Lab Benchtop Physical Vapor Deposition Coating Equipment Thin Film Evaporator

Lab Benchtop Physical Vapor Deposition Coating Equipment Thin Film Evaporator

PD-JS-Thin Film Evaporator

---

Product Overview

The PD-JS system adopts an oil-free high-vacuum system with a large pumping-speed molecular pump, featuring an integrated electromechanical design for minimal lab space occupancy. It supports compatible metal and organic evaporation sources, offering high cost-effectiveness and user-friendly operation. Ideal for research institutes, electrode deposition, SEM sample preparation, and studies in OLED/solar cell technologies.

Key Features

1. Broad Application Scope

Optimized for evaporating noble metals (e.g., Au, Ag) in electrode preparation and semiconductor lift-off processes, reducing material waste.

2. Space-Saving & Durable

Compact footprint (550×900 mm) with a full stainless-steel vacuum chamber for enhanced durability and safety.

3. High-Efficiency Vacuum System

Oil-free molecular pump (≥300 L/s pumping speed) allows flexible installation angles, shortened pumping paths, and faster processing.

4. Multi-Source Compatibility

Configurable with 2–4 evaporation sources (metal/organic), supporting co-evaporation or sequential deposition.

5. Precision Control

Constant-current evaporation power supply, in-situ thickness monitoring, and excellent film uniformity (±3–5%) with high repeatability.

6. Upgradability

Optional non-stop venting and full automation control.

Technical Specifications

Core Parameters

Evaporation Sources

· Metal Sources: 2–3 groups (optional)

· Organic Sources: Beam-source furnace type, temperature-controlled (0–500°C), integrated adjustable baffle (0–15°), 2–3 groups (optional).

Power Requirements

· Voltage: AC 220 V/50 Hz (380 V optional)

· Power: ≤6 kW

Target Applications

· Research & Academia: Electrode deposition, SEM/TEM sample preparation.

· Advanced Materials: OLED encapsulation, perovskite solar cell R&D.

· Semiconductor: Metal lift-off processes, thin-film device fabrication.

Why Choose?

· Cost-Effective: Reduced material consumption and energy-efficient operation.

· User-Centric: Simplified controls, robust safety features, and modular upgrades.

· Future-Ready: Adaptable to evolving lab needs with optional automation.