Used IEC Minitome #126475 for sale

IEC Minitome is a laboratory equipment and accessory designed to provide precise cutting and sectioning of tissue samples. The apparatus is developed by IEC Incorporated, a leading manufacturer of precision instruments for clinical and research laboratories. Minitome incorporates precision osmium-clad tungsten blades and guides to securely hold sample materials while slicing, allowing for uniform section thickness. The technology is designed to ensure accuracy and precision when adjusting the cutting speed and the angle of the blade, while avoiding sample crushing or slippage. The blade holders can be adjusted to their optimal position outside the protected chamber for safe operation. The heads are contoured to ensure minimum contact with surrounding tissue to reduce sample contamination. IEC Minitome also features an enclosed chamber that ensures safe operation and also helps to maintain the desired temperature in the work area. The chamber also serves as a protection system from electrically charged particles such as static. The enclosed chamber also reduces the risk of sample cross-contamination from outside airborne particles. Minitome offers user-friendly software and a variety of settings such as variable cutting speeds, timed autostop for repeat sectioning, thickness control, and automated fluid control. The adjustable speed range of 0-8000 rpm means this device can be used for thick or thin sections of sample material, helping to provide a high quality of results. For maximum flexibility and convenience, IEC Minitome incorporates a vacuum for automatic debris collection. The vacuum can be used to collect tissue dust and debris that is generated adjacent to the blades for easy and efficient cleaning. In combination with the enclosed chamber, this feature minimizes airborne contamination. Minitome is a versatile, yet precise piece of laboratory equipment and accessory suitable for a variety of lab settings, making it an optimal choice for slicing and sectioning tissues. This device is designed to provide safe, precise operation as well as optimal results for researchers and clinicians alike.