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Drying Equipment
  • FCD435 SMT SMD IC ESD Moisture Humidity Control Electronic Component Lens Storage Auto Desiccator Laboratory Drying Cabinet
  • FCD435 SMT SMD IC ESD Moisture Humidity Control Electronic Component Lens Storage Auto Desiccator Laboratory Drying Cabinet
  • FCD435 SMT SMD IC ESD Moisture Humidity Control Electronic Component Lens Storage Auto Desiccator Laboratory Drying Cabinet
  • FCD435 SMT SMD IC ESD Moisture Humidity Control Electronic Component Lens Storage Auto Desiccator Laboratory Drying Cabinet
  • FCD435 SMT SMD IC ESD Moisture Humidity Control Electronic Component Lens Storage Auto Desiccator Laboratory Drying Cabinet
  • FCD435 SMT SMD IC ESD Moisture Humidity Control Electronic Component Lens Storage Auto Desiccator Laboratory Drying Cabinet
FCD435 SMT SMD IC ESD Moisture Humidity Control Electronic Component Lens Storage Auto Desiccator Laboratory Drying Cabinet

FCD435 SMT SMD IC ESD Moisture Humidity Control Electronic Component Lens Storage Auto Desiccator Laboratory Drying Cabinet

  • >= 1 Pieces
    $700

Customization:

Customized logo（Min.Order: 1 pieces）
Graphic customization（Min.Order: 1 pieces）
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FCD435 SMT SMD IC ESD Moisture Humidity Control Electronic Component Lens Storage Auto Desiccator Laboratory Drying Cabinet

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Moisture & Humidity Control: Maintains a dry environment with precise humidity regulation to protect sensitive electronic components like SMT/SMD ICs, lenses, and ESD-sensitive parts.
  • Automated Desiccation: Features an auto-desiccant system to prevent moisture damage, ensuring optimal storage conditions for electronic components.
  • ESD Protection: Designed with electrostatic discharge (ESD) safety features to safeguard against static-induced damage during storage.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

    • With a corrosion-resistant stainless steel body, you can ensure long-lasting durability in humid or industrial environments, outperforming cabinets made with less robust materials like plastic or untreated metals*.

  • 2. Automated Drying Programs with Multi-Mode Control

    • With touchscreen-enabled presets for humidity and temperature control, you can customize drying cycles for sensitive components like SMD ICs, eliminating the need for manual adjustments seen in traditional models*.

  • 3. Precision Humidity Control for Sensitive Electronics

    • With advanced moisture regulation (down to 5% RH), you can reduce moisture-related damage by up to 90% compared to non-automated storage methods*, safeguarding high-value electronic components.

  • 4. Mobile & Modular Design for Versatile Use

    • With casters and customizable interior shelving, you can reposition the cabinet effortlessly and adapt storage layouts to accommodate diverse component sizes, exceeding the rigidity of stationary units*.

  • 5. ESD-Safe Certification for Critical Protection

    • With ESD-safe certification, you can prevent static damage to sensitive electronics during storage, meeting industry standards for laboratory and commercial-grade equipment*.

  • Notes:

    • Material Technology: Stainless steel was emphasized for durability and resistance to harsh environments.

Product details

FCD435 SMT SMD IC ESD Moisture Humidity Control Electronic Component Lens Storage Auto Desiccator Laboratory Drying Cabinet

The FCD435 SMT SMD IC ESD Moisture Humidity Control Electronic Component Lens Storage Auto Desiccator is a laboratory-grade drying cabinet designed for precise humidity and ESD management. Built with stainless steel for corrosion resistance and durability, it features glass-front doors for visibility, mobile red wheels for repositioning, and customizable storage solutions.

Technical specifications

FeatureSpecificationBenefit
MaterialStainless SteelCorrosion-resistant and long-lasting
Voltage220VGlobal compatibility
Humidity ControlAdjustable to 5-50% RHProtects sensitive components
ESD ProtectionBuilt-in anti-static coatingPrevents electrostatic damage
Mobility4 Red WheelsEasy relocation in labs or workshops
Customizable DoorsGlass/Solid OptionsBalances visibility and security

Customization guide

Adjustable shelving and door types (glass/solid) allow customization to meet specific storage needs. The stainless steel frame can be painted in multiple colors to match facility aesthetics.

Get inspired

Ideal for electronics labs, this cabinet ensures humidity-controlled storage for SMT/SMD components while its mobility and visibility features streamline workflow efficiency.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Humidity Accuracy±5% RH±3% RH (+40%)±2% RH (+60%)
ESD Rating100V50V (+50%)20V (+80%)
Shelves3 Fixed5 Adjustable8 Fully Customizable
MobilityStandard WheelsLockable CastersHeavy-Duty Swivel

Supplier's note

  1. Technical Breakthroughs:

    • Stainless Steel Construction: With X (steel), you can Y (ensure durability in corrosive environments).
    • Precision Humidity Control: ±2% RH in the Pro model outperforms industry standards by 30%, safeguarding high-sensitivity components.
    • Enhanced ESD Protection: The Pro’s 20V rating reduces static damage risks by 80% compared to base models.

  2. Version Selection Guide:

    • Base Model: Ideal for small labs with basic humidity needs and standard storage requirements.
    • Advanced Model: Suited for mid-sized facilities requiring adjustable shelves and tighter humidity control (e.g., semiconductor assembly).
    • Pro Model: Best for high-volume labs handling ultra-sensitive components, offering unmatched precision and customization.

With the Pro’s ±2% RH accuracy, you can maintain optimal conditions for moisture-sensitive ICs, while its swivel wheels enable quick repositioning during assembly lines. Pair this with anti-static coating to eliminate downtime caused by component damage.

Frequently asked questions

  • Which model is best for storing SMD ICs and electronic components in a small electronics lab?

  • How do I clean the stainless steel interior of the FCD435 drying cabinet?

  • Why is stainless steel better than plastic for storing moisture-sensitive electronic components?

  • Can the FCD435’s glass doors be customized for added security?

  • Is the FCD435 compliant with ESD safety standards for electronics manufacturing?

  • Which model suits labs needing both humidity control and mobility?

  • How does the FCD435 maintain optimal humidity for optical lenses and precision tools?

  • What warranty and support come with the FCD435 laboratory drying cabinet?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Industry Standard Drying CabinetGeneral storage in workshops/labsStainless steel (non-certified), ±5% RH (basic), 1-year warrantyAffordable, basic functionalityLimited precision, shorter lifespan, no advanced features
Our Base Model (FCD435 Base)Electronics assembly linesASTM A240 Type 304 stainless steel (99.9% corrosion resistance), ±5% RH (ISO 9287), 220V (IEC 60950-1), ▲1-year warrantyDurable build, precise enough for routine use, cost-effectiveLacks IoT/ESD features, limited humidity control compared to Advanced tier
Our Advanced Model (FCD435 Advanced)High-precision labs/SMT productionASTM A240 Type 304 stainless steel, ▲±2% RH (ISO 9287), IoT monitoring (IEEE 802.3), ▲ESD <10V (IEC 61340), ▲3-year warrantyHighest precision, real-time alerts, ESD protection, longest lifespanHigher cost, requires setup for IoT connectivity
Mobile Drying CabinetsDynamic environments (e.g., warehouses)Wheels (ISO 717-1, 200kg load), customizable glass/steel doors (ASTM D638)Flexible positioning, visibility via glass doors, modular storageLess robust than stationary cabinets, higher maintenance for moving parts
Temperature-Controlled CabinetsEnvironments with extreme temps±1°C stability (IEC 60068), ▲-20°C to 60°C range (ISO 17712)Versatile for diverse climates, protects heat-sensitive componentsComplex calibration, higher energy consumption
IoT-Enabled CabinetsRemote monitoring in distributed sitesWi-Fi connectivity (IEEE 802.11), real-time humidity/temperature alertsRemote diagnostics, predictive maintenance, data loggingRequires internet, cybersecurity risks, steeper upfront cost

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