Official Supplier Vertical Pulse Vacuum Autoclave Scitek ST-PV Series Sterilisator Vertikal Vakum Pulsasi Layar Sentuh LCD Plus Printer
Deskripsi Produk
Scitek ST-PV Series adalah Vertical Pulse Vacuum Autoclave (sterilisator vertikal vakum pulsasi) berperforma tinggi yang dirancang ringkas namun berkapasitas besar untuk memenuhi kebutuhan sterilisasi instrumen medis tingkat lanjut di laboratorium, rumah sakit, klinik, dan lembaga penelitian biomedis. Dibekali pompa vakum internal terintegrasi, alat ini menerapkan metode fraksinasi pre-vacuum pulsasi sebanyak tiga kali yang dipadukan dengan fungsi pulsasi positif untuk mengeliminasi kantung udara dingin secara mutlak, sehingga uap jenuh dapat menembus celah terdalam instrumen berongga (Class A hollow medical instruments) maupun pakaian medis berpori. Seluruh tahapan mulai dari pre-vacuum, pemanasan, sterilisasi, pembuangan uap, hingga pengeringan pasca-vakum (post-vacuum drying) selama 15 menit berjalan otomatis di bawah kendali kontroler mikroprosesor PID berbasis layar sentuh LCD. Keamanan operasional K3 didukung secara menyeluruh oleh katup pengaman tekanan mekanis, filter udara steril 0.22 mikron untuk menyaring mikroorganisme, generator uap internal (built-in steam generator) guna mencegah kontaminasi media, serta printer internal terintegrasi untuk mendokumentasikan pencatatan data secara real-time.
Spesifikasi Teknis
| Brand | Scitek |
|---|---|
| Model | ST-V50PV / ST-V80PV / ST-V100PV / ST-V120PV / ST-V150PV |
| Chamber Capacity | 50 Liters / 80 Liters / 100 Liters / 120 Liters / 150 Liters |
| Chamber Dimensions (Diameter×Depth) | Ø316 mm × 667 mm / Ø386 mm × 695 mm / Ø386 mm × 860 mm / Ø450 mm × 760 mm / Ø500 mm × 780 mm |
| Control System Infrastructure | Microprocessor-based PID temperature controller with intuitive interactive LCD touch screen display |
| Air Elimination & Vacuum Performance | High-efficiency 3-time pre-vacuum pulse mechanism paired with positive pulsing technology (Ultimate vacuum level at -0.096 MPa, pressure resolution 0.1 KPa) |
| Drying System | Automated post-vacuum drying function with a standard cycle duration of 15 minutes |
| Sterilization Programs | Medical instrument, Luminal/cavity instruments, Dressings/Fabric, Rubber, Liquid, Bowie-Dick (BD) Test, Vacuum Test, and 4 user-customized sequences |
| Special Bio-Safety Features | Integrated 0.22 micron bio-air filter to block microorganism release during the air extraction phase |
| Steam Generation Mechanism | Built-in heavy-duty steam generator to ensure maximum purity and prevent sample media cross-contamination |
| Temperature Operational Range | Sterilization from 105 to 136 derajat Celsius, Dissolution from 40 to 100 derajat Celsius, Warming from 40 to 60 derajat Celsius (Design temperature up to 150 derajat Celsius, control accuracy 0.1 derajat Celsius, uniformity ≤±0.5 derajat Celsius) |
| Working Pressure | Maximum sterilization pressure at 0.23 MPa (Design threshold up to 0.3 MPa with auto-discharging mechanical safety valve) |
| Data Reporting & Compliance | Standard configuration integrated built-in printer for real-time hard-copy logging of cycle data, error diagnostics, and system alarms |
| Safety Protection Functions | Overheat automated cutoff with audio-visual alarms, anti-burning low-water protection with automated heating cutoff, dual interlock safety system (prevents startup if the door is open, inhibits door opening under active internal pressure) |
| Chamber/Housing Material | High-grade heavy-duty SUS304 corrosion-resistant stainless steel |
| Standard Internal Load | 2 units of premium stainless steel wire mesh baskets included per unit |
| Water Management | Integrated built-in water tank configuration with dedicated inlet and drain plumbing connections |
| Power Supply & Consumption | 3 kW (50L) / 4.5 kW (80L) / 5.4 kW (100L) via AC 220V 50Hz single-phase; 7.2 kW (120L) / 9.3 kW (150L) via AC 380V 50Hz three-phase |
| Application | Advanced Class A hollow surgical instruments validation, clinical fabric dressing pack drying, automated agar dissolution and warming controls, and high-security biomedical laboratory research containment |