External Temperature Probe for Boekel Scientific Block Heate

The Boekel Scientific line of Block Heaters feature an easy-to-use interface in order to simplify most laboratory heating procedures while increasing accuracy and throughput. The bright color touch screen is easily seen across the room and the slim design allows for more bench space and a configurable work flow. The Programmable Heating Blocks are designed for precise controlling of sample temperatures. Heating Blocks, also known as dry bath incubators, use aluminum inserts to suit the use of many types of laboratory test tubes, plates, and containers. Boekel programmable heating blocks are designed to be used with standard aluminum dry blocks (nominally 3” deep x 3-3/4” wide x 2” high) of varying configurations for heating test tubes, microtubes, and other small vessels. The Programmable Heating Blocks use an advanced touch screen control system to create and store programs. Programs can have a maximum of five different temperature steps and there is a repeat function for thermal cycling procedures. An option external temperature probe is available for spot temperature checking and controlling the unit temperature. Features Readily Recognizable Icons to Start, Stop and Pause Temperature Control on a Bright Color Touch Screen Save up to 25 Programs for Rapid Sample Processing One, Two, and Four Block Models to Fit Your Workflow Slim Design to Conserve Bench Space Optional External Temperature Probe UL, CE, CSA approved Amazing Price Point Two-year Warranty Modern laboratories require modern equipment to reduce repetitious procedures and increase accuracy and throughput. The Boekel Scientific’s programmable heating blocks are designed to accommodate the most basic sample incubation procedures to multi-step heating processes and thermal cycling procedures. The slim One, Two and Four block design allows for more bench space and a configurable work flow. The optional external temperature probe is great for spot checking temperatures or controlling block temperature based on the actual sample temperature.