Heidolph Shaker model Unimax 1010 made in Germany
Features:
This shaker can be integrated into the modular incubation system, and it is therefore ideal for all
temperature-controlled shaking tasks. In addition, it is possible to operate several shakers of this
size in one climate chamber.
Time-dependent applications can be performed without any problems by using the timer (max.
999 min).
Rotation speed range: 30 – 500 rpm
Max. Load : 5 kg
Operating Mode: timer or continous
Rotation speed setting: digital
Motion: orbital
طقم آلات للجراحات الصغرى
- Mouth mirror 22 mm,plain Qty 1
- Handle for mouth mirror Hollow Qty 1
- London college forceps 6 inch ,fig.5, with lock Qty 1
- Explorer double ended fig.23/6 ,round handle Qty 1
- Explorer double ended fig.17/23 ,round handle Qty 1
- Cement spatula fig.2 Qty 1
- Amalgam carrier 14 cm, angled 45' Qty 1
- Mod. Plastic filling instruments double ended , fig.7A Qty 1 *Filling instruments double ended , fig.0 Qty 1
- Heidemann filling instruments double ended , fig.1 Qty 1
- Extracting fcps. Eng. pattern fig.2 ,for upper incisors and biscuspids Qty 1
- Extracting forceps english pattern fig.18A,for upper molars Qty 1
- Extracting forceps english pattern fig.29, for upper roots and incisors Qty 1
- Extracting fcps. Eng. pattern fig.13 ,for lower biscuspids Qty 1
- Extracting fcps. Eng. pattern fig.13 ,for lower molars Qty 1
- Extracting fcps. Eng. pattern fig.33A,slender jaw,for lower roots Qty 1
- Bein root elevators straight 3 mm fig.2 Qty 1
- Appical - flhor root elevators fig. 302,left Qty 1 *. Appical - flhor root elevators fig. 303,right Qty 1
steps manual blood grouping in 30 seconds
is an innovative IVDMD (In Vitro Diagnostic Medical Device) for manual ABO/RhD blood group confirmation of donors and recipients. It needs only 3 steps to perform a blood group test within 30 seconds in a safe and standardized way.
It is a ready-to-use pad based on the latest technology M-TRAP® patented by DIAGAST, a breakthrough in manual blood grouping.
PAD® products use the M-TRAP® technology which is based on the immobilization of antibodies covalently bounded to a porous membrane. Only the red blood cells having the corresponding antigen are fixed into the membrane revealing immediately the reaction

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