Lab Coater Coating Machine For Sodium-Ion Battery Research

Lab Coater Coating Machine For Sodium-Ion Battery Research

Product Overview

• Battery Material Coatings (Li-ion, solid-state electrolytes）

• Designed to meet the demands of next-generation material science, this system enables reproducible thin-film deposition under controlled high-temperature environments (up to 200°C).

Key Advantages

▸ Unrivaled Thermal Precision
Large-area heating with ±1°C accuracy ensures laboratory-grade temperature uniformity for reproducible results.

▸ Smart Speed Control
Motor-driven blade/rod coater with 0-120mm/s digitally adjustable speed (10mm/s resolution) enables optimal coating consistency.

▸ Deformation-Free Substrate Handling
Vacuum-aluminum holder with >20kPa adsorption force guarantees flat, distortion-free film deposition.

▸ Space-Optimized Design
Glove-box compatible compact footprint maximizes lab space utilization.

▸ Versatile Coating Capability
40µm-5mm thickness range (±3µm repeatability) supports 

▸ Intuitive Operation
User-friendly PLC touchscreen allows single-touch presets for temperature, speed, and stroke parameters.

▸ Certified Reliability
CE-certified with IP54 protection grade ensures safe operation in demanding research environments.

Technical Specifications

1. Substrate Prep

• Secure copper/aluminum foil on vacuum plate (activated via touchscreen).

1. Coating Phase

• Dispense slurry → Auto-blade coating at preset speed (e.g., 60mm/s for LiFePO₄).

1. Drying

• Cover with heated enclosure → Set time/temperature (RT-200°C).

1. Output

• Retrieve defect-free coated film in <5 minutes.

Our Automatic Precision Coating Machine is engineered for cutting-edge research in high-temperature film formation, including:

✔ Uniform Thermal Control

✔ Precision Coating Technology

✔ Modular Flexibility

✔ Smart Operation