Description

The YG1029 Nine-Point Magnetic Stirring Hot Plate is an exceptional laboratory device designed for high precision and efficiency. With the ability to process nine samples simultaneously under controlled conditions, it sets a new standard in laboratory efficiency. This versatile machine features independent temperature controls, allowing for precise thermal management up to a peak of 350°C with a remarkable accuracy of ±5°C. Equipped with high-performance mixing capabilities, ranging from 0 to 2000 RPM, and crafted from premium materials like the TU2 red copper heating plate, it promises durability and top-tier performance. Ideal for high-throughput laboratories, pharmaceutical R&D, and advanced material science, the YG1029 delivers unparalleled functionality.

Market Price

The YG1029 Nine-Point Magnetic Stirring Hot Plate is competitively priced within the market. Although the exact price of the product is $1247.4 USD, potential buyers can expect to find this product within a range of approximately $1200 to $2000 USD based on features and purchasing options. This pricing reflects the advanced technology and quality construction that the YG1029 offers to users seeking efficient and reliable laboratory equipment.

Frequently Asked Questions

How does this compare to standard single-point stirrers? The YG1029 offers nine times the productivity in similar bench space, ensures consistent experimental conditions across all samples, saves significant time for batch processing, and reduces operational costs per sample.

Can different stations operate at different temperatures? Yes, the device features independent temperature control for each of the nine stations, along with customizable speed settings and individual operation parameters.

What maintenance does the copper plate require? For optimal functioning, it is recommended to clean the copper plate weekly with a copper-safe cleaner, avoid abrasive materials, and perform monthly calibration checks.

Advantages & Disadvantages

Advantages:

• Unrivaled throughput: 9 samples processed simultaneously
• Experimental consistency: identical conditions across stations
• Research-grade precision: ±5°C temperature control

Disadvantages:

• Substantial power requirement: 750W
• Large footprint: 500×330mm
• 220V-only operation

Product Use in the Field

The YG1029 finds extensive application in various fields such as pharmaceutical development, where it aids in parallel formulation testing; catalyst screening for high-throughput reaction optimization; nanomaterial synthesis ensuring batch production consistency; and in quality control laboratories, supporting multi-sample standard testing. Its adaptable and robust design makes it an invaluable tool in accelerating research and development efforts across multiple disciplines.

Recommendations

To maximize the benefits derived from the YG1029, it is advisable to pair the device with matched glassware for uniform heat transfer. Regular quarterly electrical safety checks should be performed to ensure continued operational safety. Additionally, to enhance monitoring and verification, consider using an accessory like an infrared thermal camera for surface temperature verification.

Features

• Simultaneous processing of nine samples
• Independent temperature and speed controls
• 350°C maximum temperature capacity with ±5°C accuracy
• 0-2000 RPM digital speed control
• TU2 red copper heating plate with Cr20Ni80 elements
• Digital displays for real-time monitoring

Technical Specifications