Welcome to Esco Esco’s vsion is to provide enabling technologies for scientific discoveries to make human lives healthier and safer. • A leader in the development of controlled environment, laboratory and pharmaceutical equipment solutions. • A world leader in biological safety cabinets. • With offices in 13 countries such as Bahrain, China, India, Japan, Korea, Malaysia, Philippines, Singapore, U.K., U.S., Vietnam, South Africa and Indonesia, and more expansions planned. • North American facilities in Pennsylvania for sales, service and logistics in the U.S. and Canada. • More than 600 employees...

Global Network Global Offices Distributors Products and Application Esco Life Science Tools Medical Equipment Laboratory Equipment Biosafety and Laminar Flow Class II Type A2 Biological Safety Cabinets Class II Type B2 Biological Safety Cabinets Fume Hoods Laboratory Fume Hoods Ductless Fume Hoods Fume Scrubbers Class III Biological Safety Cabinets Exhaust Blowers Horizontal Laminar Flow Clean Benches Fume Hood Airflow Monitors Vertical Laminar Flow Clean Benches Laboratory Animal Research Workstations PCR Cabinets Incubators and Ovens Forced Convection Laboratory Ovens Forced Convection Laboratory...

The Aeris™ thermal cycler offers five interchangeable blocks designed to meet critical requirements for different applications. It comes with an intuitive touch screen to deliver easy-to-use programing; AeonStar™ Peltier is qualified to deliver outstanding and precise performance and unique IsoHeat™ temperature control technology delivering high heating and cooling rates with excellent temperature accuracy and uniformity. SmartDrive™ automatic block recognition increases user convenience. AerisLine™ software enables the remote control of up to 30 individual units via one PC. AERISTM Benefits...

Thermal Cycler additional Features • Multi-block capability with automatic block recognition software minimizes the need for manual settings • Adjustable hot lid temperature and ramp rate • Powerful software meets a variety of experimental requirements, such as Gradient PCR, Touchdown PCR, Time Release PCR, In Situ PCR, and others • The Peltier module, electronics, and sensors are precision tuned and tested to ensure the longest operating lifespan possible Reliable Performance Peltier • Pre-programmed methods provide easy choice • Large memory stores up to 250 individual methods in equipment,...

Thermal Cycler Three modes of operation 1 Stand-Alone Unit directly. Operate with keypad 2 PC Controlled PC, and save programs. Operate cycler via Satellite Function AerisLine™ 3 Up to 30 Aeris cyclers Via be controlled from can one PC. 30x highlights Adjustable Hot Lid To prevent reagents from evaporating, the height of the hot lid is adjustable to suit all kinds of tubes. Adjustable Ramp Rate Temp.( C ) 104.00 High ramp rate of up to 4.0°C/sec. Suits all reagents. Allows protocols to be transferred from other cyclers. Open Platform Open platform chemistry and consumables assure compatibility...

Thermal Cycler EASIER PROGRAMMING AERIS™ THERMAL CYCLER Main Interface BLOCK TEMPERATURE : IDt CYCLE REMAINING TIME

Thermal Cycler Please type in your sequence Optimized primer temp 20.0 °C Tm calculator allows you to calculate the optimal PCR annealing temperature base on the sequence of a pair of primers. The Tm calculator by default calculates by the simpler GRADIENT FUNCTION The purpose of the gradient function is to determine the optimal annealing temperature. It's particularly useful when testing suitable annealing temperatures for End Point Analysis Result Note: Experimental determination of optimal annealing temperature. The calculated primer annealing temperature was 56.5°C. The actual annealing temperature...

Thermal Cycler wider application Nested PCR Why Use Nested PCR? Nested PCR is a modification of a polymerase chain reaction intended to reduce the contamination in products due to the amplification of unexpected primer binding sites. Long PCR Why Use Long PCR? Long PCR, a new technique based on ordinary PCR, applies to amplify the PCR template longer than 5kb. Touchdown PCR Why Use Touchdown PCR? Touchdown PCR is a method of polymerase chain reaction by which primers avoid amplifying nonspecific sequences. The annealing temperature during a polymerase chain reaction determines the specificity...

Thermal Cycler Aeristm components USB port • User friendly • Convenient and quick data transfer • Convenient USB port and RJ45 port simplify data transfer and product updates between the Aeris Thermal Cycler and USB memory stick Storage There are 250 protocols in internal memory; unlimited with use of USB memory stick and PC save as many of your important methods as you want Aeris Thermal Cycler and PC/Laptop (update software via RJ45 port when enhancements are available)

Thermal Cycler aeris structure 1. Block 2. Color Touch Screen 3.Ventilation Vents 4. USB Interface 5. Hot Lid Knob 6. Unlocking Device 7. RJ45 Interface 8. Power Switch 9. Power Socket 10. Fuse socket Black cable for singe unit connecting to AerisLineTM PC software White cable for multiple units connecting to AerisLineTM PC software Ordering information Item Code Aeris™ Thermal Cycler Main Body (100-240V) Aeris™ Thermal Cycler Gradient Block (96x0.2ml) Aeris™ Thermal Cycler Combined Block (48x0.2ml+30x0.5ml) Aeris™ Thermal Cycler Gradient Block (384 wells) Aeris™ Thermal Cycler Dual Block (48x0.2ml)...

General Specifications, Aeris™ Thermal Cycler Model Code Sample Capacity Application Consumables 0.2ml tubes 96-well microplates 12x8 strips 8x12 strips 0.2ml tubes 0.5ml tubes 4x12 strips Gradient Capability Gradient Range Maximum Gradient Temperature Range Over-temperature Cut-Out Up to 250 programs, unlimited with USB flash drive Maximum Hold Time Temperature Accuracy Temperature Uniformity Extensive Experiment Application Option setting for time up/down is between 0-9m59s, which is suitable for Long PCR Temperature when up/down is between 0.1ºC to 9.9ºC, it is suitable for Touchdown PCR Auto...