Pros
- Hybrid heating method for versatile effects
- Unique Bluetooth app control
- Fast heat-up time of 35 seconds
- Discreet, elegant design, portable
Cons
- Non-removable battery, no passthrough charging
- No dosing capsule compatibility
- Device price positioned in premium segment
PAX Flow — Greenstone — Price Comparison (12 shops)
Last updated: 01/05/2026, 1:09 PM
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Specifications
| Specifications | |
|---|---|
| Heating Method | Hybrid |
| Device Type | Portable |
| Brand | PAX |
| Power Source | Battery |
| Temperature Range | 180°C - 225°C |
| Heat-up Time | 40 seconds |
| Battery Capacity | 2000 mAh |
| Weight | 135 g |
| Warranty | 2 years |
| Water Pipe Compatible | View water pipe adapters |
| Session Mode | Session |
| Temperature Control | Presets |
| Material | Dry Herb |
| Vapor Path | Metal |
| Battery Type | Proprietary |
| Replaceable Battery | No |
| Passthrough Charging | Yes |
| Charging Port | usb-c |
About this vaporizer
- Hybrid heating method for versatile effects
- Unique Bluetooth app control
- Fast heat-up time of 35 seconds
- Discreet, elegant design, portable
- Non-removable battery, no passthrough charging
- No dosing capsule compatibility
- Device price positioned in premium segment
The PAX Flow from PAX Labs is the latest portable vaporizer from the Californian brand and relies on pure convection with a draw sensor. Instead of pressing a button, the device is simply activated by inhaling -- on-demand, with no waiting for a heat-up button. At just 90 grams, with USB-C charging and around 90 minutes of battery life, the Flow is aimed at users looking for a straightforward everyday vaporizer.
The temperature is controlled via 4 presets (182, 193, 204 and 215 °C). An LED ring and haptic feedback replace a display. PAX offers a 10-year warranty on the Flow -- a clear signal of durability. Current prices are available in the price comparison.
See also: PAX Flow · PAX Mini · PAX Four · PAX Mini 2
Convection Heating and Draw Sensor
The PAX Flow uses pure convection. Hot air passes through the herb in the stainless steel chamber instead of heating the chamber directly. The result: more even extraction and a clearer flavour profile than with conduction devices.
The draw sensor starts the heating automatically when you inhale on the mouthpiece – no button, no preheating. Heat-up time is around 20 seconds. Between draws, the heater switches off, which saves material. This on-demand principle fundamentally sets the Flow apart from older PAX models such as the PAX Plus or PAX 3, which used session-based conduction.
Anyone who prefers short individual draws benefits more from the convection principle than session users. The vapour tastes fresher and the plant material is used more evenly.
Research context: A study in the Journal of Pharmaceutical Sciences (Hazekamp et al., 2006) showed that vaporisation at controlled temperatures releases over 95 % of the desired active compounds, while combustion by-products are largely avoided. Source: PubMed 16637053
Design, Battery and Charging Time
At around 90 g, the PAX Flow is one of the lightest portable vaporizers on the market. The brushed aluminium body feels good in the hand and fits into any trouser pocket. The finish is typically PAX: matte, minimalist, with no unnecessary elements.
According to PAX, the battery lasts around 90 minutes. In practice, 8–12 sessions are realistic depending on temperature and draw frequency. It charges via USB-C in 60–90 minutes.
Status information is handled by an LED ring on the front. It shows the selected temperature, battery charge level and operating status. There is also haptic feedback (vibration) when the device is ready or the temperature changes.
Temperature Presets and App
The device offers 4 temperature levels:
- Level 1 (182 °C): Flavour-rich, light vapour – ideal to start with.
- Level 2 (193 °C): Balanced, with good vapour production.
- Level 3 (204 °C): Denser vapour, stronger extraction.
- Level 4 (215 °C): Maximum vapour production.
Via the PAX App (iOS/Android, Bluetooth LE), you can check the battery level and install firmware updates. The app is optional – the Flow works perfectly without it.
Oven Chamber and Half-Pack Lid
The stainless steel chamber holds around 0,3 g of dried herb. Stainless steel is durable, easy to clean and neutral in taste during convection use.
A half-pack lid is included, reducing the capacity to about 0,15 g. For solo sessions with a small amount of material, this is the better choice: extraction becomes more efficient, vapour denser, and there is less leftover herb.
The lip-sensing technology detects when you inhale and adjusts the heating accordingly. Result: no unnecessary energy consumption between draws.
How Do I Clean and Maintain My Vaporizer?
After each session, brush out the chamber with the supplied brush while the oven is still warm. This prevents build-up.
Once a week: remove the mouthpiece and run a pipe cleaner soaked in isopropanol (90 %+) through the vapour path. Replace the screen if needed. The PAX Flow is low-maintenance – convection devices become dirty more slowly than conduction devices because the herb does not sit directly on the heating element.
PAX Flow vs. PAX Plus vs. PAX Mini 2
| PAX Flow | PAX Plus | PAX Mini 2 | |
|---|---|---|---|
| Heating | Convection (on-demand) | Conduction (session) | Conduction (session) |
| Activation | Draw sensor | Button | Button |
| Temperature | 4 levels (182–215 °C) | 4 levels + app | 4 levels |
| Concentrates | No | Yes (insert) | No |
| Battery | ~90 min. | 3.300 mAh | 1.350 mAh |
| Weight | 90 g | ~100 g | ~78 g |
| Warranty | 10 years | 10 years | 2 years |
The PAX Flow is the right choice for users who prefer pure flavour and on-demand vapour. If you also want to vape concentrates or want app control down to the degree, go for the PAX Plus. The most compact entry point is the PAX Mini 2.
How Do I Clean and Maintain My Vaporizer?
Regular cleaning keeps the PAX Flow in top condition and ensures pure flavour. After each session, clean out the chamber with the brush and remove any loose residue. Once a week, clean the mouthpiece and vapour path with isopropyl alcohol (min. 90%).
Cleaning intervals
| Component | Frequency | Method |
|---|---|---|
| Chamber | After every session | Brush, tap out |
| Mouthpiece | Weekly | Iso bath (15 min) |
| Vapour path/screen | Every 2 weeks | Soak in iso, rinse |
| Outer housing | As needed | Damp cloth |
Avoid typical mistakes
- No water in the chamber — only isopropyl or dry cleaning
- Do not use sharp metal objects in the vapour path
- Replace screens in good time if draw resistance increases
What Are the Ideal Temperature Settings?
The right temperature on the PAX Flow determines flavour, vapour density and active compound profile. Lower temperatures (170–185 °C) emphasise terpenes and deliver mild, aromatic vapour. Higher temperatures (195–210 °C) produce denser clouds and a stronger effect.
Temperature zones at a glance
| Zone | Range | Result |
|---|---|---|
| Flavour | 170–185 °C | Mild, aromatic, little visible vapour |
| Balance | 185–195 °C | Good flavour with visible vapour |
| Dense clouds | 195–210 °C | Strong vapour, more intense effect |
Practical tips
- Start at 180 °C and increase in 5-degree steps
- A finer grind often requires a temperature 5–10 °C lower
- In cold surroundings, increase the starting temperature by 5 °C
How Do I Charge the Battery Properly?
The battery of the PAX Flow lasts for several sessions under typical use. For maximum service life, keep the battery between 20% and 80% and avoid deep discharge. USB-C charging with a high-quality power adaptor speeds up charging.
Battery tips
- Do not leave it permanently on the charger — unplug after 100%
- For replaceable batteries: use original or recommended cells
- Battery performance drops in the cold — let it warm up before the session
- Pass-through charging (if supported) allows use while charging
Product Comparisons 34
Comparison: PAX Flow vs. PAX Mini
| PAX Flow | PAX Mini | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 215 °C |
| Heat-up time | 35s | 22s |
| Battery | N/A (AC) | 3000 mAh |
| Price from | 190€ | 79€ |
The PAX Flow is better suited to users who prefer a portable device and appreciate a heat-up time of just 35 seconds. The PAX Mini is the right choice for anyone looking for a portable device and happy with a heat-up time of 22 seconds. Both devices come from PAX and offer high vapour quality.
Comparison: PAX Flow vs. PAX Plus
| PAX Flow | PAX Plus | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 215 °C |
| Heat-up time | 35s | 22s |
| Battery | N/A (AC) | 3300 mAh |
| Price from | 190€ | 101€ |
The PAX Flow is better suited to users who prefer a portable device and appreciate a heat-up time of just 35 seconds. The PAX Plus is the right choice for anyone looking for a portable device and happy with a heat-up time of 22 seconds. Both devices come from PAX and offer high vapour quality.
Comparison: PAX Flow vs. Veazy
| PAX Flow | Veazy | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 210 °C |
| Heat-up time | 35s | 40s |
| Battery | N/A (AC) | N/A (AC) |
| Price from | 190€ | 179€ |
The PAX Flow from PAX starts at 190€ and heats up in 35 seconds. The Veazy from Veazy comes in at 179€ with a heat-up time of 40 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. Crafty+
| PAX Flow | Crafty+ | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 210 °C |
| Heat-up time | 35s | 60s |
| Battery | N/A (AC) | N/A (AC) |
| Price from | 190€ | 189€ |
The PAX Flow from PAX starts at 190€ and heats up in 35 seconds. The Crafty+ from Storz & Bickel comes in at 189€ with a heat-up time of 60 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. Solo 3 V2
| PAX Flow | Solo 3 V2 | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 220 °C |
| Heat-up time | 35s | 15s |
| Battery | N/A (AC) | 5000 mAh |
| Price from | 190€ | 203€ |
The PAX Flow from PAX starts at 190€ and heats up in 35 seconds. The Solo 3 V2 from Arizer comes in at 203€ with a heat-up time of 15 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. IQ3
| PAX Flow | IQ3 | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 221 °C |
| Heat-up time | 35s | 30s |
| Battery | N/A (AC) | 4000 mAh |
| Price from | 190€ | 182€ |
The PAX Flow from PAX starts at 190€ and heats up in 35 seconds. The IQ3 from DaVinci comes in at 182€ with a heat-up time of 30 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. HyperDyn
| PAX Flow | HyperDyn | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 220 °C |
| Heat-up time | 35s | 8s |
| Battery | N/A (AC) | 3400 mAh |
| Price from | 190€ | 183€ |
The PAX Flow from PAX starts at 190€ and heats up in 35 seconds. The HyperDyn from DynaVap comes in at 183€ with a heat-up time of 8 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. New Proxy
| PAX Flow | New Proxy | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 285 °C |
| Heat-up time | 35s | 30s |
| Battery | N/A (AC) | 1680 mAh |
| Price from | 190€ | 180€ |
The PAX Flow from PAX starts at 190€ and heats up in 35 seconds. The New Proxy from Puffco comes in at 180€ with a heat-up time of 30 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. Venty
| PAX Flow | Venty | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 210 °C |
| Heat-up time | 35s | 20s |
| Battery | N/A (AC) | N/A (AC) |
| Price from | 0€ | 1€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Venty from Storz & Bickel comes in at 1€ with a heat-up time of 20 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. Air MAX
| PAX Flow | Air MAX | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 220 °C |
| Heat-up time | 35s | 60s |
| Battery | N/A (AC) | 5000 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Air MAX from Arizer comes in at 0€ with a heat-up time of 60 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. Solo 2 MAX
| PAX Flow | Solo 2 MAX | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 220 °C |
| Heat-up time | 35s | 30s |
| Battery | N/A (AC) | 3400 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Solo 2 MAX from Arizer comes in at 0€ with a heat-up time of 30 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. V3 Pro
| PAX Flow | V3 Pro | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 220 °C |
| Heat-up time | 35s | 15s |
| Battery | N/A (AC) | 2600 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The V3 Pro from XMAX comes in at 0€ with a heat-up time of 15 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. G3
| PAX Flow | G3 | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 220 °C |
| Heat-up time | 35s | 8s |
| Battery | N/A (AC) | N/A (AC) |
| Price from | 0€ | 30€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The G3 from DynaVap comes in at 30€ with a heat-up time of 8 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. XS GO
| PAX Flow | XS GO | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 216 °C |
| Heat-up time | 35s | 20s |
| Battery | N/A (AC) | 1200 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The XS GO from AirVape comes in at 0€ with a heat-up time of 20 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. Solo 2
| PAX Flow | Solo 2 | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 220 °C |
| Heat-up time | 35s | 30s |
| Battery | N/A (AC) | 3400 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Solo 2 from Arizer comes in at 0€ with a heat-up time of 30 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. Elite II
| PAX Flow | Elite II | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 221 °C |
| Heat-up time | 35s | 20s |
| Battery | N/A (AC) | 2100 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Elite II from G Pen comes in at 0€ with a heat-up time of 20 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. Starry 4
| PAX Flow | Starry 4 | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 240 °C |
| Heat-up time | 35s | 30s |
| Battery | N/A (AC) | 2550 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Starry 4 from XMAX comes in at 0€ with a heat-up time of 30 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. Firefly 2+
| PAX Flow | Firefly 2+ | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Convection |
| Temperature | 225 °C | 260 °C |
| Heat-up time | 35s | 3s |
| Battery | N/A (AC) | 770 mAh |
| Price from | 0€ | 10€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Firefly 2+ from Firefly comes in at 10€ with a heat-up time of 3 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. XLux Roffu
| PAX Flow | XLux Roffu | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Convection |
| Temperature | 225 °C | 240 °C |
| Heat-up time | 35s | 20s |
| Battery | N/A (AC) | 3200 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The XLux Roffu from XLux comes in at 0€ with a heat-up time of 20 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. Mighty
| PAX Flow | Mighty | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 210 °C |
| Heat-up time | 35s | 90s |
| Battery | N/A (AC) | 5800 mAh |
| Price from | 0€ | 1€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Mighty from Storz & Bickel comes in at 1€ with a heat-up time of 90 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. XVape Aria
| PAX Flow | XVape Aria | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 240 °C |
| Heat-up time | 35s | 15s |
| Battery | N/A (AC) | 2600 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The XVape Aria from XMAX comes in at 0€ with a heat-up time of 15 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. M Plus
| PAX Flow | M Plus | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 230 °C |
| Heat-up time | 35s | 8s |
| Battery | N/A (AC) | N/A (AC) |
| Price from | 0€ | 30€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The M Plus from DynaVap comes in at 30€ with a heat-up time of 8 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. PAX 3
| PAX Flow | PAX 3 | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 215 °C |
| Heat-up time | 35s | 22s |
| Battery | N/A (AC) | 3500 mAh |
| Price from | 0€ | 0€ |
The PAX Flow is better suited to users who prefer a portable device and appreciate a heat-up time of just 35 seconds. The PAX 3 is the right choice for anyone looking for a portable device and happy with a heat-up time of 22 seconds. Both devices come from PAX and offer high vapour quality.
Comparison: PAX Flow vs. Fog Pro
| PAX Flow | Fog Pro | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Convection |
| Temperature | 225 °C | 220 °C |
| Heat-up time | 35s | 15s |
| Battery | N/A (AC) | 3200 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Fog Pro from XMAX comes in at 0€ with a heat-up time of 15 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. Fenix Mini+
| PAX Flow | Fenix Mini+ | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 221 °C |
| Heat-up time | 35s | 25s |
| Battery | N/A (AC) | 1600 mAh |
| Price from | 0€ | 16€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Fenix Mini+ from Fenix comes in at 16€ with a heat-up time of 25 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
Comparison: PAX Flow vs. CFX Plus
| PAX Flow | CFX Plus | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 221 °C |
| Heat-up time | 35s | 30s |
| Battery | N/A (AC) | 5000 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The CFX Plus from Boundless comes in at 0€ with a heat-up time of 30 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. CFC 2.0
| PAX Flow | CFC 2.0 | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 230 °C |
| Heat-up time | 35s | 30s |
| Battery | N/A (AC) | 1200 mAh |
| Price from | 0€ | 30€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The CFC 2.0 from Boundless comes in at 30€ with a heat-up time of 30 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. Zeus Ion
| PAX Flow | Zeus Ion | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 220 °C |
| Heat-up time | 35s | 30s |
| Battery | N/A (AC) | 650 mAh |
| Price from | 0€ | 22€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Zeus Ion from Zeus comes in at 22€ with a heat-up time of 30 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. XVape Avant
| PAX Flow | XVape Avant | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 220 °C |
| Heat-up time | 35s | 15s |
| Battery | N/A (AC) | 1200 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The XVape Avant from XMAX comes in at 0€ with a heat-up time of 15 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. Hit
| PAX Flow | Hit | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Convection |
| Temperature | 225 °C | 248 °C |
| Heat-up time | 35s | 30s |
| Battery | N/A (AC) | 1400 mAh |
| Price from | 0€ | 25€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Hit from Yocan comes in at 25€ with a heat-up time of 30 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. Yocan Orbit
| PAX Flow | Yocan Orbit | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 370 °C |
| Heat-up time | 35s | 10s |
| Battery | N/A (AC) | 1700 mAh |
| Price from | 0€ | 26€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The Yocan Orbit from Yocan comes in at 26€ with a heat-up time of 10 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. LITL Sneaky
| PAX Flow | LITL Sneaky | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 220 °C |
| Heat-up time | 35s | 25s |
| Battery | N/A (AC) | 630 mAh |
| Price from | 0€ | 23€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The LITL Sneaky from LITL comes in at 23€ with a heat-up time of 25 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. IQ2
| PAX Flow | IQ2 | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Conduction |
| Temperature | 225 °C | 221 °C |
| Heat-up time | 35s | 30s |
| Battery | N/A (AC) | 3500 mAh |
| Price from | 0€ | 0€ |
The PAX Flow from PAX starts at 0€ and heats up in 35 seconds. The IQ2 from DaVinci comes in at 0€ with a heat-up time of 30 seconds. The two devices use different heating methods and suit demanding users in this price range.
Comparison: PAX Flow vs. Mighty+
| PAX Flow | Mighty+ | |
|---|---|---|
| Type | Portable | Portable |
| Heating | Hybrid (conv. + cond.) | Hybrid (conv. + cond.) |
| Temperature | 225 °C | 210 °C |
| Heat-up time | 35s | 60s |
| Battery | 3300 mAh | 3200 mAh |
| Price from | 193€ | 143€ |
The PAX Flow from PAX starts at 193€ and heats up in 35 seconds. The Mighty+ from Storz & Bickel comes in at 143€ with a heat-up time of 60 seconds. Both devices use hybrid (conv. + cond.) heating and suit demanding users in this price range.
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