Price (USD)
XVape Lanza edgeLinx Apollo
$260
XVape Lanza
$50
XVape Lanza is typically around $210 lower.
Vaporizer Comparison
Linx Apollo vs XVape Lanza
Side-by-side specs, pricing context, and clear decision guidance.
Linx Apollo
Linx Vapor $260
VS
XVape Lanza
XVape $50
Editorial Summary
Linx Apollo and XVape Lanza are both portable / electronic vaporizers, but they target different priorities. XVape Lanza is usually the lower-cost pick at $50, around $210 below Linx Apollo. Session style, airflow, and extraction behavior will matter more than raw spec sheet numbers here.
Specs Compared
25
Different Specs
22
Shared Specs
3
Overall Overlap
12%
Shared Traits
Portable Electronic
Head-to-Head Highlights
A quick snapshot of the specs people usually care about first.
Key Differences at a Glance
Top specs where these two devices diverge.
Price (USD)
Linx Apollo
$260
XVape Lanza
$50
Temperature Range
Linx Apollo
220°F - 428°F
XVape Lanza
180°C - 220°C (356°F - 428°F)
Battery Capacity
Linx Apollo
2600mAh
XVape Lanza
1000mAh
Battery Life
Linx Apollo
~10 sessions
XVape Lanza
~25 minutes
Charging
Linx Apollo
Micro USB
XVape Lanza
USB-C
Power Adjustment
Linx Apollo
Modular - 4 Stages
XVape Lanza
Preset - 5 Stages
Chamber Material
Linx Apollo
Quartz
XVape Lanza
Ceramic
Brand
Linx Apollo
Linx Vapor
XVape Lanza
XVape
Choose Linx Apollo if...
- You prefer a — heating profile.
- Your usage leans toward concentrates sessions.
- You prefer Linx Apollo's overall feature mix and form factor.
Choose XVape Lanza if...
- You want the lower listed entry price ($50 vs $260).
- You prefer a conduction heating profile.
- Your usage leans toward budget and ceramic chamber sessions.
Spec Comparison Table
Direct comparison of every spec from each device profile.
22 differ 3 shared
| Specification | Linx Apollo | XVape Lanza |
|---|---|---|
| Price (USD) | $260 | $50 |
| Device Type | Portable | Portable |
| Heating Type | — | Conduction |
| Heat Up Time | — | ~15 seconds |
| Temperature Range | 220°F - 428°F | 180°C - 220°C (356°F - 428°F) |
| Chamber Capacity | N/A | — |
| Battery Type | Internal | Internal |
| Battery Capacity | 2600mAh | 1000mAh |
| Battery Life | ~10 sessions | ~25 minutes |
| Charging | Micro USB | USB-C |
| Charge Time | 3-4 hours | — |
| Dimensions | 60 x 40 x 40mm | — |
| Weight | 150 grams | — |
| Power Adjustment | Modular - 4 Stages | Preset - 5 Stages |
| Chamber Material | Quartz | Ceramic |
| Concentrate Support | Yes | — |
| Brand | Linx Vapor | XVape |
| Adjustable Airflow | Yes | — |
| Auto Shut Off | — | Yes |
| Country of Manufacture | — | China |
| Display Type | — | RGB LED Light Bar |
| Manufacturer | — | TopGreen Technology Co |
| Session Style | — | Session |
| Session Timer | — | 3 / 5 minutes |
| Warranty | 1 year | 1 year |
Comparison FAQs
What is the biggest difference between the Linx Apollo and the XVape Lanza?
The biggest practical difference is price tier: the XVape Lanza sits at $50 while the Linx Apollo is $260, a gap of about $210 that puts them in different buying brackets.
Which is cheaper, the Linx Apollo or the XVape Lanza?
XVape Lanza is the cheaper option at $50 compared with $260 for the Linx Apollo, about $210 less. Live retailer pricing can shift, so confirm before buying.
Which is more discreet, the Linx Apollo or the XVape Lanza?
XVape Lanza is the better pick if low-profile use matters. It's tagged as stealth or pocket-friendly in our database, while the Linx Apollo is more conspicuous in hand and harder to keep out of sight.
What battery life can I expect from the Linx Apollo and the XVape Lanza?
Linx Apollo's spec sheet lists ~10 sessions; the XVape Lanza lists ~25 minutes. The two manufacturers measure battery life differently here, so direct comparison isn't straightforward.
Which uses USB-C, the Linx Apollo or the XVape Lanza?
XVape Lanza charges over USB-C; the Linx Apollo uses a Micro USB port. USB-C means one fewer cable to keep around if your phone and laptop already use it.
How similar are the Linx Apollo and the XVape Lanza?
Across the 25 specs we line up, they share 3 and differ on 22, an overlap of about 12%. The differences are concentrated in the areas the spec table highlights with a marker.
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