Pulse Vacuum Sterilizer LPS-102

Name: Pulse Vacuum Sterilizer LPS-102
Brand: Labotemp
SKU: LPS-102
Price: 19403.00 USD
Availability: InStock
Rating: 4.8 (969 reviews)

Labotemp Pulse Vacuum Sterilizer LPS-102 features a 250L stainless steel chamber, operating temperature up to 139°C, vacuum level up to -96 kPa, and precision temperature control for reliable sterilization in hospitals, pharmaceutical production, biotechnology facilities, and research laboratories. This laboratory autoclave uses advanced pulse vacuum sterilization technology to improve steam penetration into porous materials, surgical instruments, glassware, textiles, and laboratory equipment while supporting efficient moisture removal through vacuum drying cycles. The jacketed chamber structure enhances thermal stability and ensures uniform steam distribution during continuous sterilization workflows.

The automatic sliding door, inflatable sealing system, and intelligent vacuum control improve operational safety and chamber reliability during repeated sterilization processes. Multiple protection systems including over-pressure alarms, low-water protection, automatic shutdown, and vacuum leakage monitoring support stable and secure laboratory performance. Energy-efficient steam utilization, durable SS304 chamber construction, and programmable sterilization cycles make this sterilizer suitable for pharmaceutical processing, microbiology laboratories, medical facilities, and sterile research applications.

Why Choose Labotemp Pulse Vacuum Sterilizer LPS-102?

✓ PLC Touch-Screen Control: Automated cycle management with real-time monitoring
✓ Advanced Safety System: Multiple alarms, interlocks, and vacuum protection features
✓ Efficient Vacuum Drying: Improved post-sterilization drying and workflow efficiency

$19403

Datasheet

General Specifications
Capacity : 250 L Capacity	250 L
Maximum Operating Temperature : 139°C Maximum Operating Temperature	139°C
Design Temperature : 150°C Design Temperature	150°C
Sterilization Parameters
Maximum Operating Pressure : 0.25 MPa Maximum Operating Pressure	0.25 MPa
Chamber Design Pressure : -0.1 / 0.3 MPa Chamber Design Pressure	-0.1 / 0.3 MPa
Jacket Design Pressure : 0.3 MPa Jacket Design Pressure	0.3 MPa
Generator Design Pressure : 1.0 MPa Generator Design Pressure	1.0 MPa
Temperature Accuracy : 0.1°C Temperature Accuracy	0.1°C
Pressure Accuracy : 0.1 kPa Pressure Accuracy	0.1 kPa
Sterilization Temperature Control Accuracy : ±1°C Sterilization Temperature Control Accuracy	±1°C
Temperature Uniformity : ±1°C Temperature Uniformity	±1°C
Negative Pressure Pulsating Vacuum : -80–0 kPa Negative Pressure Pulsating Vacuum	-80–0 kPa
Across the Pressure Pulsation : -80–80 kPa Across the Pressure Pulsation	-80–80 kPa
Positive Pressure Pulse : 0–9 times Positive Pressure Pulse	0–9 times
Maximum Vacuum : -96 kPa Maximum Vacuum	-96 kPa
Operation
Power Supply : 380 V, 220 V, 50 Hz Power Supply	380 V, 220 V, 50 Hz
Power Rating : 2 kW + (20 kW) Power Rating	2 kW + (20 kW)
Chamber Relief Valve : 0.28 MPa Chamber Relief Valve	0.28 MPa
Jacket Relief Valve : 0.28 MPa Jacket Relief Valve	0.28 MPa
Steam Consumption : 16 kg/Cycle Steam Consumption	16 kg/Cycle
Water Consumption : 120 kg/Cycle Water Consumption	120 kg/Cycle
Physical Dimensions
Chamber Size (W × H × D) : 550 × 550 × 845 mm Chamber Size (W × H × D)	550 × 550 × 845 mm
Overall Dimensions (L × W × H) : 1150 × 1255 × 1800 mm Overall Dimensions (L × W × H)	1150 × 1255 × 1800 mm
Package Size : 1450 × 1350 × 2200 mm Package Size	1450 × 1350 × 2200 mm
Package Size (transfer vehicles) : 1450 × 1150 × 1020 mm Package Size (transfer vehicles)	1450 × 1150 × 1020 mm
Net Weight : 795 kg Net Weight	795 kg
Gross Weight : 883 kg Gross Weight	883 kg

Multi-Level Alarm  ➤ Multi-Level Alarm
Pulse vacuum operation supports improved cycle consistency ➤ Pulse vacuum operation supports improved cycle consistency
Uniform heat distribution for dependable sterilization performance ➤ Uniform heat distribution for dependable sterilization performance
Automatic process sequencing reduces operator intervention ➤ Automatic process sequencing reduces operator intervention
Industrial-grade chamber construction for long service life ➤ Industrial-grade chamber construction for long service life
Multi-stage pressure management for stable operation ➤ Multi-stage pressure management for stable operation
Fast chamber evacuation and efficient post-cycle drying ➤ Fast chamber evacuation and efficient post-cycle drying
User-configurable operating parameters for process flexibility ➤ User-configurable operating parameters for process flexibility
Continuous-duty design for high-throughput sterilization environments ➤ Continuous-duty design for high-throughput sterilization environments
Smooth internal chamber structure for easier cleaning ➤ Smooth internal chamber structure for easier cleaning
Integrated operational diagnostics for system monitoring ➤ Integrated operational diagnostics for system monitoring
Optimized utility consumption for efficient daily use ➤ Optimized utility consumption for efficient daily use
Stable chamber conditions during repeated sterilization cycles ➤ Stable chamber conditions during repeated sterilization cycles

LPS-102 is suitable for steam sterilization of surgical instruments, laboratory glassware, textiles, rubber materials, dressing packs, liquid media, and heat-resistant medical devices in hospitals, CSSD departments, pharmaceutical manufacturing, biotechnology facilities, research laboratories, and quality control environments ➤ LPS-102 is suitable for steam sterilization of surgical instruments, laboratory glassware, textiles, rubber materials, dressing packs, liquid media, and heat-resistant medical devices in hospitals, CSSD departments, pharmaceutical manufacturing, biotechnology facilities, research laboratories, and quality control environments
Supports validated sterilization workflows requiring automated process monitoring, vacuum drying, traceable records, and consistent temperature-pressure control ➤ Supports validated sterilization workflows requiring automated process monitoring, vacuum drying, traceable records, and consistent temperature-pressure control