*mymedicalexpo

Catalogs
Labotemp Systems
Labotemp Product Catalog

Labotemp Product Catalog

Product catalog summary

About Labotemp: Labotemp specializes in designing and manufacturing advanced laboratory, scientific, and industrial equipment for sectors such as research, healthcare, and biotechnology. Their products are recognized for precision engineering, regulatory compliance, and long-term reliability, serving global markets with a focus on quality and performance.

Certifications and Standards: Labotemp adheres to internationally recognized quality systems, holding certifications like ISO 9001:2015, ISO 13485:2016, and CE marking, ensuring product safety and consistency.

Product Categories: The catalog includes over 450 product models across 70+ equipment categories, such as laboratory chillers, freezers, furnaces, incubators, and autoclaves, designed for diverse applications in demanding environments.

Cooling Equipment: Labotemp offers a range of lab freezers, including ultra-low temperature (ULT) freezers, biomedical freezers, and cryogenic freezers. These are equipped with advanced temperature control, eco-friendly refrigerants, and are built to international quality standards.

Ultra Low Temperature Freezers: These freezers are designed for long-term preservation of biological samples, vaccines, and other sensitive materials. Key features include a temperature range from -80°C to -105°C, dual compressors, high-performance insulation, and comprehensive alarm systems. Models vary in capacity from 20L to 938L, with different configurations to suit specific needs.

Applications: Labotemp's equipment is suitable for use in research laboratories, hospitals, biobanks, pharmaceutical labs, and more, supporting activities like genomic research, vaccine development, and biomedical sample archiving.

Technical Specifications: Detailed specifications for each model include temperature range, power supply, compressor type, material construction, and dimensions, ensuring users can select the right equipment for their specific requirements.

Laboratory Freezers Overview: Labotemp Laboratory Freezers offer reliable cold storage solutions in both Upright and Chest models, designed for optimal performance with advanced cooling systems ensuring consistent temperatures. They are suitable for laboratory and industrial applications requiring secure and efficient storage.

Main Features:

Temperature range: -10°C to -65°C.
High-efficiency compressors (SECOP, DANFOSS, CUBIGEL).
Precision electronic and microprocessor-based temperature control.
Digital display options for real-time monitoring.
Audible and visual alarms for temperature, power, and sensor issues.
Eco-friendly refrigerants (R290, R600A).
304 stainless steel inner chamber for hygienic storage.
High-density polyurethane insulation for thermal retention.
Available in various configurations for different applications.

Applications: Suitable for storing vaccines, reagents, biological samples, and laboratory chemicals in hospitals, labs, and pharmaceutical facilities.

Specifications: Various models (LDF-01 to LDF-16) with capacities ranging from 25 L to 936 L, featuring different temperature ranges, power supplies, and configurations. Key specifications include input power, power consumption, refrigerant type, and material construction.

Cryo Freezers Overview: Labotemp Cryo Freezers are designed for ultra-low temperature storage, featuring advanced cooling systems and durable construction for safe storage in laboratory and industrial settings.

Main Features:

Temperature range: -40°C to -150°C.
High-performance refrigeration systems.
Precision electronic and microprocessor-based temperature control.
Digital data display and 7-inch controller interface.
High-accuracy temperature sensors.
Multi-alarm protection for temperature and sensor errors.
Eco-friendly refrigerants.
304 stainless steel inner chamber with insulated door system.

Applications: Ideal for cryogenic preservation of cells, plasma, DNA samples, and more in biobanks, fertility clinics, and research facilities.

Specifications: Models CRF-01 and CRF-201 with capacities of 118 L and 128 L, featuring adjustable temperature ranges, power consumption details, and construction materials.

Overview: The document provides detailed specifications and applications for Labotemp's range of temperature-controlled storage solutions, including cold boxes, refrigerators, and combined refrigerator-freezer units. These products are designed for the safe storage and transportation of temperature-sensitive materials such as vaccines, medicines, and biological samples.

Cold Boxes: Labotemp Cold Boxes are insulated transport solutions ideal for maintaining stable temperatures during the transportation of vaccines, blood samples, and other biological materials. They are constructed with food-grade polypropylene and high-density polyurethane foam insulation, offering capacities ranging from 6L to 110L. These boxes are suitable for use in hospitals, laboratories, and mobile healthcare units.

Refrigerators: Labotemp Refrigerators are designed for precise temperature control, ranging from 2°C to 8°C, suitable for storing vaccines, medicines, and biological materials. They feature microprocessor-based electronic control, air cooling systems, and high-quality compressors. Available in capacities from 230L to 660L, these refrigerators are used in blood banks, hospitals, and laboratories.

Combined Refrigerator and Freezer Units: These units offer dual-temperature storage with independent refrigeration and freezer chambers, capable of reaching temperatures as low as -60°C. They are equipped with high-performance compressors, digital temperature displays, and alarm systems for monitoring. These units are ideal for laboratories and research institutions requiring both refrigerated and frozen storage.

Laboratory Refrigerators: Designed for ambient storage of reagents and temperature-sensitive materials, these refrigerators offer stable temperature control from 8°C to 20°C. They feature real-time temperature and humidity monitoring, secure locking systems, and energy-efficient LED lighting. Available in various capacities, they are suitable for pharmaceutical, biomedical, and industrial laboratory environments.

Key Features: Across all products, Labotemp emphasizes eco-friendly refrigerants, durable construction, precise temperature control, and comprehensive alarm systems to ensure the safety and integrity of stored materials.

Technical Specifications Overview:

Temperature Control: Wide range from -20°C to -120°C, suitable for various laboratory and industrial applications.
Compressor Types: Includes Embraco Inverter and Fixed Frequency compressors, with refrigerants like R600a and R134a, all CFC-free.
Power and Consumption: Models vary in power input from 180W to 1065W, with power consumption ranging from 2.5 kWh/24h to 5.9 kWh/24h.
Noise Levels: Range from 38 dB to 55 dB depending on the model.
Cooling Methods: Forced-air and air cooling methods are used, with automatic defrost systems.
Material and Construction: Interior and exterior materials include color sprayed steel and electro-galvanized steel with antimicrobial coatings.
Alarm Systems: Equipped with sound and light alarms for high/low temperature, power failure, and other system errors.
Additional Features: Include LED digital displays, microprocessor controls, and various safety features like overload protection and remote alarm ports.

Applications and Models:

Labotemp Industrial Water Chillers: Designed for precise cooling in laboratory and industrial settings, supporting applications like chemical synthesis and pharmaceutical research.
Chiller Machines: Compact models for laboratory use, offering precise temperature control for equipment protection and low-temperature research.
Model Variations: Models range in capacity from 5L to 100L, with different temperature ranges and power specifications to suit specific needs.

Design and Efficiency:

Energy Efficiency: High-efficiency air-cooled compressors and microprocessor controls for energy-efficient operation.
Construction: Heavy-duty industrial construction for continuous operation, with compact designs for easy integration into laboratory setups.

Overview: The document provides detailed specifications and features of Labotemp's range of air-cooled chillers, laboratory furnaces, and drying ovens. These products are designed for precise temperature control and efficient operation in laboratory and industrial settings.

Air Cooled Chillers:

Designed for reliable closed-loop operation with a pressure of ≤0.4 MPa.
Features a powerful circulation pump with a 4–6 m lifting head for external equipment cooling.
Capable of fast cooling performance and stable temperature maintenance for continuous 24/7 operation.
Suitable for applications requiring temperatures from -20°C to -120°C.
Equipped with advanced microprocessor-based control systems and digital interfaces for accurate monitoring.
Models vary in volume, temperature range, and dimensions, with specific features like flow rate and lifting head detailed for each model.

Laboratory Furnaces:

Includes Muffle, Box, Vacuum, Tube, and Dental Furnaces for various applications such as sintering, annealing, and calcination.
Temperature capabilities range from 1100°C to 1630°C, supporting processes like zirconia sintering and ceramic heat treatment.
Features high-precision temperature control, fast heating rates, and large batch processing capacity.
Models are equipped with industrial-grade touch screens and IoT connectivity for smart monitoring and fault detection.

Drying and Heating Ovens:

Built for precision and reliability with features like high-speed forced air circulation and PID microprocessor temperature control.
Temperature control range from RT+10°C to 300°C with a resolution of 0.1°C and fluctuation within ±1°C.
Applications include sample drying, sterilization, and vacuum drying of pharmaceuticals.
Models vary in capacity, power, and dimensions, with specific features like air circulation and safety devices detailed for each model.

Key Specifications:

Chillers: Various models with different volumes, temperature ranges, and dimensions.
Furnaces: Models with maximum temperatures up to 1630°C, featuring advanced temperature control and IoT connectivity.
Ovens: Models with capacities from 30L to 625L, featuring dual-channel forced convection and anti-temperature rise devices.

Technical Document Summary:

1. Specifications Overview: This document provides detailed specifications for various models of ovens and furnaces used in laboratory and industrial settings. Key specifications include power ratings, temperature ranges, chamber capacities, and material compositions. The document covers models such as FOV-29, FOV-12 to FOV-26, and FMU-01 to FMU-06, among others.

2. Power and Control: Most models operate on AC220V or AC380V power supplies with varying amperage. They feature intelligent PID controllers for precise temperature management, with some models offering programmable functions and dual LCD displays for enhanced user interaction.

3. Temperature and Heating: Temperature ranges vary across models, with maximum temperatures reaching up to 600°C for some ovens and 1200°C for muffle furnaces. Temperature accuracy and uniformity are critical, with fluctuations typically within ±1°C to ±5°C. Heating methods include forced convection, natural convection, and four-wall conduction.

4. Material and Construction: Chambers are primarily constructed from stainless steel, with insulation provided by materials like alumina silicate fiber. Exterior materials often include cold-rolled steel with chemical-resistant coatings. Safety features such as over-temperature alarms and anti-rise devices are standard.

5. Additional Features: Some models offer advanced features like IoT connectivity, remote control via mobile apps, and real-time monitoring. Safety features include overheat cut-off systems and door locking mechanisms. Models also vary in terms of shelf configurations, load capacities, and air circulation systems.

6. Applications: The equipment is suitable for a range of applications including sample drying, sterilization, heat treatment, and vacuum drying. Muffle furnaces are particularly noted for their use in ashing, calcination, and sintering processes.

7. Summary of Key Models:

FOV-29: 400 L chamber, temperature range RT +10°C to 300°C, 4500 W heating power.
FOV-12 to FOV-26: Various chamber volumes and power ratings, with temperature control via dual PID displays.
FMU-01 to FMU-06: Muffle furnaces with maximum temperatures of 1000°C to 1200°C, featuring four-sided heating and digital PID control.

Overview: The document provides detailed specifications and features of various high-temperature and vacuum furnaces, as well as environmental test chambers designed by Labotemp. These products are used for precise thermal processing and environmental simulation in laboratories, research institutes, and industrial applications.

Furnace Specifications:

FMT Series: Models FMT-10 to FMT-15 support maximum temperatures of 1400°C to 1700°C, with working temperatures slightly lower. They feature corundum tubes, SiC or MoSi₂ heating rods, and alumina ceramic fiber chambers. Temperature accuracy is maintained at ±1°C.
FVA Series: Vacuum furnaces with chamber volumes ranging from 3L to 45L, supporting temperatures up to 1700°C. They include features like HRE, SiC, and MoSi₂ heating elements, PID controllers, and support for vacuum and inert gas processes.

Environmental Test Chambers:

Ozone Test Chambers: Models LOC-101 to LOC-104 offer capacities from 250L to 1000L, with temperature ranges from 0°C to 100°C and humidity control from 30% to 98% RH. They are equipped with ozone generation systems for accelerated aging tests.
Plant Growth Chambers: Designed for controlled environmental conditions to support plant and seed research, featuring precise regulation of temperature, humidity, and lighting.

Key Features:

High-precision temperature control with PID controllers ensuring ±1°C accuracy.
Advanced insulation materials to minimize thermal losses.
Integrated safety features including overtemperature protection and door interlocks.
Programmable multi-segment profiles for automated heating and cooling cycles.
Robust construction for durability under extreme conditions.

Applications: The equipment is suitable for sintering ceramics, heat treating alloys, processing battery materials, conducting semiconductor research, and performing powder metallurgy. Environmental chambers are used for testing material durability under various conditions, including ozone exposure and accelerated aging.

Plant Growth Chamber:

Supports chamber capacities from 100L to 1000L.
Temperature control range from 0°C to 65°C with high accuracy sensors ensuring ±0.1°C stability.
Humidity control from 40% to 95% RH.
High-intensity lighting ranging from 5000 to 15000 lux.
Programmable timer for automated growth cycles up to 9999 minutes.
Applications include plant tissue culture, seed germination, and botanical research.

Salt Spray Test Chamber:

Chamber capacities range from 110L to 780L.
Maintains a stable temperature of +60°C with 95% to 98% RH.
Features include PID controller, atomizer tower, and glass fiber reinforced construction.
Applications include testing corrosion resistance of metal coatings and automotive parts.

Sand Dust Test Chamber:

Supports IEC 60529 IP5X and IP6X compliance testing.
Test temperatures of 20°C ±15°C with humidity from 45% to 85% RH.
Applications include evaluating sealing integrity and dust resistance in electronics and automotive industries.

Temperature Chamber:

Temperature range from −196°C to +150°C.
Humidity control range from 40% to 95% RH.
Applications include cryogenic testing, pharmaceutical stability studies, and thermal cycling validation.

Overview: The document provides detailed specifications and features of various Labotemp products, including thermal shock chambers, autoclave machines, and formaldehyde autoclaves. These products are designed for precise testing and sterilization in industrial, laboratory, and healthcare settings.

Thermal Shock Chambers: Labotemp's thermal shock chambers are engineered for rapid temperature transitions to test product reliability under extreme conditions. Key features include dual-zone configurations, rapid temperature cycling, and robust construction for continuous testing. Applications span electronics, automotive, aerospace, and materials science industries.

Specifications: Models such as LTC-101 to LTC-104 offer high and low-temperature exposure ranges, rapid temperature recovery, and programmable controls. They are equipped with TECUMSEH compressors and safety protections against over-temperature and pressure.

Autoclave Machines: Labotemp offers benchtop and dental autoclaves for effective steam sterilization. These machines are suitable for sterilizing medical instruments, laboratory glassware, and more. They feature microcomputer controls, safety systems, and are compliant with ISO and CE standards.

Specifications: Models BTA-01 to BTA-04 and LDA-01 to LDA-07 vary in capacity from 8L to 45L, with consistent working temperatures and pressures. They are designed for efficient space use and reliable sterilization cycles.

Formaldehyde Autoclaves: These are designed for low-temperature sterilization of heat-sensitive instruments using formaldehyde, steam, and distilled water. They feature automated controls and safety systems to ensure effective sterilization without damaging delicate devices.

Key Features: Large chamber capacities, dual temperature operation, and comprehensive safety features make these autoclaves suitable for hospitals and laboratories requiring reliable sterilization of sensitive equipment.

Overview: The document provides detailed specifications and applications for various sterilization equipment used in medical, laboratory, and industrial settings. It covers controlled dosing systems, energy consumption, and construction materials, emphasizing reliability and efficiency.

1. Formaldehyde Sterilizers:

Specifications: Models FHA-01 and FHA-02 have a capacity of ≥150 L, operating temperatures of 60°C/76°C, and power supply of AC 380V, 50Hz. They use a sterilant composition of 2% Formaldehyde, 3% Alcohol, and 95% Distilled Water.
Applications: Suitable for sterilizing surgical instruments, endoscopes, hospital trays, and pharmaceutical components.

2. Glass Bead Sterilizers:

Specifications: Models LGA-101 and LGA-102 offer rapid dry sterilization with high-temperature glass beads, adjustable temperature control (100–300°C), and a compact benchtop design.
Applications: Ideal for sterilizing small laboratory instruments in microbiology, pharmaceutical, and dental environments.

3. Horizontal Autoclaves:

Specifications: Models HZA-01 to HZA-05 support volumes from 150L to 400L, with working temperatures up to 134°C and pressures up to 0.245 MPa. They feature automated cycles and integrated drying functions.
Applications: Used for sterilizing medical tools, laboratory glassware, and pharmaceutical materials.

4. Hydrogen Peroxide Plasma Sterilizers:

Specifications: Models LPP-101 to LPP-103 utilize low-temperature hydrogen peroxide plasma for sterilization, featuring PLC control systems and real-time monitoring.
Applications: Suitable for heat-sensitive medical instruments in hospitals, dental clinics, and research labs.

5. Hydrothermal Reactor Autoclaves:

Specifications: Designed for high-pressure reactions, these reactors have capacities from 25ml to 2000ml, with PTFE-lined chambers and stainless steel construction.
Applications: Used in hydrothermal synthesis, catalytic reactions, and chemical research.

Conclusion: The document highlights the advanced features and diverse applications of Labotemp sterilization equipment, emphasizing their efficiency, safety, and adaptability to various industrial and healthcare needs.

Overview: The document provides detailed specifications and features of various models of high-pressure reactors, portable pressure autoclaves, pulse vacuum sterilizers, and vertical autoclaves. These devices are used in chemical reactions, sterilization processes, and laboratory applications.

High-Pressure Reactors: The document lists models HRA-01 to HRA-09, detailing their capacities, dimensions, materials, and specific features. These reactors are used for high-pressure chemical reactions, catalyst development, and polymer synthesis. Key specifications include kettle body material (stainless steel), wall thickness, gasket thickness, and product weight.

Portable Pressure Autoclaves: Models PTA-01 to PTA-04 are described, highlighting their use in steam sterilization for laboratories and clinics. Features include compact design, stainless steel construction, electric heating, and microcomputer controls. The autoclaves offer stable steam sterilization at 126°C with a rated pressure of 0.142 MPa.

Pulse Vacuum Sterilizers: Labotemp's pulse vacuum sterilizers are designed for advanced steam sterilization with precise control systems. They feature Siemens PLC touch-screen control, automatic cycle management, and flash vacuum drying technology. These sterilizers are suitable for hospitals, pharmaceutical production, and research facilities, offering capacities from 120L to 800L.

Vertical Autoclaves: Labotemp vertical autoclaves are engineered for reliable sterilization of laboratory instruments and materials. They offer chamber capacities from 35L to 120L, with features like microprocessor control, automatic steam control, and safety interlocks. The autoclaves support pre-vacuum and displacement sterilization models, ensuring efficient and safe operation.

Key Features and Applications: Across all models, the document emphasizes the importance of precise temperature and pressure control, safety features, and user-friendly interfaces. Applications range from sterilizing laboratory glassware and surgical instruments to processing pharmaceutical utensils and research accessories.

Technical Document Summary:

1. Sterilization Equipment Specifications: Models VEA-07, VEA-08, and VEA-09 are sterilization units with varying volumes and power requirements. They operate at a working temperature of 134°C and have a sterilization temperature range of 116–134°C. The design pressure is 0.25 MPa, with a rated working pressure of 0.22 MPa. These models feature digital touch displays and standard protection systems. The materials used are stainless steel, ensuring durability.

2. Laboratory Incubators: Labotemp Incubators are designed for precise temperature control, essential for incubation and culture growth. They feature PID controllers, effective insulation, and consistent airflow. These incubators are suitable for microbiology, pharmaceuticals, and research facilities, offering models with BOD, chilled, and humidity-controlled options.

3. Anaerobic Incubators: Labotemp Anaerobic Incubators provide stable oxygen-free environments for anaerobic microorganism cultivation. They are equipped with microprocessor or PLC-based control systems for precise regulation of temperature, gas flow, humidity, and oxygen levels. Applications include bacteriological incubation and strict anaerobic cultivation.

4. Bacteriological Incubators: These incubators offer stable and uniform temperature conditions for microbiological and pharmaceutical applications. They feature intelligent PID temperature control and high-accuracy sensors, ensuring reliable temperature stability for demanding laboratory workflows.

5. Biochemical Incubators: Biochemical Incubators provide a wide temperature control range and are equipped with an integrated refrigeration system. They are suitable for microbiological culture incubation, pharmaceutical testing, and environmental analysis.

6. CO₂ Incubators: Labotemp CO₂ Incubators are designed for cell culture, providing stable temperature, humidity, and CO₂ conditions. They feature precise microprocessor-controlled regulation and imported infrared CO₂ sensors for accurate monitoring.

7. Platelet Incubators: These incubators are designed for the safe storage of platelet concentrates, maintaining stable conditions between 20°C and 24°C. They include an integrated agitator for uniform platelet suspension.

Overview: The document provides detailed specifications and features of various laboratory equipment designed for precise temperature control and sample handling in medical and research settings. The equipment includes platelet incubators, portable incubators, shaking incubators, tri-gas CO₂ incubators, and microtome machines.

Platelet Incubator with Agitator: Designed for platelet storage, it offers precise temperature control (15°C to 35°C) and horizontal shaking for uniform mixing. It features a microcomputer PID control, adjustable shaking speed, and a compact design for space optimization. Applications include blood banks, hospital transfusion centers, and clinical laboratories.

Specifications: Models LPA-101 and LPA-102 vary in bag capacity and dimensions but share similar temperature control and shaking features.

Labotemp Portable Incubator: These are compact, precision-controlled incubators suitable for field environments. They feature natural convection heating, PID temperature control, and a high-resolution LCD display. Applications include microbiology, clinical diagnostics, and mobile laboratories.

Specifications: Model LPI-102 offers a temperature range of RT +5°C to 65°C, with a chamber volume of 12.8 L and various power supply options.

Labotemp Shaking Incubators: These incubators combine temperature control with orbital agitation for microbial culture and cell cultivation. They feature adjustable shaking speeds, forced-air circulation, and safety features like lid-open protection. Applications span microbiology, biotechnology, and pharmaceutical research.

Specifications: Models LSI-101 to LSI-104 offer varying capacities and features, including cooling functions and different shaking speeds.

Labotemp Tri-Gas CO₂ Incubators: These incubators provide precise control of temperature, CO₂, and O₂ for advanced cell culture applications. They feature microprocessor PID control, UV sterilization, and a touchscreen interface. Applications include stem cell research, IVF, and cancer biology.

Specifications: Models LTG-101 to LTG-103 vary in chamber capacity and include features like air-jacket heating and integrated gas filtration.

Labotemp Microtome Machines: Designed for cutting thin tissue sections, these machines are essential for histopathology and diagnostic testing. They include rotary and cryostat microtomes for different sectioning needs.

Conclusion: The document outlines the advanced features and applications of Labotemp's laboratory equipment, emphasizing their precision, reliability, and suitability for various scientific and medical applications.

Cryostat Microtome Overview: The Labotemp Cryostat Microtome is designed for precise cryostat sectioning of fresh and frozen tissue, with adjustable cut thickness from 0.5 µm to 100 µm. It operates within a freezing range down to –60°C, ensuring reliable performance for surgical pathology and diagnostic laboratories. Key features include enclosed cryogenic chambers, controlled specimen movement, and support for disposable microtome blades, enhancing section quality and reproducibility.

Main Features:

Wide section thickness adjustment for precise tissue sectioning.
Advanced trimming control and deep freezing chamber.
Peltier cooling system and UV disinfection for hygiene.
Adjustable tissue retraction and high-precision temperature control.
Large specimen capacity and ergonomic design.

Applications:

Frozen section preparation for rapid intraoperative diagnosis.
Histopathology and biomedical research.
Clinical laboratories and pharmaceutical investigations.

Specifications: Models CRM-01 and CRM-02 offer adjustable section thickness, trimming thickness, and tissue retraction functions, with varying freezing chamber temperature ranges and specimen capacities.

Rotary Microtome Overview: Labotemp Rotary Microtomes are precision machines for accurate tissue sectioning in histopathology and research laboratories. They offer controlled cut thickness from 0.25–0.5 µm up to 100 µm, supporting reliable serial sections for routine histology.

Main Features:

High-precision sectioning and wide thickness adjustment.
Adjustable trimming thickness and XY-axis specimen orientation.
360-degree specimen rotation and specimen retraction function.
Compatible with paraffin block and cassette specimen clamp configurations.

Applications:

Histopathology laboratories and clinical pathology departments.
Biomedical research and pharmaceutical laboratories.
Academic laboratories teaching histology and microtomy techniques.

Specifications: Models ROM-01 to ROM-07 offer various section thickness ranges, trimming thickness, and specimen orientation systems, with different power and dimension specifications.

Centrifuge Machine Overview: Labotemp Centrifuges are designed for precision and reliability in clinical, research, and industrial laboratories. The range includes Laboratory Centrifuges and Refrigerated Centrifuges for diverse sample separation needs.

Main Features:

Advanced microprocessor-based control system.
High-performance and stable centrifugation operation.
User-friendly digital displays and adjustable settings.
Low-noise and low-vibration performance.
Integrated safety protection and imbalance detection systems.

Applications:

Clinical and diagnostic laboratory testing.
Research and academic laboratory applications.
Pharmaceutical and biotechnology sample processing.

Specifications: Models LLC-101 to LLC-111 offer varying maximum capacities, speeds, and power specifications, with features like microprocessor control and digital displays.

Material and Dimensions: The document specifies various models of centrifuges made from 304 stainless steel, with dimensions and weights varying across models. For example, the LLC-201 model measures 430 × 320 × 250 mm and weighs 18 kg without the rotor.

Specifications: The centrifuges have different maximum capacities, speeds, and relative centrifugal forces (RCF). For instance, models LLC-201 and LLC-202 have a maximum capacity of 4 × 1000 ml, a maximum speed of 6000 rpm, and a maximum RCF of 6080 × g. Voltage and power specifications are consistent across models, with most operating at AC 220V and 50 Hz.

Control and Safety Features: Many models include advanced control systems such as microprocessor or CPU-based controls, with features like automatic rotor identification, motorized lid locks, and imbalance detection. Safety features include door locks, overspeed protection, and imbalance protection.

Refrigerated Centrifuge Features: Refrigerated centrifuges are designed for precise sample separation with controlled temperature conditions, essential for clinical diagnostics and research. They feature advanced microprocessor controls, programmable operations, and safety systems like imbalance detection and secure lid locking.

Applications: These centrifuges are used in clinical laboratories, blood banking, molecular biology, and pharmaceutical processing. They support workflows from routine blood separation to advanced molecular applications.

Model-Specific Details: Each model has specific features, such as the LRC-101 with a maximum speed of 8000 rpm and a temperature range of -20°C to +40°C. The LRC-102 and LRC-103 models offer higher speeds and RCFs, suitable for more demanding applications.

Construction and Design: The centrifuges are constructed with durable, corrosion-resistant materials, ensuring long-term stability and low noise. They are designed to meet global quality and safety standards, certified with ISO 13485:2016 and CE, and comply with IEC/EN 61010 and EMC standards.

Cooling System: The system utilizes a CFC-free refrigerant, ensuring an environmentally friendly operation. It features rapid pre-cooling capabilities.

Pre-cooling Performance: The system can cool from +21°C to +4°C in just 5 minutes, demonstrating high efficiency.

Dimensions: The dimensions of the system are provided in two sets: 670 × 740 × 370 mm and 570 × 615 × 504 mm, indicating different configurations or models.

Package Size (Rotors): The package size for rotors is 360 × 310 × 260 mm.

Weight: The gross weight of the rotors is 4.1 kg. The overall package size is 830 × 780 × 700 mm. The net weight of the system is listed as 100 kg and 95 kg, possibly indicating different models or configurations, with a gross weight of 149 kg.

Catalog excerpts

Your Partner in Temperature Precision For more information visit www.labotemp.com

Open the catalog to page 1

Your Partner in Temperature Precision Labotemp designs and manufactures advanced laboratory, scientific, and industrial equipment for research, healthcare, pharmaceutical, biotechnology, academic, and industrial applications. With a focus on precision engineering, regulatory compliance, and long-term reliability, our solutions are trusted by laboratories, hospitals, research institutes, and manufacturing facilities across global markets. Our manufacturing processes follow internationally recognized quality systems, ensuring consistency, safety, and performance across every product category. From...

Open the catalog to page 2

— Ultra Low Temperature (ULT) Freezer 04 - 21 — Blood Bank Refrigerator 50 - 53 — Combined Refrigerator and Freezer 54 - 59 — Ozone Test Chamber 148 - 152 — Plant Growth Chamber 153 - 157 — Salt Spray Test Chamber 158 - 161 — Sand Dust Test Chamber 162 - 163 — Thermal Shock Chamber 170 - 172

Open the catalog to page 3

— Glass Bead Sterilizer 185 - 187 — Hydrogen Peroxide Plasma Sterilizer 191 - 193 — Hydrothermal Reactor Autoclave 194 - 198 — Portable Pressure Autoclave 199 - 201 — Pulse Vacuum Sterilizer 202 - 206 — Platelet Incubator with Agitator 224 - 227

Open the catalog to page 4

Labotemp Lab Freezers are expertly designed to meet the diverse temperature storage requirements of laboratories, medical facilities, and industrial operations. The range includes ultra-low temperature freezers, biomedical freezers, laboratory deep freezers, cryogenic freezers, and portable cold boxes — all equipped with advanced temperature control, 304 stainless steel interiors, eco-friendly refrigerants, and compliance with international quality standards. Labotemp Ultra Low Temperature (ULT) Freezers are engineered for reliable long-term preservation of critical biological samples, vaccines,...

Open the catalog to page 5

> Long-term storage of vaccines, plasma, enzymes, DNA, RNA, and biological specimens in research laboratories, hospitals, and biotechnology facilities. > Suitable for biobanks, blood banks, pharmaceutical laboratories, and clinical research centers requiring ultra-low temperature preservation. > Used for preservation of cell cultures, tissue samples, stem cells, microorganisms, and temperature-sensitive diagnostic materials. > Ideal for genomic research, molecular biology studies, vaccine development, and biomedical sample archiving. > Applicable in universities, life science laboratories, pharmaceutical...

Open the catalog to page 6

Specifications- Model

Open the catalog to page 21

Refrigeration System Single Compressor Refrigeration System Compressor Refrigeration System Compressor Refrigeration System Exterior Material Powder Coated Steel Plate Powder Coated Steel Plate Powder Coated Steel Plate Interior Material Insulation Thickness Balance Port External Dimensions Internal Dimensions Package Size Gross Weight

Open the catalog to page 22

Labotemp Biomedical Freezers provide reliable and energy-efficient storage solutions for temperature-sensitive biological materials. These freezers are available in -25°C, -30°C, and -40°C models, with a range of capacities to meet diverse needs. They feature advanced microprocessor controls, ensuring precise temperature management and durability. The user-friendly designs, including upright and chest configurations, offer versatility for various storage requirements. Our biomedical freezers are ideal for storing critical samples, including vaccines, enzymes, and other sensitive materials research...

Open the catalog to page 23

Specifications- Model

Open the catalog to page 24

Sound Emission Shipping / Package Dimensions Gross Weight

Open the catalog to page 28

Balance Port External Dimensions Internal Dimensions Package Size Gross Weight Loading Quantity

Open the catalog to page 32

Labotemp Laboratory Freezers provide reliable cold storage solutions for diverse needs. They are available in Upright and Chest models, each designed for optimal performance. Their advanced cooling systems ensure consistent temperatures and uniform cooling. These freezers feature durable construction and user-friendly controls for ease of operation. They are ideal for laboratory and industrial applications requiring secure and efficient storage. > Wide temperature range: -10°C to -65°C. > High-efficiency SECOP, DANFOSS, and CUBIGEL compressor refrigeration systems. > Precision electronic, KELD,...

Open the catalog to page 33

Refrigeration System Single Compressor Independent Refrigeration Single Compressor Independent Refrigeration Single Compressor Independent Refrigeration Exterior Material Powder Coated Steel Plate Powder Coated Steel Plate Powder Coated Steel Plate Interior Material Insulation Thickness Balance Port External Dimensions Internal Dimensions Package Size Gross Weight

Open the catalog to page 41

Labotemp Cryo Freezers are designed to provide ultra-low temperature storage for sensitive samples. These freezers feature advanced cooling systems for consistent performance. They offer durable construction with user-friendly controls for easy operation. The freezers are available in various capacities to meet diverse storage needs. Our cryo freezers are reliable and ergonomic in design, making it ideal for safe storage in laboratory and industrial settings. > Extreme cryogenic temperature range: -40°C to -150°C. > High-performance SECOP DANFOSS and advanced cryogenic refrigeration systems for...

Open the catalog to page 45

Specifications- Model

Open the catalog to page 47

Inner Door Test Hole High / Low Temperature Alarm Sensor Error Alarm Controller Error Alarm Interior Dimensions Exterior Dimensions Package Size Gross Weight

Open the catalog to page 48

Labotemp Cold Boxes are insulated temperature-controlled transport and storage solutions designed for the safe handling of vaccines, medicines, biological samples, reagents, and other temperature-sensitive materials. Widely used in hospitals, laboratories, pharmacies, blood banks, healthcare centers, and vaccination programs, these cold boxes help maintain stable internal temperatures during transportation and temporary storage, supporting reliable cold chain management for medical and laboratory applications. Manufactured with durable outer construction and high-performance insulation materials,...

Open the catalog to page 49

Labotemp Product Catalog

Labotemp Product Catalog

Catalog excerpts

All Labotemp Systems catalogs and technical brochures