Systec Laboratory Autoclaves Systec V-Series. Vertical floor-standing autoclaves. Systec D-Series. Horizontal bench-top autoclaves.

Laboratory Autoclaves The power of innovation. For better sterilization. Experience counts Systec laboratory autoclaves We only make two things. Laboratory autoclaves and devices for the improved sterilization and handling of culture media. Always with the goal of making laboratory work safer, easier, more accurate, reproducible and validatable, and consequently more economical. With over 25 years of experience and continuous intensive cooperation with experts and users, we know how to provide optimal solutions for even the most complex sterilization tasks. Specially developed for laboratory...

Systec V-Series. Vertical floor-standing autoclaves. Compact dimensions The Systec V-series of top-loading vertical autoclaves is distinguished by its small footprint and high chamber capacity. Result: optimal loading capacity with most standard media bottles and Erlenmeyer flasks. Up to 50 % more loading capacity. Systec Chamber dimensions Ø x depth (mm) Chamber volume (l) total / nominal External dimensions (mm) Height Width Depth Net weight (kg) Heating capacity (kW) Systec VX Systec VE and VB Electrical connections for Systec V-40 and V-55: 220 – 240 V, 50 / 60 Hz, 16 A. Electrical connections...

Systec D-Series. Horizontal bench-top autoclaves. Compact dimensions The Systec D-Series are front-loading, bench-top autoclaves available in seven sizes with chamber capacities ranging from 45 to 200 l. Compact on the outside but with ideal chamber capacities inside. Each size has an optimal loading capacity for most standard media bottles and Erlenmeyer flasks. Systec Chamber dimensions Ø x depth (mm) Chamber volume (l) total / nominal External dimensions (mm) Height Width Depth Net weight (kg) Heating capacity (kW) Systec DX Systec DE and DB *Please note: Systec DB-23 not available! Electrical...

Systec V-Series and D-Series. Two model ranges with different performance. Standard Features Integrated, separate steam generator Internal heating elements within the autoclave chamber Housing, support frame and pressure vessel made of corrosion-resistant stainless steel Temperature and pressure range 140 °C, 4 bar absolute pressure LCD display and fully automatic microprocessor control Number of sterilization programs Code-secured access rights for changing parameters and further safety-relevant intervention Internal memory for storing up to 500 sterilization cycles Timer for starting programs...

Design – pure innovation. State-of-the-art engineering Safety and convenience All-round quality The pressure vessel is made of corrosion-resistant stainless steel 316L (1.4404) and is thus easy to clean. An approved safety valve for excess pressure is included. The autoclave support framework and housing are also made of stainless steel. The highly efficient, high-quality Hanno-Tect insulation material releases no particles; Systec autoclaves can thus be used under clean-room conditions. Systec autoclaves are state-of-the-art, both in their mechanical and electrical components; ensuring a new...

Design – pure innovation. Steam generation by steam generator A separate steam generator is incorporated in the housing. Conventional steam generation In this system, powerful heating elements are integrated directly at the bottom of the sterilization chamber. As required, water can be fed in manually or in models VE and DE, demineralized water can be fed in automatically using the DI-Water connection. This has numerous advantages: No heating elements and no reservoir for dirty water in the chamber. In conjunction with the stand-by pre-heating function, only 10 min. heating time to 121 °C with...

Everything under control. Optional operation by Touch-Screen technology for all Systec VX models from 65 liter chamber volume Standard operation via display In all Systec V- and D-Series autoclaves, control is via a membrane keypad with acoustic confirmation of input. The display is large and easy to read. Everything is logically positioned, ergonomic and easy to operate. Menu operation is in text form, selectable in German, English, French, Spanish and Italian – other languages optional. All control functions are carried out by a specially developed microprocessor. Along with steam pressure,...

Everything under control. Options for documentation Printer Optional integrated printer for documentation of program type, batch number, date / time, temperature / pressure progress and sterilization phase. SD card for batch documentation* Extensive documentation on up to 10,000 sterilization cycles* via an (optional) integrated card slot and a 1024 MB SD memory card (included). All the recorded data is available, via the SD memory card, for processing with the Systec ADS documentation software package. * only in conjunction with optional Systec ADS software. Systec ADS documentation software...

Sterilization of liquids. Heating up Overview Conventional cooling / Rapid cooling Up to 50 % shorter heat-up times as standard Due to the combined temperature and pressure regulation, the chamber pressure is increased during the heat-up phase. The result: more rapid temperature equilibrium in the liquids and a shorter heat-up time. The actual sterilization time of e.g. 15 minutes at 121 °C is only a fraction of the total time involved for an autoclave procedure. Especially in the case of sterilizing liquids, the heating up and cooling down phases are considerably longer. The conventional procedure...

Sterilization of liquids. Cooling Systec supplies autoclaves guaranteeing precise sterilization processes, safe handling and increased productivity. Numerous cooling functions are available for liquid sterilization. In addition to conventional cooling by regulated steam exhaust down to 100 °C and subsequent very slow self-cooling down to 80 °C, optional cooling systems for rapid cooling are available. Various optional rapid cooling systems enable the cooling times for liquids to be significantly reduced. This conserves culture media and makes for efficient utilization of the autoclave. Cooling...