Colony Counter SC6PLUS, manual

Description

Colony Counter SC6PLUS, manual – LLG09645280

-Pressure sensitive counting
-Pressure can be adjusted
-Audible confirmation
-Choice of light or dark background
-Bright white energy saving LED lighting
-Average count facility
-With BioCote® antimicrobial protection
-Connectivity to printer or computer

Scope of supply: Device with two Wolffhuegel graticules and dish centering adapters to facilitate use with 50 to 90 mm dishes.

Please order magnifiers and printers separately.
Specification
Digital display: 3 digit LED
Lighting: White LED
Magnifier glass: 1.7x and 3x (option)
Counter: 0 to 999
Petri dishes: diam. 50 to 90 mm
Dimensions (W x D x H): 310 x 300 x 140 mm
Weight: 1.5 kg
Power supply: 120-230 V, 50/60 Hz, 70 W
Warranty: 3 years

The Colony Counter SC6PLUS manual is designed to provide reliable and precise microbial colony counting for laboratories that prefer controlled, hands-on operation. Built for accuracy and clarity, this unit supports consistent manual counting of bacterial and fungal colonies on agar plates, making it suitable for microbiology laboratories, research institutions, educational facilities, and quality control departments.
Engineered with a clear viewing surface and optimized illumination, the Colony Counter SC6PLUS manual allows users to easily identify and mark colonies with confidence. The ergonomic design promotes comfortable operation during extended counting sessions, helping technicians maintain focus and reduce strain. Its intuitive interface ensures straightforward use without complicated setup, making it ideal for both experienced professionals and students in training environments.
Built with a robust and carefully engineered structure, this manual colony counting unit is designed to withstand the demands of routine laboratory environments while maintaining stable and consistent performance over time. Its solid housing and high-quality components ensure long-term reliability, even in facilities where daily microbial assessments are conducted continuously. The stable counting platform plays a crucial role in maintaining precise Petri dish positioning, helping technicians avoid unnecessary movement or misalignment during evaluation. This stability directly contributes to improved counting accuracy, especially when working with densely populated culture plates that require careful visual discrimination. Clear viewing support and optimized illumination further enhance colony visibility, allowing users to distinguish subtle differences in size, shape, and distribution with confidence. The ergonomic layout promotes comfortable operation during extended sessions, reducing physical strain and supporting sustained concentration in high-workload settings. Designed for straightforward manual control, the system allows laboratory professionals to maintain full oversight of the counting process, which is particularly valuable in academic demonstrations and training environments where understanding each step of microbial analysis is essential. Its intuitive functionality minimizes the learning curve, enabling both experienced microbiologists and students to operate the equipment efficiently without complex configuration. In standardized quality control applications, where reproducibility and accuracy are critical, the unit provides a consistent platform that supports reliable data collection and documentation. The durable materials used in its construction resist common laboratory conditions, contributing to operational stability and minimizing maintenance concerns. Whether integrated into research laboratories, educational institutions, food and beverage testing facilities, pharmaceutical environments, or environmental monitoring centers, it adapts seamlessly to varied analytical workflows. By combining structural durability, stable sample support, and user-focused manual operation, this equipment strengthens daily laboratory efficiency while maintaining precision in colony evaluation. Its dependable performance under repetitive use ensures laboratories can meet productivity goals without compromising analytical standards. Overall, it represents a practical, efficient, and trustworthy solution for facilities seeking accurate microbial assessment supported by controlled, hands-on operation and long-term operational confidence.
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