Thermocyclers 3PRIMEBASE / 3PRIMEX / 3PRIMEG

Description

Thermocyclers 3PRIMEBASE / 3PRIMEX / 3PRIMEG
Mid-size thermocyclers – find space on any laboratory bench
-Approved cycler with new design
-With and without gradient function
-Gradient upgrade from 3PRIMEX to 3PRIMEG
-3.5” colour touch screen with graphical display
-Height-adjustable and heatable lid, temperature from 100°C to 115°C, with ON/OFF switch and automatic switch off against overheating
-Password protected
-Auto-Restart
-USB port
-4 years warranty for the Prime Thermocycler

Specifications
Block temperature: +4°C to +100°C
Temperature gradient (only 3PRIMEG or 3PRIMEX with upgrade): +30°C to +80°C
Max. Gradient: +14°C
Block uniformity at 55°C: <±0.3°C
Max. Heating rate: 3.0°C/s
Dimensions (W x D x H): 210 x 350 x 180

Thermocyclers 3PRIMEBASE / 3PRIMEX / 3PRIMEG are designed to meet the diverse needs of modern molecular biology laboratories by offering reliable performance and flexible configuration options. The LLG09595501 Thermocyclers 3PRIMEBASE incl. block for 18 x 0.5ml tubes provides an efficient solution for small to medium PCR workloads, while the LLG09595502 Thermocyclers 3PRIMEBASE incl. block for 24 x 0.2ml tubes supports compact reaction volumes with consistent thermal control. For laboratories requiring higher throughput, the LLG09595503 Thermocyclers 3PRIMEX incl. block for 30 x 0.5ml tubes and the LLG09595504 Thermocyclers 3PRIMEX incl. block for 48 x 0.2ml tubes deliver enhanced capacity and dependable cycling performance. Laboratories seeking advanced protocol optimization can utilize the LLG09595505 Thermocyclers 3PRIME gradient upgrade Gradient upgrade from 3PRIMEX to 3PRIMEG, enabling precise temperature variation across samples. Fully integrated gradient functionality is available in the LLG09595506 Thermocyclers 3PRIMEG incl. block for 30 x 0.5ml tubes and the LLG09595507 Thermocyclers 3PRIMEG incl. block for 48 x 0.2ml tubes, supporting complex assay development. Together, Thermocyclers 3PRIMEBASE / 3PRIMEX / 3PRIMEG offer scalable solutions, multiple block formats, and upgrade flexibility, making them suitable for research, diagnostics, and routine PCR applications.Engineered to support precise and repeatable DNA amplification, this thermal cycling platform is well suited for laboratories that require consistency, flexibility, and long-term reliability. It is designed to deliver accurate temperature transitions across all samples, helping users achieve dependable results in routine workflows as well as more demanding experimental protocols. Uniform heat distribution across the sample block minimizes variation between reactions, which is essential for reproducibility in molecular biology, diagnostics, and quality control environments.
The system accommodates a variety of reaction volumes, allowing laboratories to work with different tube sizes depending on throughput and application needs. This adaptability makes it suitable for both small-scale testing and moderately higher sample volumes without requiring multiple instruments. Its compact footprint allows it to fit easily on standard laboratory benches, making efficient use of workspace while still providing robust performance.
User-focused design plays a central role in daily operation. An intuitive control panel and clear display enable straightforward programming of cycling protocols, reducing setup time and training requirements for new users. Frequently used methods can be stored and quickly recalled, which improves efficiency in busy laboratories and ensures consistency across multiple runs and operators. The interface supports easy monitoring of progress, helping users stay informed throughout the amplification process.
Thermal stability is supported by advanced heating and cooling elements that allow rapid ramp rates while maintaining accuracy. This balance between speed and precision helps shorten overall run times without compromising reaction quality. Energy-efficient operation further contributes to cost-effective use, particularly in laboratories where equipment runs continuously throughout the day.
The platform is also built with future adaptability in mind. Its design allows laboratories to expand capabilities over time, supporting evolving research demands without the need to replace existing equipment. This scalable approach is particularly valuable for growing facilities, academic institutions, and service laboratories that need to manage budgets while keeping pace with technological requirements.
Reliability and durability are emphasized through high-quality materials and robust construction. The instrument is designed for stable operation over extended periods, reducing downtime and maintenance concerns. Built-in safeguards help protect samples and ensure consistent operation, even during longer or more complex protocols. Quiet performance further enhances the laboratory environment, allowing it to operate without causing disruption in shared spaces.
This solution is suitable for a broad range of applications, including routine amplification, method development, and optimization tasks. Its dependable performance makes it appropriate for academic research, biotechnology development, clinical testing, and industrial laboratories where accuracy and repeatability are critical. By combining precise thermal control, flexible operation, and user-friendly design, it supports confident experimentation and reliable outcomes across a wide spectrum of molecular biology workflows.