Price (USD)
OG E-Nano edgeOG E-Nano
$200
PAX 3
$250
OG E-Nano is typically around $50 lower.
Vaporizer Comparison
OG E-Nano vs PAX 3
OG E-Nano
VS
PAX 3
Side-by-side specs, pricing context, and clear decision guidance.
Editorial Summary
OG E-Nano and PAX 3 solve similar use-cases with different tradeoffs. OG E-Nano is usually the lower-cost pick at $200, around $50 below PAX 3. Session style, airflow, and extraction behavior will matter more than raw spec sheet numbers here.
Specs Compared
17
Different Specs
17
Shared Specs
0
Overall Overlap
0%
Head-to-Head Highlights
A quick snapshot of the specs people usually care about first.
Heat-Up Time
Close callOG E-Nano
—
PAX 3
<30 seconds
Both devices are in a similar heat-up range.
Weight
Close callOG E-Nano
—
PAX 3
~93 grams
Weight is close enough that portability is likely similar.
Heating Style
Close callOG E-Nano
—
PAX 3
Conduction
Heating style differs, which can impact flavor and extraction behavior.
Key Differences at a Glance
Top specs where these two devices diverge.
Price (USD)
OG E-Nano
$200
vs
PAX 3
$250
Device Type
OG E-Nano
Desktop
vs
PAX 3
Portable
Heating Type
OG E-Nano
—
vs
PAX 3
Conduction
Heat Up Time
OG E-Nano
—
vs
PAX 3
<30 seconds
Temperature Range
OG E-Nano
0-560°F
vs
PAX 3
182°C - 215°C (260°F - 420°F)
Chamber Capacity
OG E-Nano
—
vs
PAX 3
<0.35 grams
Battery Capacity
OG E-Nano
—
vs
PAX 3
3500mAh
Charge Time
OG E-Nano
—
vs
PAX 3
~90 minutes
Bluetooth / App
OG E-Nano
—
vs
PAX 3
Yes
Dimensions
OG E-Nano
—
vs
PAX 3
98mm x 31mm x 22mm
Choose OG E-Nano if...
- You want the lower listed entry price ($200 vs $250).
- You prefer a — heating profile.
- Your usage leans toward desktop and convection sessions.
Choose PAX 3 if...
- You prefer a conduction heating profile.
- Your usage leans toward portable and conduction sessions.
- You prefer PAX 3's overall feature mix and form factor.
Spec Comparison Table
Direct comparison of every spec from each device profile.
17 differ 0 shared
| Specification | OG E-Nano | PAX 3 |
|---|---|---|
| Price (USD) | $200 | $250 |
| Device Type | Desktop | Portable |
| Heating Type | — | Conduction |
| Heat Up Time | — | <30 seconds |
| Temperature Range | 0-560°F | 182°C - 215°C (260°F - 420°F) |
| Chamber Capacity | — | <0.35 grams |
| Battery Capacity | — | 3500mAh |
| Charge Time | — | ~90 minutes |
| Bluetooth / App | — | Yes |
| Dimensions | — | 98mm x 31mm x 22mm |
| Weight | — | ~93 grams |
| Power Adjustment | Rotary Knob | Modular - 4 stages |
| Brand | Epickai | PAX Labs |
| Country Of Manufacture | United States (USA) | — |
| Heating Time | 2 Minutes | — |
| Power Cable Length | 2.5 Metres | — |
| Power Source | AC Power (110v) | — |
Comparison FAQs
What is the biggest difference between the OG E-Nano and the PAX 3?
The biggest practical difference is form factor: these aren't the same kind of device. OG E-Nano is a desktop, PAX 3 is a portable. Pick based on whether you want something portable or something stationary.
Which is cheaper, the OG E-Nano or the PAX 3?
OG E-Nano is the cheaper option at $200 compared with $250 for the PAX 3, about $50 less. Live retailer pricing can shift, so confirm before buying.
Is the OG E-Nano or the PAX 3 better for home versus on-the-go use?
PAX 3 is the take-anywhere choice. It's a portable, battery-powered unit, while the OG E-Nano is built for home use, where bigger heaters, AC power, and larger chambers make sense.
Does the OG E-Nano or the PAX 3 have a companion app?
Only the PAX 3 pairs with a companion app. The OG E-Nano relies entirely on its on-device controls.
Which is more discreet, the OG E-Nano or the PAX 3?
PAX 3 is the better pick if low-profile use matters. It's tagged as stealth or pocket-friendly in our database, while the OG E-Nano is more conspicuous in hand and harder to keep out of sight.
Is the OG E-Nano or the PAX 3 better for microdosing?
OG E-Nano is the better fit for microdosing in our database, typically thanks to a smaller chamber, finer temperature control, or both.
Need a different matchup?
Jump into the comparison hub to pick any two devices and open a canonical side-by-side page.