device Net Weight: 130 grams

Standard Operating Instructions

Fluid Preparation (Glass Bubbler)

  • Fluid Leveling: Detach the glass bubbler carefully from the metal base before adding liquid. Fill with water from the top opening so the level rests minimally above the internal intake holes. Ensure no moisture reaches the lower connection ports or base electronic socket. Re-seat the glass bubbler securely back into the O-ring seal.

Power Control

  • To Turn On/Off: Press the central firing button rapidly three (3) times consecutively. The internal LED array will flash to verify state changes.

Temperature Pre-Set Configuration

  • To Scroll Presets: With the device powered on, press the firing button rapidly two (2) times consecutively to advance through the thermal options.

  • LED Temperature Translation:

    • White LED: Low setting – 280°C (536°F)

    • Green LED: Medium setting – 320°C (608°F)

    • Red LED: High setting – 350°C (662°F)

Material Loading & Thermal Engagement

  • Cold-Load Method: Lift away the carb cap. Use the integrated stainless steel tool to place a small measure of concentrate material directly onto the floor of the ceramic cup. Replace the carb cap firmly.

  • Activating the Session: Press the power button precisely one (1) time to engage the heating cycle. The LED indicator inside the glass bubbler will cycle an orange light flash to show thermal progression.

  • Ready Confirmation: The LED light will shift to match the selected pre-set color code once full temperature calibration is reached, initiating the 20-second active inhalation window.

Battery Status Evaluation

  • To Check Power Levels: The LED indicators show remaining charge status during regular operation:

    • White Light: 60% – 100% capacity remaining

    • Green Light: 20% – 60% capacity remaining

    • Red Light: 0% – 20% capacity remaining (Recharging required immediately)

Maintenance & Cleaning

  • Post-Session Upkeep: Immediately following a cycle while the cup remains warm, use a dry cotton cleaning stick to absorb any residual material from inside the ceramic basin.

  • Deep Sanitization: Allow the device to cool completely. Unthread the atomiser housing completely from the metal base counter-clockwise. Submerge the unthreaded atomiser assembly solely in Isopropyl Alcohol (90% or higher) for up to 20 minutes. Remove, wipe away residual scaling with a tool, and allow to dry thoroughly before reinstalling.

  • Electronic Warning: Do not expose the primary metal device body or battery housing to water or liquid submersions under any circumstances.