FISCO Mix Bar 12000 BLACKBERRY ICE

FISCO Mix Bar 12000 CHERRY COLA Rechargeable Disposable Vape – The Ultimate Vaping Experience

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Introduction

FISCO Mix Bar 12000 Blackberry Ice is a rechargeable portable device within the FISCO Mix Bar series, engineered with a dual mesh heating assembly, a 750mAh rechargeable power source, and a 23ml integrated reservoir. Unlike the sealed, non-rechargeable architecture of the WALA POP 10000 series, the FISCO Mix Bar 12000 adopts a rechargeable design with Type-C charging, dual-mode output selection (Norm and Turbo), and a breathing pulse LED indicator that provides real-time feedback on remaining charge and reservoir level.

FISCO is a brand registered under Shenzhen Chaowu Technology Co., Ltd.（深圳市潮雾科技有限公司）, with trademark filings dating to at least 2017 under international class 34. A separate but related entity, Shenzhen Fisco Technology Co., Ltd.（深圳市菲斯嘉科技有限公司）, established in August 2019, operates as the brand’s commercial vehicle, having received a strategic investment of RMB 50 million from Dingzhi Communications in April 2020. The brand has established a presence in European and UK markets through devices spanning multiple puff-count tiers — from the Point Pro 7000 to the Mix Bar 15000 — with a product philosophy centred on rechargeable architectures that offer user-adjustable performance parameters without requiring refilling or coil maintenance. This positions FISCO devices in the same “smart device” category as the ALIBARBAR INGOT series, where the user interacts with the device as an ongoing piece of equipment rather than a single-use consumable.

Profile Architecture: A Single-Note Blackberry Composition with Cooling Finish

The Blackberry Ice profile is structured as a single-note fruit composition with a cooling finish — a fruit-plus-cooling variant that follows the same architectural framework as the Watermelon Ice, Blueberry Ice, and Grape Ice profiles in the WALA POP 10000 range. Where a single-note fruit profile relies entirely on the intrinsic complexity of the fruit’s volatile compound architecture for depth, the addition of a cooling component provides structural contrast and a palate-cleansing function that extends the number of activations across which the profile remains engaging.

The blackberry character is built on a foundation of esters and alcohols. Gas chromatography-mass spectrometry (GC-MS) analyses across multiple blackberry cultivars have consistently identified ethyl butanoate, ethyl hexanoate, 2-heptanol, 1-hexanol, and α-terpineol as key volatile compounds, with esters and aliphatic alcohols representing the predominant chemical classes. Ethyl butanoate (molecular formula C₆H₁₂O₂, molecular weight 116.16 g/mol) provides a fruity, slightly pineapple-adjacent sweetness that contributes to the immediate impact of the blackberry character. Ethyl hexanoate (C₈H₁₆O₂, 144.21 g/mol) adds a deeper, more sustained fruity note. Together, these ester compounds produce the sweet, fruity top notes that define the initial sensory impression of the blackberry inhale.

Supporting the ester fraction is a group of alcohols and ketones that provide depth and complexity. 2-Heptanol (C₇H₁₆O, 116.20 g/mol) — consistently identified as one of the most characteristic blackberry volatile compounds, with alcohol fractions representing 23.4% of total volatiles in some analyses and 2-heptanol specifically accounting for 10.6-17.9% of the volatile fraction — contributes a slightly herbaceous, fruity undertone that prevents the ester-driven sweetness from reading as one-dimensional or confectionery-like. 1-Hexanol adds green, grassy notes that round out the fruit character and connect it to a recognisable botanical reference point. Furaneol (2,5-dimethyl-4-hydroxy-3(2H)-furanone, molecular weight 128.13 g/mol) — identified as one of the major aroma-contributing compounds in blackberries, alongside linalool, β-ionone, and carvone — provides the deeper, slightly caramelised berry richness that distinguishes ripe blackberry character from simpler berry profiles. Research has shown that ‘Marion’ blackberries have a five times higher odour activity value (OAV) of furaneol than ‘Black Diamond’ cultivars, while ‘Black Diamond’ has a three times higher OAV of linalool — illustrating the natural variation in blackberry aroma chemistry that exists even within the same fruit species.

Linalool (C₁₀H₁₈O, 154.25 g/mol) contributes a floral brightness that lifts the blackberry character and prevents it from becoming too heavy or jam-like. β-Ionone (C₁₃H₂₀O, 192.30 g/mol) adds a subtle woody, violet-like undertone that deepens the profile’s complexity. Carvone (C₁₀H₁₄O, 150.22 g/mol) introduces a faint minty-spicy note that provides additional aromatic interest without competing with the primary blackberry identity.

The cooling finish — designated by the “Ice” identifier — is calibrated at a moderate intensity, consistent with the cooling calibration across the FISCO Mix Bar 12000 Ice variants. Its function in the Blackberry Ice profile is to provide a clean, palate-cleansing exit on the exhale that prevents the blackberry’s jammy sweetness from accumulating across repeated activations. The cooling arrives after the blackberry esters and alcohols have sequenced through their respective sensory positions — sweet esters first, herbaceous 2-heptanol mid-range, deep furaneol body, cooling finish.

How Blackberry Ice Differs from Other Ice Variants

Blackberry Ice occupies a specific position on the fruit-plus-cooling spectrum within the broader product ecosystem. Unlike the lighter, brighter Ice variants — Watermelon Ice (aldehyde-alcohol-driven freshness), Mango Ice (tropical ester brightness), or Blueberry Ice (moderately sweet, jammy berry character) — Blackberry Ice draws its depth from a volatile compound architecture in which esters (ethyl butanoate, ethyl hexanoate) provide immediate sweetness, alcohols (2-heptanol, 1-hexanol) provide herbaceous complexity, and furaneol provides deep, caramelised berry richness. This multi-compound foundation produces a profile that reads as more substantial and resonant than the lighter Ice variants.

The cooling finish in Blackberry Ice functions differently than in a lighter Ice variant. In Watermelon Ice, the cooling works against a relatively light, ethereal fruit character, producing a crisp, refreshing sensory arc. In Blackberry Ice, the cooling works against a heavier, more persistent fruit character, producing a more extended sensory arc where the blackberry sweetness and the cooling finish overlap briefly before the cooling fully asserts itself. Users who find lighter Ice variants too fleeting may prefer this more sustained interplay; users who prefer a clean, rapid separation between fruit and cooling may find it less immediate.

Dual Mesh Heating Assembly: Thermal Management for an Ester-Alcohol-Furaneol Profile

The FISCO Mix Bar 12000 employs a dual mesh heating configuration. The functional advantage of a dual mesh system over a single mesh is increased total surface area for contact with the consumable material, which allows for more efficient heat transfer at lower temperatures per unit area. This is particularly relevant for a device with selectable power modes: in Turbo mode, the dual mesh configuration can sustain higher output without developing the hotspots that would degrade the consumable material in a lesser heating architecture.

For a single-note blackberry profile driven by esters, alcohols, and furaneol, the dual mesh configuration must manage a three-tier volatility hierarchy. The ester fraction — ethyl butanoate (116.16 g/mol), ethyl hexanoate (144.21 g/mol) — is moderately volatile, vaporizing at temperatures in the mid-range of the consumable material’s thermal spectrum. The alcohol fraction — 2-heptanol (116.20 g/mol), 1-hexanol (102.17 g/mol) — is more volatile than the ester fraction, presenting earlier in each activation cycle. The furaneol (128.13 g/mol) and β-ionone (192.30 g/mol) fractions are less volatile, requiring sustained, moderate heat to fully express.

In a heating system with uneven temperature distribution, the more volatile alcohols are consumed disproportionately early in the device’s life from the hottest contact points, while the heavier furaneol and β-ionone require more sustained heat from cooler zones. The user experiences a device that starts with a balanced blackberry character — sweet esters, herbaceous alcohols, deep furaneol — and gradually becomes heavier and more one-dimensional as the volatile alcohol fraction depletes and the furaneol-dominant fraction remains.

A dual mesh configuration, by distributing the thermal load across two elements and reducing peak temperatures at any single contact point, allows the ester, alcohol, and furaneol fractions to vaporize in closer to their intended proportions across more of the device’s operational life. The balanced Blackberry Ice character is preserved for longer relative to what a less thermally stable design would achieve. The original product page claims that the “dual mesh coil technology ensures each draw is smooth and consistent” — this is a directional claim, referring to the dual mesh configuration’s ability to sustain even heat distribution, rather than an absolute one.

Dual-Mode Operation: Norm and Turbo

In Norm mode, the device is rated for up to 12,000 activations. In Turbo mode, the rated activation count is reduced to 8,000. This trade-off is straightforward: higher power consumption per activation depletes both the power source and the consumable reservoir faster.

For the Blackberry Ice profile, Norm mode may better preserve the balanced ester-alcohol-furaneol architecture, as the lower operating temperatures allow the three compound fractions to vaporize in closer to the intended sequence — sweet esters first, herbaceous alcohols mid-range, deep furaneol body, cooling finish. Turbo mode may produce a more intensely cooling-forward draw with pronounced ester brightness, potentially at the expense of the deeper furaneol-driven berry richness. Users who value the full, rounded blackberry character may prefer Norm mode for all-day use.

Breathing Pulse LED Indicator: Status Transparency

The integrated breathing pulse LED provides real-time visual feedback on two parameters: remaining power source charge and remaining reservoir level. The LED uses a colour-coded system to communicate status at a glance, eliminating the guesswork that characterises devices without status indicators.

Energy Management and the Rechargeable Architecture

The FISCO Mix Bar 12000 is built around a rechargeable 750mAh power source with Type-C fast charging. The capability: the user can recharge the device multiple times across its operational life. The responsibility: the user must manage the charging cycle, have access to a compatible charging setup, and protect the charging port from environmental contaminants.

Physical Construction

The device body uses PCTG and high-strength aluminium alloy, selected for chemical resistance, impact durability, and absence of BPA. At 47 × 101 × 23mm, the device accommodates the 750mAh rechargeable power source, dual mesh heating assembly, mode selector, Type-C charging port, breathing pulse LED, and 23ml reservoir. The draw-activated mechanism requires no button for activation; the mode selector adjusts output intensity independently.

Usage Patterns and Suitability

The FISCO Mix Bar 12000 Blackberry Ice is suited to users who prefer a single-note berry profile with more depth and resonance than the lighter Ice variants. The ester-alcohol-furaneol architecture produces a blackberry character that is sweet, jammy, and substantial — perceptibly heavier and more mouth-filling than Watermelon Ice or Blueberry Ice. The cooling finish provides structural contrast without overwhelming the fruit character, making the profile suitable for all-day use.

Users who find lighter Ice variants too fleeting or ethereal may find Blackberry Ice’s more sustained fruit-cooling interplay preferable. Users who prefer a berry profile with more structural complexity — multiple fruit components rather than a single-note fruit with cooling — may wish to compare against the Blackberry Pomegranate Cherry Ice variant in the FISCO Mix Bar 12000 range.

The rechargeable architecture makes the device suitable for users with consistent access to charging infrastructure. Users who prefer zero-maintenance operation should consider non-rechargeable alternatives. The dual-mode selector provides flexibility: Norm mode for the full ester-alcohol-furaneol blackberry character, Turbo mode for a more intensely cooling-forward experience.

Sourcing and Traceability

FISCO Mix Bar devices supplied through OZVAPE Shop are obtained through authorised distribution channels with batch-level traceability documentation — the primary mechanism by which users can distinguish factory-certified units from non-authorised inventory. OZVAPE Shop maintains receiving protocols including visual inspection of outer packaging, verification of batch codes against shipment documentation, and periodic sampling to confirm that on-hand inventory matches published specifications. Units that do not pass these checks are quarantined and returned to the distributor.

Now available, the Fisco Max Bar combines sleek design, high-Capacity functionality, and diverse options profiles for an unbeatable all-in-one experience.

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🌟 Key Features

• Up to 12,000 Draws: Designed for longevity, enjoy thousands of smooth draws without constant replacement.

• 750mAh Rechargeable Battery: High-Capacity battery ensures consistent performance with quick Type-C charging.

• Advanced Dual Mesh Coil System: Innovative coil technology for enhanced output and smoother vapor delivery.

• Two Performance Modes:

  • Norm Mode: Up to 12,000 puffs for extended, balanced output.

  • Turbo Mode: Up to 8,000 puffs with intensified performance for fuller draws.

• Breath-Pulse LED Indicator: Monitor battery and Capacity levels at a glance with a dynamic, color-coded LED system.

• Compact Ergonomic Design: Sleek and pocket-friendly (47×101×23mm), perfectly shaped for your hand and on-the-go use.

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🌈 Options Profiles

Explore a diverse range of carefully developed options designed for smooth delivery and bold expression.

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✅ Why Choose FISCO Mix Bar 12000 BLACKBERRY ICE?

• Extended Use: High-Capacity design offers more usage per unit than standard disposables.

• Economical: Fewer replacements mean better value over time—ideal for regular users.

• Options & Consistency: Dual mesh coil technology ensures each draw is smooth and consistent.

• Smart Features: LED indicators, dual performance modes, and fast charging make this device both intelligent and user-friendly.

• Ready for Retail & Wholesale: A perfect choice for businesses looking to stock quality, high-demand devices.

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A Premium Vaping Solution

We offer the FISCO Mix Bar 12000 BLACKBERRY ICE Rechargeable Disposable Vape, making it easy for you to enjoy a top-tier vaping experience. Whether you’re a frequent vaper, a business seeking wholesale options, or new to vaping, the Fisco Max Bar delivers everything you need: convenience, performance, and unparalleled options satisfaction.

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⚠️ Purchase Age Policy

To comply with legal regulations, we strictly do not accept orders from individuals under the age of 21. We reserve the right to request valid identification at any point during the ordering process to verify the purchaser’s age. This policy is in place to protect minors and ensure responsible sales practices.

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Take your vaping experience to new heights with the Fisco Max Bar 12000 Puffs. Get yours today and enjoy the future of disposable vapes now!