The Spectrolinker™ series was developed to be one of the most advanced, versatile and accurate UV crosslinkers and is a now worldwide best-seller. Also available is the Select™ series UV crosslinkers, our economic version!
These units are built specifically to eliminate time-consuming adjustments, unnecessary repetitive programming and unwarranted risk of sample damage.
|Features||- Dual Light Sources LED White Light and Blue Light: Broad ranges of applicability and compatibility|
The BluPAD, as an innovatively designed transilluminator with dual light sources, is applicable in various Life Sciences research areas for observing and analyzing the nucleic acids and proteins. Given its most optimal and humanized design for the post-observation applications, such as gel cutting and data imaging and filing, it is desired to provide the researchers with a brand-new comfortable, convenient, and safe experience.
|UV Range||254/312/365 nm|
LONGLIFE™ UV Filter Glass
Inhibits solarization up to 50 times longer than traditional UV filters
Easy-to-Clean, Rugged Housing
Composed of durable, stainless-steel filter frame welded to scratch-resistant painted metal
Powerful Cooling Fan
Maintains low filter glass temperature to eliminate surface heat buildup
Minimal UV Damage
312nm and 365nm models virtually eliminate transmission of 254nm radiation
Special Diffusing Screen (D)
Ensures superior surface uniformity by eliminating striations caused by the contours of the tubes; provided on all 312nm and 365nm models
Variable-Intensity Control (V)
Provides continuous intensity adjustments from 100% down to 20% for maximum sample preparation time and sensitivity
On/off Switch (S)
Controls power to the unit
Automatic Shut-Off Timer (T)
Prevents UV overexposure; doubles as on/off switch
Hinged UV-Blocking Cover (C)
Adjustable to a comfortable angle providing the end user with a clear view of surface access for sample manipulation. Eliminates the need for additional UV-absorbing clothing or face wear and protects the filter surface from accidental damage