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Laboratory High Quality Programmable 4 Inches Spin Coater for Photoresist Spin Coating

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Spin Coating: Designed for applying uniform photoresist layers on 4-inch substrates (e.g., steel) using vacuum coating technology, ensuring high-quality thin-film deposition.
  • Programmable Control: Features a digital interface for customizable parameters, enabling users to adjust speed, vacuum pressure, and coating thickness for diverse material requirements.

Key features

  • 1. Corrosion-Resistant Metal Body for Durable Performance

  • With a corrosion-resistant metal body and vacuum coating chamber, ensure long-term durability in laboratory environments. The compact design reduces space requirements by ~30% compared to traditional models.*

  • 2. Programmable Touchscreen Interface for Customized Control

  • With a programmable touchscreen interface, customize coating parameters (e.g., RPM, spin time) for precise photoresist application. This interactive design simplifies setup compared to manual models.*

  • 3. Vacuum Coating Technology for Uniform Layer Precision

  • With vacuum coating technology, achieve uniform photoresist layers with ±5% thickness consistency, ideal for semiconductor and electronics manufacturing. This method outperforms open-air coating in precision.*

  • 4. Compact Design for Versatile Lab Integration

  • With a compact footprint and compatibility with steel substrates, this coater seamlessly integrates into laboratory workflows while supporting small-scale production line operations. Ideal for both R&D and prototyping.*

  • 5. Photoresist Compatibility for High-Precision Applications

  • With specialized calibration for photoresist materials, meet semiconductor industry standards for precision coating. This focus on niche applications sets it apart from general-purpose coaters.*

Product details

Laboratory High Quality Programmable 4 Inches Spin Coater for Photoresist Spin Coating

The CY-504 Laboratory High Quality Programmable 4 Inches Spin Coater is a compact, vacuum-based coating solution designed for precise photoresist spin coating on steel substrates. With a durable metal-and-plastic build and intuitive digital interface, it offers programmable control for consistent results in laboratory or industrial settings.

Technical specifications

FeatureSpecificationBenefit
Coating MethodVacuum coatingEnsures uniform film adhesion on steel substrates
Spin Diameter4 inches (100mm)Ideal for small-to-medium substrate processing
Control SystemProgrammable interface with presetsCustomizable spin speed, acceleration, and time
Vacuum PressureAdjustable (0–-0.1MPa)Minimizes air bubbles and enhances coating quality
Material CompatibilitySteel substrates (customizable*)Versatile for metal coating applications
Warranty1 yearComprehensive coverage for critical lab use

Customization guide

Adjustable parameters include spin speed (50–5000 RPM), vacuum pressure, and coating duration to meet specific substrate thickness or material adhesion needs.

Get inspired

Achieve flawless photoresist layers for semiconductor fabrication or precision steel coating with the CY-504. Its compact design and programmable controls make it a reliable choice for labs seeking efficiency without compromising quality.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Spin Speed Range50–3000 RPM50–4000 RPM50–5000 RPM*
Uniformity Precision±5%±3%±1.5%
Vacuum StabilityStandardEnhancedPremium (ISO 9001)
Warranty1 year2 years3 years

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s ±1.5% uniformity precision (30% better than industry standards) ensures flawless coatings for high-precision applications.
    • The Advanced Model’s ISO 9001-certified vacuum stability reduces defects in sensitive processes like semiconductor manufacturing.
    • All models feature programmable presets, enabling rapid setup for routine tasks (e.g., 20% faster than manual calibration).
  2. Version Selection Guide:

    • Base Model: Ideal for basic lab use where cost-efficiency is prioritized (e.g., educational institutions).
    • Advanced Model: Best for R&D teams needing enhanced precision and durability (e.g., semiconductor prototyping).
    • Pro Model: Suited for industrial-scale production requiring extreme reliability and ultra-precise results (e.g., aerospace component coating).

With the CY-504 Pro’s 5000 RPM capability, you can achieve ultra-thin coatings in half the time of traditional models. Pair its vacuum stability with steel substrates to ensure zero defects in demanding environments.

Frequently asked questions

  • Which spin coater model is best for small laboratories using photoresist materials?

  • How do I maintain the vacuum system of a spin coater for steel substrates?

  • What materials are best for spin coating on steel substrates?

  • Can this spin coater handle custom coating parameters for production lines?

  • Is the vacuum coating technology FDA/ISO certified for material safety?

  • What substrate sizes can the 4-inch spin coater accommodate?

  • How does vacuum coating improve photoresist application compared to manual methods?

  • What warranty and support come with the coating production line spin coater?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Spin CoatersSemiconductor labs, R&D for thin films on small substrates (e.g., wafers, steel)Coating thickness accuracy ±5 µm (ISO 25178), 4-inch substrate capacity, Vacuum pressure: 10⁻³ Torr (▲ Advanced: 10⁻⁵ Torr, ultra-high vacuum)High precision, uniform coatings, ideal for small-batch productionLimited to small substrates, higher upfront cost
Spray CoatersAutomotive manufacturing, large-scale industrial coatingSpray rate 5–10 L/min (ISO 12227), No vacuum capabilityFast application, large coverage areaMaterial waste, less precise for thin or complex coatings
Dip CoatersSmall parts coating (wires, electrical components)Immersion depth control ±1 mm (ISO 3047), Thickness dependent on withdrawal speedSimple setup, cost-effective for small-scale operationsThickness variability, not suitable for complex geometries
Roll CoatersContinuous production of flat materials (metal sheets, films)Line speed 10–50 m/min (ISO 3884), Coating thickness 50–500 µm (▲ Advanced: up to 1000 µm)High volume, consistent thickness, scalable for industrial useRequires flat substrates, high initial investment
Electrostatic CoatersAutomotive, appliances for complex shapes (e.g., car bodies, appliances)Voltage 50 kV (IEC 60065), Transfer efficiency 85% (▲ Advanced: 95%, reduces overspray by 10%)Wraps around parts, minimizes material wasteConductive substrates required, safety risks for non-conductive materials
Vacuum CoatersOptics, semiconductor manufacturing for ultra-thin filmsVacuum pressure 10⁻⁶ Torr (ASTM E54), Coating thickness 10–1000 nmHigh purity, ultra-thin layers (e.g., for optical coatings)Expensive equipment, slow process, limited to lab-scale applications

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