NASHA LABA: catalog of scientific equipment and consumables

Universal system for chemical synthesis and emulsification RP 1L Reactor System by Primelab A complete laboratory in a single package — everything required for reactions, emulsification, vacuum processing, and temperature control. Ready-to-use system — no additional equipment purchases needed. 100% chemical resistance — all contact surfaces are made of borosilicate glass and PTFE. Russian-made — guaranteed quality and easy access to spare parts. Complete set includes: 1.1-liter reactor vessel o Material: borosilicate glass o 6 standard joints for connecting equipment o Jacket for circulating heat transfer fluid 2.Top-drive stirrer TM-100 Primelab o Power: 105 W, speed range: 20–3000 rpm o Modes: reverse, shaker, timer o Handles viscosities up to 60,000 mPa•s 3.Liquid thermostat Primelab o Range: up to +200°C o Temperature stability: ±0.1°C 4.Vacuum module o Membrane pump PL.HM01.01.10 (chemically resistant) o Digital vacuum controller VC-Pro Primelab, range 1–1000 mbar o Trap with gauge Primelab (borosilicate glass, PTFE) 5.Additional accessories o Liebig condenser with vacuum port o Dropping funnel o Stirring rod Technical specifications Parameter: Value Total system volume: 1.5 L (working volume 1.0 L) Max operating pressure: 1.5 atm Temperature range -20°C to +100°C Stirring speed: 20–3000 rpm Vacuum Down to 5 mbar (residual) Dimensions: 400×300×600 mm Weight: 12 kg Key advantages ✔ Easy to use ✔ Safe operation ✔ Scalable Areas of application • Organic synthesis • Pharmaceutical development • Production of emulsions and suspensions • Pilot testing before scale-up • Scientific research

VC Pro is a modern Russian vacuum controller designed for precise pressure regulation in laboratory systems. The device combines high reliability, ease of operation, and extensive functionality, making it an ideal solution for chemical, pharmaceutical, and research laboratories. Precise vacuum control – digital pressure stabilization Wide adjustment range – from 1 to 1000 mbar Compatible with rotary evaporators, vacuum drying ovens, lyophilizers, and other systems Bright touchscreen display – intuitive control and parameter visualization Connection interfaces – USB, Wi-Fi Operating modes: maintaining a set vacuum; process programming

The first Russian In situ bioprinter for printing in the wound bed is a robotic complex for studying surface damage to restore tissues and organs directly in the patient's body. The in situ bioprinter is suitable for biomedical research in the field of tissue engineering in the laboratory. The bioprinter works with various types of hydrogels (including collagen of the first type) with the addition of cells, growth factors, etc. The printing time depends on the size of the defect and takes about 5 minutes on average. The device complex consists of a 6-axis robot, a 3D scanner and a biomaterial dispenser. The printing process includes scanning, tracing, and applying the material. Currently, the In situ bioprinter is at the stage of obtaining a medical device registration certificate for subsequent use in clinical practice. Improved wound healing dynamics strongly suggest that in situ bioprinting can be used as a new successful therapeutic method for the treatment of soft tissue defects. Significant advantages: ● Performs bioprinting even on a dynamically changing surface (optional: adaptation to micro-movements or breathing of the patient) ● Versatile in the use of different types of hydrogels (both sodium alginate and collagen; with and without cells, etc.) An important feature of the In situ bioprinter is that the bioprinter is suitable for various industries and can act as a "classic" 3D printer.

Purpose: Comprehensive solutions for the manufacture, repair, restoration of geometry, cutting of metal structures made of complex alloy steels, non-ferrous metal alloys (aluminum, copper, titanium, etc.) by plasma treatment. Proposed plasma technologies: 1. Forward and reverse polarity plasma welding 2. Plasma surfacing 3. Plasma metallization 4. Additive technologies 5. Plasma cutting.