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Perovskite Film Coater Automatic Blade Coating Air Knife Drying N2 Inert Atmosphere Protection Anodized Aluminum Plate ±1μm Flatness Servo Motor

Perovskite Film Coater AF3300A 200×300 mm ATOMFAIR®

$5,200.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

AF3300A glovebox perovskite film coater with 200×300 mm vacuum heating platform, 1–300 mm/s speed, RT–180°C control, and air knife.

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ATOMFAIR AF3300A PEROVSKITE FILM COATER WIRE BAR BLADE GLOVEBOX HEATING

RESEARCH GRADE EQUIPMENT

Product Overview
The ATOMFAIR AF3300A Perovskite Film Coater is a four-in-one multi-functional wire bar blade 200×300mm vacuum heating system specifically designed for glovebox thin film deposition coating in perovskite solar cell research. The compact design (550 × 210 × 340 mm) integrates wire bar and blade coating technologies with vacuum adsorption and heating capabilities for complete film preparation within inert atmosphere environments. The wire bar system uses high-precision imported bars with ±0.001 mm coating accuracy, a snap-fit design for simple installation and reduced wear, and a flip-cover blade head (mold steel, 0.1–10 mm thickness range, ±0.003 mm precision, 200 mm width) for easy cleaning. The vacuum adsorption platform (200 × 300 mm, Φ0.8 mm holes, 20 × 20 mm pitch) with mechanical clamps secures diverse substrate materials. ±0.001mm precision air knife drying is provided by an integrated air knife assembly with standard outlet gap of 0.05–0.08 mm (customizable up to 3 mm) and 0.01 mm air knife precision. Heating is via mica sheet (RT–180°C, ±1°C uniformity, graphene optional) with color LCD touch screen control, 1–300 mm/s coating speed, and 100V–220V/50–60Hz power at 1800 W. The vacuum pump delivers 5.4 m³/h with 2 Pa ultimate vacuum at 180 W.

Technical Specifications
PARAMETER DETAILS
Model AF3300A
Coating Methods Wire Bar Coating + Blade Coating
Coating Speed 1–300 mm/s Stepless Speed Regulation (Customizable)
Substrate Fixing Vacuum Adsorption + Mechanical Clamps
Coating Platform Material Surface Hardened Aluminum Alloy
Wire Bar Coating Precision ±0.001 mm (High-Precision Imported Wire Bars)
Coating Area 200 × 300 mm (Customizable)
Display Color LCD Touch Screen
Power Supply 100V–220V / 50–60 Hz
Power 1800 W
Blade Coating Thickness Range 0.1–10 mm (Flip-Cover Design, Easy Cleaning)
Blade Material Mold Steel
Blade Coating Width 200 mm
Blade Coating Precision ±0.003 mm
Vacuum Adsorption Area 200 × 300 mm (Customizable)
Vacuum Hole Diameter Φ0.8 mm
Vacuum Hole Pitch 20 × 20 mm
Heating Temperature Range RT–180°C (Customizable Higher Temperature)
Temperature Uniformity ±1°C
Heating Method Mica Sheet Heating (Graphene Heating Optional for Faster Thermal Conductivity)
Standard Air Knife Outlet Gap 0.05–0.08 mm (Customizable up to 3 mm)
Air Knife Precision 0.01 mm
Vacuum Pump Speed 5.4 m³/h
Ultimate Vacuum 2 Pa
Vacuum Pump Power 180 W
External Dimensions 550 × 210 × 340 mm (Customizable Larger Size)
Operating Language Chinese (English Customizable)
Custom Configurations Custom coating area dimensions, higher temperature heating, air knife outlet gap, and operating language are available upon request. Please contact us via email for specialized engineering inquiries.

Key Features & Advantages
  • Four-in-One Multi-Functional Coating Platform: Integrates wire bar coating (±0.001 mm precision), blade coating (±0.003 mm precision), vacuum adsorption (200×300 mm, Φ0.8 mm holes), and heating (RT–180°C, ±1°C uniformity) in a single glovebox-compatible unit for complete perovskite film preparation workflows.
  • Dual Coating Technology with Snap-Fit Wire Bar and Flip-Cover Blade: High-precision imported wire bars with snap-fit design for simple installation and reduced wear; mold steel flip-cover blade head (0.1–10 mm thickness, 200 mm width) enables rapid cleaning and material changeover between experiments.
  • Integrated Air Knife with 0.01 mm Precision for Controlled Drying: Standard air knife outlet gap of 0.05–0.08 mm (customizable up to 3 mm) with 0.01 mm precision enables controlled atmosphere drying of perovskite films, critical for achieving uniform crystallization and optimal film morphology.
  • Color LCD Touch Screen with Full Parameter Control: Intuitive touch screen interface with adjustable coating speed (1–300 mm/s), heating temperature, and vacuum control provides precise, reproducible coating parameters essential for perovskite research repeatability.

APPLICATION SCOPE: Perovskite thin film preparation in glovebox environments for solar cell research. Laboratory high-precision automatic film coating in university and research institute settings. New material film prototyping and sampling across photovoltaics, coatings, inks, lithium batteries, and pharmaceutical plaster applications. Compatible with various substrates including glass, ITO, FTO, and flexible films secured by vacuum adsorption and mechanical clamps.
PACKAGING & DELIVERY: Each AF3300A perovskite film coater is supplied as a complete system including the coating unit with wire bar and blade assemblies, vacuum adsorption platform, heating system, air knife with bracket, color LCD touch screen controller, and vacuum pump (5.4 m³/h, 2 Pa ultimate vacuum, 180 W). High-precision imported wire bars are included as standard. Installation guidance and operational training support are provided upon request.
IMPORTANT NOTICE: The equipment is designed for glovebox operation; ensure adequate antechamber clearance for the 550 × 210 × 340 mm dimensions. The vacuum pump requires external connection. For glovebox integration, the air knife assembly can be connected to nitrogen supply for inert atmosphere drying of air-sensitive perovskite films. Wire bar thickness is determined by bar number—select appropriate bar specifications based on target wet film thickness. The flip-cover blade should be thoroughly cleaned after each use to prevent material cross-contamination. Heating temperature above 180°C is available upon custom request. For detailed installation, operation, and maintenance instructions, consult the user manual prior to first use. If you have specific customization requirements, please contact us at inquiry@atomfair.com.
TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official quotations.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

Constraints for installing and operating the AF3300A perovskite film coater inside a glovebox. It requires external vacuum pump connection and nitrogen supply for inert atmosphere drying.

  • Glovebox integration constraint: Verify antechamber clearance before transferring the coater into the glovebox.
  • External vacuum pump connection: Connect the vacuum pump externally, as the pump requires an external connection before operation.
  • Inert atmosphere drying: Connect the air knife assembly to a nitrogen supply when drying air-sensitive perovskite films.
  • Wire bar selection: Select the wire bar based on target wet film thickness, because bar number determines the resulting coating thickness.
  • Blade maintenance: Clean the flip-cover blade thoroughly after each use to prevent cross-contamination between materials.

Procedural steps for preparing and safely operating the AF3300A perovskite film coater under glovebox conditions. The workflow covers installation checks, inert gas connection, material selection, and post-use cleaning.

Required Equipment: Vacuum pump, Air knife assembly, Wire bar, Flip-cover blade head

  1. Check antechamber clearance
    Inspect the glovebox antechamber to verify sufficient clearance for the coater before transferring it inside.
  2. Connect external vacuum pump
    Connect the vacuum pump externally to the system before operating the coating platform.
  3. Connect nitrogen supply
    Connect the air knife assembly to a nitrogen supply when drying air-sensitive perovskite films inside the glovebox.
  4. Select wire bar
    Select a wire bar whose bar number matches the target wet film thickness before starting the coating process.
  5. Clean blade after use
    Clean the flip-cover blade thoroughly after each use to prevent material cross-contamination.
  6. Review user manual
    Consult the user manual for installation, operation, and maintenance guidance before first use.

How do wire bar and blade coating compare on the AF3300A for controlling perovskite wet film thickness?

The AF3300A combines both methods: wire bar coating holds ±0.001 mm precision using high-precision imported bars, while blade coating provides a 0.1–10 mm thickness range at ±0.003 mm precision with a 200 mm wide mold-steel blade. Wire bar thickness is selected by bar number to match the target wet film thickness, and the snap-fit bar design reduces wear and simplifies changeover. For thicker, adjustable wet films the flip-cover blade head is the appropriate choice, but it should be cleaned after each use to avoid cross-contamination.

Can the AF3300A be integrated into a glovebox for inert-atmosphere perovskite film drying?

Yes, the AF3300A is specifically designed for glovebox thin-film deposition and coating. Its 550 × 210 × 340 mm footprint requires adequate antechamber clearance, and the vacuum pump is external. The integrated air knife can be connected to nitrogen supply for inert-atmosphere drying, with a standard outlet gap of 0.05–0.08 mm and 0.01 mm precision.

What power and vacuum infrastructure does the AF3300A require before installation?

The AF3300A operates on 100V–220V/50–60 Hz power at 1800 W, and the included vacuum pump draws 180 W while delivering 5.4 m³/h with a 2 Pa ultimate vacuum. The vacuum pump requires external connection, so installation planning must account for pump placement and external connection. The heating system is mica-sheet based (RT–180°C, ±1°C uniformity) and is controlled from the color LCD touch screen.

The ATOMFAIR AF3300A Perovskite Film Coater integrates wire bar coating (±0.001 mm precision), blade coating (±0.003 mm precision), vacuum adsorption (200×300 mm), and heating (RT–180°C, ±1°C uniformity) into a glovebox-compatible platform, enabling complete perovskite film deposition and drying workflows under inert atmosphere.

Positive

  • Four-in-one glovebox-compatible coating platform: Combines wire bar coating, blade coating, vacuum adsorption, and heating in a compact 550×210×340 mm footprint, allowing sequential film preparation steps without breaking inert atmosphere.
  • Integrated air knife with 0.01 mm precision: Air knife with customisable outlet gap (0.05–0.08 mm standard, up to 3 mm) and 0.01 mm precision enables controlled drying of perovskite films under nitrogen, critical for uniform crystallisation.

Trade-offs

  • Cleaning required after each blade coating: Flip-cover blade head must be thoroughly cleaned after each use to prevent material cross-contamination, adding time between experiments.
  • Glovebox integration requires careful planning: Dimensions of 550×210×340 mm and the need for external vacuum pump connection and nitrogen supply for the air knife require adequate antechamber clearance and gas line setup.

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD excl. heavy equipment). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).

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