The Scienceware handheld electronic colony counter is a cost-effective and accurate way to count colonies of bacteria or other microorganisms grown on agar plates. This handheld, simple-to-operate device marks, counts, and gives an audible and visual alert each time a count is registered on the easy-to-read, backlit digital display. It stores up to 35 sample counts in memory and displays the sum total of all colonies counted. The audible alert can be turned off if desired, and the counting function locked to prevent errors during breaks. The lightweight, pen-style design reduces the likelihood of error, combining all aspects of counting into one motion. Error is further reduced when counting both up and down to verify sample counts.
Product Features
- Mark, count, and receive an audible and visual alert each time a count is registered
- Store up to 35 sample counts in memory
- Backlit display for easy viewing in low light
- Felt-tip markers work on plastic or glass
- Handheld electronic colony counter offers cost-effective and accurate colony counting
- Audible alert can be turned off and counting function locked to prevent errors during breaks
- Lightweight, pen-style design reduces likelihood of error
- Error reduction through counting both up and down to verify sample counts
- Long-life red and black felt-tip markers are oil and water resistant
- Ink marks removable with ethyl alcohol
- Includes protective storage case, red and black felt-tip markers, and 3V lithium battery
Benefits
- Enables quick, accurate, and reliable colony counting for microbiology labs
- Reduces user fatigue and errors through ergonomic design
- Improves workflow efficiency by storing multiple sample counts
- Versatile use on both plastic and glass petri dishes
- Simple to operate, even in low light environments
Why Choose The Scienceware Handheld Battery Operated Colony Counter?
The Scienceware handheld colony counter is an essential tool for microbiologists seeking accuracy and ease of use. Combining counting, marking, and alert functions into a single lightweight device, it enhances laboratory efficiency and reliability, making colony counting faster and less error-prone.
