Benchmark B1001-XL-RA Heating Element Assembly for BactiZapper XL Tilt (B1001-XL), 115V

Wesemann / plinth cabinet/ White /  730x300x580

Wesemann / Wall cabinet, RT / White /  690x600x360

Ohaus EX225/AD Explorer Semi-Micro Balance, 220 g, 0.00001 gExplorer's weighing cells are precision- (more)machined from a solid metal block and, together with AutoCalTM, provide exceptional accuracy and durability suitable for laboratory and industrial environments. Equipped with a color touchscreen display that enhances the user-experience. In addition, touchless sensors, automatic draftshield doors (on select models) and ionizer ensure the integrity of results. A detachable terminal with a large color touchscreen, programmable IR sensors, optional built-in Ionizer and automatic doors, and a frameless draftshield make Explorer balances easy & convenient to use. Among the features that enhance the operator experience are:• Color touchscreen display• Four programmable touchless sensors allow the operator toperformcommon functions and commands with a swipe of the hand• Modular design in which the base and display can beseparated to allowthe balance to fit ideally on the lab bench. Click Here to View Product Video INCLUDED: The Ohaus EX225/AD Explorer Semi-Micro Balance, 220 g, 0.00001 g includes: - Power Cord - Operator's Guide - Manufacturer's Documentation - 1 Year Manufacturer's Warranty

The offered instrument / system is fully functional tested and ready to use. FURTHER DETAILS TO FOLL (more)OW

High model (2 available) Dimensions (H x W x D): 650 x 1125 x 500 mm Internal dimensions (H x W x D) (more): 445 x 1090 x 460 mm Low Model (2 available) Dimensions (H x W x D): 500 x 1125 x 500 mm Internal dimensions (H x W x D): 295 x 1090 x 460 mm

Print resolution: 203 dots/inch, 8 dots/mm or 300 dots/inch, 12 dots/mm Dot size (WxL): 203 dpi – 0. (more)110 x 0.132 mm, 300 dpi – 0.110 x 0.132 mm Maximum print width: 203 dpi – 108 mm, 300 dpi – 105.7 mm Bar code modulus: 203 dpi – 5 mil to 50 mil, 300 dpi – 3.3 mil to 33 mil Programmable constant print speeds: 51, 76, 102, 127 and 152 mm/s Media label length: Minimum (tear off) – 17.8 mm, Minimum (peel off) – 12.7 mm, Maximum – 991 mm Media label width: Minimum – 19 mm, Maximum – 114 mm Media total thickness (including liner, if any): Minimum – 0.076 mm, Maximum – 0.25 mm Media maximum roll outer diameter: 76 mm core – 203 mm, 25 mm core – 152 mm Media inter label gap: Minimum – 2 mm, Preferred – 3 mm, Maximum – 4 mm Media ticket/tag notch size (WxL): 6 x 3 mm Media hole diameter: 3.18 mm Media notch or hole position (centered from inner media edge): Minimum – 3.8 mm, Maximum – 57 mm Media black mark density: > 1.0 ODU Media maximum density: ≤ 0.5 ODU Ribbon width: Minimum – 51 mm, Maximum – 110 mm Ribbon standard lengths: 2:1 media to ribbon roll ratio – 300 m Ribbon core inside diameter: 25 mm Dimensions (HxWxD): 277 x 242 x 432 mm Weight: 9.1 kg

ACL 100 coagulation analyzer developed by Instrumentation Laboratory (IL) is aimed to provide optimu (more)m efficiency for performing coagulation testing at health care centers, physicians’ offices, and small laboratories. The latest advancement of IL, the ACL 100 is an ideal choice for low volume workloads and to serve as a backup analyzer. It is a fully automated clot end point analyzer with a processing throughput of 110 tests per hour for PT and Fibrinogen. With the use of this system, you can yield quantitative clottable Fibrinogen result with every PT automatically, without any need for additional steps or reagents. This system is also effective to perform clotting assays such as Lupus and APCR-V Leiden. It offers the convenience of attaining dependable and reliable results for test such as PT-fibrinogen, APTT, TT, Protein C and Protein S assays, and factor assays. Samples can be analyzed in single, batch, duplicate and single menus, and can produce the results for PT, APTT and fibrinogen on four samples within ten minutes, allowing up to 24 test results as well as another 32 optional calculations. Besides these, there are other benefits such as minimum maintenance requirements, convenience, and keyboard for simple patient identification data entry etc.