Versatility for the researcher and the electron microscopist
We offer a wide range of clean, fast vacuum pumping systems. All pump versions are backed by an 12 m3h-1 2-stage direct drive rotary pump with an oil mist filter fitted to the pump output. An activated alumina foreline trap prevents backstreaming. Fluoroelastomer seals, low outgassing materials and special welding methods make a major contribution to contamination free conditions.
The Auto 306 PLC vacuum controller provides easy pump down without operator errors. Even inexperienced users will be able to operate the system confidently. Pump down times are automatically kept to a minimum, saving process time. Fully reproducible parameters give consistent deposition conditions. A digital display provides vacuum and system status information.
Intelligent high vacuum control
The Auto 306 is designed to maintain clean high vacuum conditions and to protect substrates from contamination at all times. An ‘intelligent’ high vacuum valve opening sequence ensures a gradual equalization of the different vacuum pressures in the chamber and below the valve during the pump down cycle.
event of an electrical supply failure.
To ensure operator safety a comprehensive interlock system prevents the electron beam source from being operated if an unsafe condition exists. Operation is disabled unless all Auto 306 doors and covers are closed and there is a maximum pressure of 1 x 10-4 mbar in the chamber.
Auto 306 Lab Coater
Are you struggling to achieve high-quality thin films for your research or production? Look no further! Ezzi Vision Pty Ltd’s Auto 306 Lab Coater is your ultimate solution. This advanced thin film deposition system is designed to meet the rigorous demands of modern science and industry. With its modular design and state-of-the-art features, the Auto 306 ensures precise and reproducible thin film deposition, making it an indispensable tool for researchers and developers.
Thin Film Deposition Systems: The Future of Innovation
Thin film deposition systems are revolutionising how we create and manipulate materials at the microscopic level. These systems are essential for developing advanced coatings and films used in various applications, from electronics to optics. The Auto 306 is at the cutting edge of this innovation, enabling researchers to push the boundaries of science and technology.
Why Choose the Auto 306 Lab Coater?
The Auto 306 Lab Coater stands out among other thin film deposition systems due to its versatility, reliability, and user-friendly design. Here’s why it’s the preferred choice for many researchers:
- High-Quality Vacuum System: Ensures contamination-free deposition.
- Modular Design: Allows easy upgrades to keep pace with new technologies.
- Sophisticated Deposition Accessories: Developed in collaboration with users for optimal performance.
Vacuum Pump Options
Choosing the right vacuum pump is crucial for achieving the best deposition results. The Auto 306 offers a range of options:
Diffusion Pump with Liquid Nitrogen Trap
The most economical option, the diffusion pump with a liquid nitrogen trap, is perfect for general-purpose applications. It features a water-cooled jacket and intelligent high vacuum valve control to prevent oil vapour migration.
Turbomolecular Pump with Liquid Nitrogen Trap
The turbomolecular pump version offers improved vacuum pumping performance for those requiring higher performance, making it ideal for handling condensable vapours.
Automatic Vacuum System
One of the standout features of the Auto 306 is its Automatic Vacuum System. This system simplifies the pump-down process, minimising operator errors and ensuring consistent thin film deposition conditions. The intuitive PLC vacuum controller allows even inexperienced users to operate the system confidently.
The Automatic Vacuum System is designed to ensure optimal performance by maintaining clean high vacuum conditions, which is critical for high-quality thin film deposition. This feature particularly benefits researchers and developers who need reliable and reproducible results.
Intelligent High Vacuum Control
Maintaining clean, high vacuum conditions is critical for preventing contamination. The Auto 306’s intelligent high vacuum control system ensures a gradual equalisation of vacuum pressures during the pump-down cycle, protecting your substrates from contamination.
Safety Interlocks
Safety is a top priority with the Auto 306. The comprehensive interlock system prevents operation under unsafe conditions, ensuring the electron beam source is disabled unless all doors and covers are closed and the chamber pressure is within safe limits.
Real-World Applications
Researchers and developers worldwide rely on the Auto 306 for a variety of applications, including:
- Semiconductor Manufacturing: Achieve precise thin film coatings for electronic components.
- Optical Coatings: Enhance the performance of lenses and mirrors with high-quality thin films.
- Material Science: Explore new materials and their properties with reliable thin film deposition.
Unmatched Support and Service
At Ezzi Vision Pty Ltd, we pride ourselves on providing exceptional customer support. Our team of experts is always available to help you get the most out of your Auto 306 Lab Coater. From the very first setup to ongoing maintenance, we make sure your system operates at peak performance.
The Auto 306 R&D Coating System: Advanced Features and Benefits
The Auto 306 is not just another thin film deposition system. It’s a comprehensive solution that meets the needs of modern researchers. Let’s take a closer look at its features:
Borosilicate Glass Vacuum Chamber
The borosilicate glass vacuum chamber ensures optimal visibility and contamination-free conditions, making it ideal for delicate deposition processes.
Clean, Fast Vacuum Pumping Systems
The Auto 306 offers a variety of vacuum pumping systems, each backed by a 12 m³/h 2-stage direct drive rotary pump with an oil mist filter and activated alumina foreline trap. This ensures clean and efficient pumping, which is critical for high-quality thin film deposition.
Intelligent High Vacuum Valve Opening Sequence
The intelligent valve opening sequence gradually equalises vacuum pressures, preventing diffusion pump stalling and ensuring a contamination-free environment.
Internal Battery Backup
An internal 12-volt battery ensures the high vacuum valve closes during an electrical failure, protecting your substrates and maintaining a clean vacuum environment.
Easy Upgrades
The modular design of the Auto 306 allows for easy upgrades, ensuring your system can keep pace with evolving technologies and research needs.
Comprehensive Interlock System
The comprehensive interlock system ensures operator safety by preventing the electron beam source from being operated under unsafe conditions.
Your Path to Success with Ezzi Vision
Choosing the right thin film deposition system is crucial for your research success. The Auto 306 Lab Coater, with its advanced features and reliable performance, is designed to meet the highest standards of modern science and industry.
Take the Next Step
Are you ready to elevate your research capabilities? Contact Ezzi Vision Pty Ltd today to learn more about the Auto 306 Lab Coater and how it can benefit your lab. Our team of experts is here to answer any questions and provide the support you need to make an informed decision.
The Auto 306 Lab Coater from Ezzi Vision Pty Ltd is a game-changer in thin film deposition. Its advanced features, user-friendly design, and reliable performance make it the ideal choice for researchers and developers. Don’t miss out on the opportunity to enhance your research capabilities with this cutting-edge system. Contact us today to learn more and take the first step towards achieving your research goals.
Frequently Asked Questions
What research grant or capital equipment funding pathways are available for procuring thin film deposition systems like the Auto 306 in Australian universities?
In Australia, thin film deposition systems are commonly funded through: ARC LIEF (Linkage Infrastructure, Equipment and Facilities) grants, NHMRC equipment grants, university capital equipment programmes, state government research infrastructure funds, and industry partnership co-investment arrangements. Ezzi Vision can provide a formal quotation, technical specification letter, and product reference list to support your grant application. They have experience supporting Australian university equipment grant submissions.
What deposition rate and film thickness uniformity specifications can researchers expect from the Auto 306 Lab Coater?
The Auto 306 Lab Coater achieves deposition rates and film thickness uniformity dependent on the deposition technique and material being deposited. Thermal evaporation of metals typically achieves uniformity of +/-5% or better across the substrate platen, with deposition rates of 0.1-10 nm/s depending on material and power settings. The system's built-in quartz crystal microbalance (QCM) provides real-time deposition rate monitoring and thickness control. Contact Ezzi Vision for material-specific performance data.
What substrate sizes and types can be accommodated in the Auto 306 Lab Coater for research applications?
The Auto 306 accommodates a range of substrate sizes and types including: silicon wafers (up to 4-inch diameter in standard configuration), glass slides and coverslips, flexible substrates, metal foils, and custom substrate shapes. The substrate holder is interchangeable and can be configured for heating, rotation, or tilt depending on the deposition requirement. Ezzi Vision can confirm the substrate configuration available for your specific research application.
What is the base vacuum level and pumping system specification of the Auto 306 Lab Coater?
The Auto 306 Lab Coater achieves base pressures in the range of 10^-6 mbar, typically using a turbomolecular pump backed by a dry scroll or rotary vane pump. This high vacuum level is essential for mean free path control during evaporation and for producing dense, high-purity thin films. Ezzi Vision can provide the full pumping system specification, including ultimate pressure, pump-down time, and throughput characteristics.
How does the Auto 306 Lab Coater integrate with a university's shared equipment facility infrastructure and safety management systems?
The Auto 306 is designed for shared user facility deployment and typically integrates with: institutional user management and booking systems (via simple access control interfaces), laboratory safety management through interlocked high-voltage and vacuum safety systems, and process logging for user accountability. Ezzi Vision provides full installation, commissioning, and staff training to support shared facility operations. They can advise on appropriate infrastructure requirements for your facility.
What consumables, spare parts, and support are available for the Auto 306 Lab Coater in Australia?
Ezzi Vision supports Auto 306 installations in Australia with: supply of evaporation sources (boats, crucibles, e-beam hearths), sputter targets, substrate holders, quartz crystal sensors for the deposition rate monitor, pump service kits, and vacuum hardware. Their technical team can advise on consumable selection for your specific deposition materials and processes. Service and repair support is available locally without needing to ship the system overseas.
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