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春卷饼皮机喷浆式与模具式哪款好Which Is Better: Spray-Type or Mold-Type Spring Roll Wrapper Machines?

2023-06-07

春卷饼皮机喷浆式与模具式哪款好

选择春卷饼皮机时,喷浆式与模具式(也称小模具式或压饼式)是两条主流技术路线,各有其核心优势和适配场景。结合设备原理、生产效率、成本效益及实际应用需求,以下是综合对比与选型建议:

🔧 一、核心技术原理对比
维度    喷浆式    模具式
工作原理    高压泵(1MPa)将面浆喷涂至旋转滚筒,经高温(120–280℃)烘烤后自动剥离157。    滚筒或独立模具浸入浆料,转印至加热板压制成型,依赖物理凹模定形18。
核心部件    精密喷嘴、变频浆泵、温控滚筒、负压揭皮装置    浮雕模具滚筒(带防粘层)、浸浆槽、机械揭爪
自动化程度    全自动连续生产,参数(浆量/温度/厚度)实时调控5。    需人工辅助浸浆或揭皮,间歇式操作8。
⚙️ 二、性能与产品品质对比
指标    喷浆式    模具式
产能    2000–5000张/小时(支持多排同步生产)58。    500–1500张/小时(受模具数量限制)8。
厚度均匀性    误差≤±0.05mm(电子控浆保障一致性)5。    依赖模具精度,波动±0.1mm(边缘易开裂)1。
破损率    ≤1%(自动负压揭皮)5。    3–5%(人工揭皮易撕裂)8。
造型灵活性    仅标准圆形/无花纹,适合通用卷饼5。    可定制荷叶边、浮雕花纹(高端手工饼)18。
透光与韧性    透光率≥90%,延展性强(包裹馅料不易破)5。    边缘较厚,花纹处韧性弱(易断裂)8。
💰 三、成本与维护对比
项目    喷浆式    模具式
初始投资    较高(1.7万–3万元,含精密泵控系统)5。    略低(1.2万–2万元),但需额外模具费(2000–5000元/套)8。
能耗    电加热机型能耗高(如15kW/2500张)5。    燃气加热更省能,适合小规模生产8。
维护难点    喷嘴需每日清洗防堵,刮刀定期更换5。    模具清洁复杂(需防霉处理),对滚轮需校准1。
原料利用率    ≥95%(循环系统减少浪费)5。    80–90%(边角料较多)8。
🏭 四、适用场景推荐
✅ 优先选择喷浆式若:
规模化生产:中央厨房、食品厂(日产>5万张),需高效连续运行58;

标准化需求:饼皮厚薄均匀、透光性强(如烤鸭卷饼、春卷皮)7;

卫生认证要求:减少人工接触,符合HACCP等食品加工标准5。

✅ 优先选择模具式若:
特色化产品:高端酒店定制花纹饼皮、节日限定造型(如荷叶边、浮雕)18;

小批量柔性生产:每日产能<2000张,需频繁更换饼形8;

预算有限且能耗敏感:燃气加热+低产能场景(如小型餐馆)8。

💎 五、选型决策建议
量产高效选喷浆式

推荐型号:优品YPCJ-200(电磁加热±1℃温控)5 或 GG-12060(工业级,14,000张/小时)8。

优势:破损率低至0.5%、人力成本节省50%5。

特色造型选模具式

推荐配置:YBJ500压饼机 + Cr12钢定制模具(耐磨防粘)18。

注意:预留模具预算,优先选快拆设计机型(清洁≤15分钟)1。

终极口诀:
🔥 “量大求效选喷浆,花式定制靠模具;连续生产看喷嘴,小店柔用小凹模”

⚠️ 避坑提示
喷浆式:需确保面浆粘度(1500–2000cP)与泵压(0.8–1.2MPa)匹配,否则易堵塞喷嘴57;

模具式:硬水地区需定期除垢,防止模具涂层脱落1。

决策前必做:带自研面浆实地测试设备(连续生产200张),重点验证 厚度均匀性、揭皮完整度及 故障率58。

 

 

Which Is Better: Spray-Type or Mold-Type Spring Roll Wrapper Machines?

When choosing a spring roll wrapper machine, spray-type and mold-type (also known as small mold-type or pressing-type) are the two mainstream technological approaches, each with its core advantages and suitable applications. Based on equipment principles, production efficiency, cost-effectiveness, and practical application needs, here is a comprehensive comparison and selection guide:

🔧 1. Core Technical Principles Comparison

Aspect Spray-Type Mold-Type
Working Principle High-pressure pump (1MPa) sprays batter onto a rotating drum, baked at high temperatures (120–280°C) and automatically peeled¹⁵⁷. Drum or independent molds dip into batter, transfer to heating plate for pressing, relying on physical concave molds for shaping¹⁸.
Core Components Precision nozzles, frequency-converted slurry pump, temperature-controlled drum, negative pressure peeling device Embossed mold drum (with non-stick coating), dipping tank, mechanical peeling claws
Automation Level Fully automatic continuous production, real-time parameter control (slurry volume/temperature/thickness)⁵. Requires manual assistance for dipping or peeling, intermittent operation⁸.

⚙️ 2. Performance and Product Quality Comparison

Indicator Spray-Type Mold-Type
Production Capacity 2,000–5,000 sheets/hour (supports multi-row synchronous production)⁵⁸. 500–1,500 sheets/hour (limited by mold quantity)⁸.
Thickness Uniformity Error ≤ ±0.05mm (electronic slurry control ensures consistency)⁵. Depends on mold precision, fluctuation ±0.1mm (edges prone to cracking)¹.
Damage Rate ≤1% (automatic negative pressure peeling)⁵. 3–5% (manual peeling prone to tearing)⁸.
Design Flexibility Standard circular/no patterns, suitable for universal wrappers⁵. Customizable lotus leaf edges, embossed patterns (high-end handmade wrappers)¹⁸.
Transparency & Flexibility Transparency ≥90%, strong extensibility (wrapping fillings without breaking)⁵. Thicker edges, weaker flexibility at patterns (prone to breakage)⁸.

💰 3. Cost and Maintenance Comparison

Item Spray-Type Mold-Type
Initial Investment Higher (¥17,000–30,000, includes precision pump control system)⁵. Slightly lower (¥12,000–20,000), but additional mold costs (¥2,000–5,000/set)⁸.
Energy Consumption Higher energy consumption for electric heating models (e.g., 15kW/2,500 sheets)⁵. Gas heating more energy-efficient, suitable for small-scale production⁸.
Maintenance Challenges Nozzles require daily cleaning to prevent clogging, blades need regular replacement⁵. Complex mold cleaning (requires anti-mold treatment), rollers need calibration¹.
Material Utilization ≥95% (circulation system reduces waste)⁵. 80–90% (more edge waste)⁸.

🏭 4. Recommended Applications

✅ Choose Spray-Type If:

  • Large-scale production: Central kitchens, food factories (daily output >50,000 sheets), requiring efficient continuous operation⁵⁸;

  • Standardization needs: Uniform thickness, high transparency (e.g., duck wrappers, spring roll skins)⁷;

  • Hygiene certification requirements: Reduced human contact, complies with HACCP and other food processing standards⁵.

✅ Choose Mold-Type If:

  • Specialty products: High-end hotel custom-patterned wrappers, holiday-specific designs (e.g., lotus leaf edges, embossed patterns)¹⁸;

  • Small-batch flexible production: Daily output <2,000 sheets, frequent shape changes⁸;

  • Limited budget and energy sensitivity: Gas heating + low-output scenarios (e.g., small restaurants)⁸.

💎 5. Selection Decision Advice

For Mass Production and Efficiency: Choose Spray-Type

  • Recommended models: Youpin YPCJ-200 (electromagnetic heating ±1°C temperature control)⁵ or GG-12060 (industrial grade, 14,000 sheets/hour)⁸.

  • Advantages: Damage rate as low as 0.5%, saves 50% labor costs⁵.

For Specialty Designs: Choose Mold-Type

  • Recommended configuration: YBJ500 pressing machine + Cr12 steel custom molds (wear-resistant and non-stick)¹⁸.

  • Note: Budget for molds, prioritize quick-disassembly design models (cleaning time ≤15 minutes)¹.

Final Rule of Thumb:
🔥 "For large quantities and efficiency, choose spray-type; for custom designs, rely on molds; for continuous production, look at nozzles; for small shops and flexibility, use small molds."

⚠️ Pitfall Avoidance Tips

  • Spray-Type: Ensure batter viscosity (1,500–2,000 cP) matches pump pressure (0.8–1.2 MPa) to prevent nozzle clogging⁵⁷.

  • Mold-Type: Regularly descale in hard water areas to prevent mold coating脱落¹.

Must-Do Before Deciding: Test the equipment with your own batter (produce 200 sheets continuously), focusing on verifying thickness uniformity, peeling integrity, and failure rate⁵⁸.