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Biomedical Equipment catalogue 2012- 2013

Biomedical Equipment catalogue 2012- 2013

Product catalog summary

Introduction
In 2012, SANYO Biomedical in Europe transitioned to Panasonic Biomedical, maintaining the same products and customer experience. This change brought new engineering resources, promising innovative products and technical advancements. The European sales and service organization remains unchanged, ensuring continued high service levels and customer trust.

About Panasonic
Panasonic aims to be the leading Green Innovation Company by 2018, focusing on environmental conservation and efficient resource use. The brand, established in 1955, is committed to enriching lives through innovative products and services.

Service
Panasonic offers comprehensive service options, including preventative maintenance, repairs, and technical support, to maximize equipment lifespan. A dedicated team ensures high-quality service, with training available for third-party providers to maintain product integrity.

Product Specifications
The catalogue includes a range of biomedical equipment such as ultra-low temperature freezers, blood bank refrigerators, CO2 incubators, and autoclaves. Each product is designed with advanced technology to ensure reliability and performance.

Synergy in Europe
Panasonic Biomedical collaborates with certified dealers across Europe to provide consistent high-quality service and support. This network ensures that maintenance is performed by trained engineers, guaranteeing product and service excellence.

Vision on Safety
Panasonic emphasizes safety and quality, being one of the first in the industry to introduce Medical Device certification, reinforcing their commitment to high standards in biomedical equipment.

Certification and Standards
In 2010, Panasonic received TÜV-Süd certification to manufacture blood bank refrigerators, freezers, and incubators as Class IIa Medical Devices under directives 93/42/EEC and 2007/47/EC. Their quality systems comply with ISO9001 and ISO13485 standards.

Product Innovation and Design
Panasonic has pioneered ultra-low temperature storage technologies, including the -152°C freezer and CFC-Free refrigerants. They introduced Cool Safe compressors, enhancing durability and reducing power consumption, heat output, and noise.

Refrigeration Systems
Panasonic's refrigeration systems maintain uniform temperatures and offer superior performance even in high ambient temperatures. The systems use vacuum insulation panels (VIP) for increased storage capacity and advanced microprocessor controls for reliable operation.

Refrigeration Cycle
The refrigeration cycle involves compressing refrigerant gas, which is then cooled and expanded to absorb heat, cooling the freezer. Dual or cascade systems are used for temperatures below -86°C, with separate low and high stages sharing a heat exchange area.

Ultra-Low Temperature Freezers
Panasonic's -152°C freezers prevent recrystallization of ice crystals in cells, using cryoprotective agents like glycerine and Me2SO. These freezers offer stable long-term preservation, avoiding contamination and operational issues associated with liquid nitrogen storage.

Features of MDF-1156 / MDF-1156ATN Freezers
These freezers use HCFC-Free refrigerants and a specially designed compressor for -152°C temperatures. They feature microprocessor temperature control, high-efficiency oil separators, and special polyurethane insulation to maintain temperature stability.

Applications
These freezers are used in cancer research, blood preservation, bacteria research, and superconductivity experiments. They are suitable for universities, private institutes, public research centers, and hospitals.

Environmental Considerations
The MDF-C2156VAN freezer uses non-HCFC refrigerants and VIP insulation to reduce power consumption and environmental impact. It features new double door gaskets to prevent temperature leaks.

Overview: The document provides detailed information on Panasonic's ultra-low temperature freezers, specifically the MDF-C2156VAN and MDF-U500VX/MDF-U700VX models. These freezers are designed for long-term preservation and testing, capable of maintaining temperatures as low as -152ºC.

Specifications: The MDF-C2156VAN features a specially designed compressor for ultra-low temperatures, achieving a 10% higher energy conservation. The dimensions and options for additional components like temperature chart recorders and inventory racks are provided.

Performance Characteristics: The document includes graphs showing the pull-down and pull-up characteristics of the freezers during power failures and normal operations. The MDF-U500VX and MDF-U700VX models feature a dual cooling system for enhanced security, maintaining temperatures even if one compressor fails.

Technological Innovations: The Cool Safe compressors and VIP PLUS insulation technology are highlighted for their energy efficiency and increased storage capacity. The ECO mode operation is introduced, offering approximately 15% energy savings.

Design and Usability: The freezers are equipped with an intelligent LCD control panel for ease of use, comprehensive alarm systems, and a user-friendly design with features like a vacuum release port and filterless construction.

Compliance and Standards: The freezers comply with international standards such as LEEDs, RoHS, and UL, ensuring quality, safety, and performance.

Overview
The document discusses Panasonic's ultra-low temperature VIP freezers, highlighting their energy efficiency, structural enhancements, and compliance with international standards. These freezers are designed for optimal performance in storing valuable research and clinical samples.

Specifications
The freezers come in various models: MDF-U33V, MDF-U55V, MDF-U74V, and MDF-U76V, with capacities ranging from 333 to 728 liters. They are capable of storing 2” and 3” boxes, with specific capacities for each model.

Energy Efficiency
The freezers utilize energy-efficient refrigeration systems, including Panasonic Cool Safe compressors and environmentally friendly refrigerants. The integrated control center combines all control, alarm, monitoring, and data management functions, optimizing run time and minimizing energy consumption.

Structural Enhancements
High-strength, insulated inner doors improve temperature uniformity and minimize changes during door openings. The ergonomic design includes one-handed door latches and quiet-running compressors for convenience and reduced noise.

Microprocessor Control
A Panasonic-built microprocessor controller manages setpoints, alarms, monitoring, and diagnostics. It features a digital display and a status alert function to notify users of any abnormalities.

Performance Advantages
The design focuses on efficient heat exchange between high and low stage circuits, reducing stress on compressors and increasing system reliability. A water-cooled condenser option is available for facilities with chilled recirculating water systems, offering additional energy savings.

Compliance and Safety
The freezers comply with the Montreal Protocol, IEC, CE, RoHS, and other standards, ensuring safety and performance. They feature high visibility LED displays, lockable doors, and adjustable shelves.

Additional Features
Optional features include liquid CO2 and N2 backup systems, temperature recorders, and communication interfaces. The freezers are equipped with vacuum relief valves and heated outer door gaskets to prevent ice build-up.

Performance Data
Graphs and charts in the document compare power consumption across different models and brands, demonstrating the energy efficiency of Panasonic's freezers. The document also includes performance characteristics such as pull-down and pull-up during power failure, and CO2 backup system operation.

Overview: The document provides detailed specifications and features of Panasonic's biomedical refrigerators and freezers, emphasizing their suitability for laboratory and pharmaceutical storage. It highlights the importance of maintaining stable and controlled storage conditions for sensitive products.

Specifications: The document outlines various models, including MPR-414F, MPR-215F, MPR-1411, and MPR-721, detailing their capacities, temperature ranges, and design features. Key specifications include dual temperature zones, microprocessor control systems, and energy-efficient operations.

Design and Features: The refrigerators and freezers are designed with user-friendly features such as LED displays, adjustable shelves, and pull-out drawers. They offer precise temperature control, quiet operation, and safety features like alarms and door locks. The design also includes environmentally friendly components, such as CFC-free insulation.

Performance: The document provides performance data, illustrating the equipment's ability to maintain stable temperatures despite ambient fluctuations. It includes charts showing temperature stability, pull-down, and pull-up characteristics, ensuring reliable storage conditions.

Applications: These units are suitable for storing reagents, pharmaceuticals, and biological samples, with features that support laboratory applications like chromatography. The document emphasizes the equipment's adaptability to various laboratory needs.

Recommendations: For optimal use, the document suggests selecting the appropriate rack configurations and utilizing optional accessories like temperature chart recorders and communication interfaces to enhance monitoring and data management.

Overview: The document provides detailed specifications and performance characteristics of Panasonic's range of medical and pharmaceutical refrigerators, focusing on models such as MPR-1014, MPR-514, and MPR-161D(H). These refrigerators are designed to ensure the safe and reliable storage of pharmaceuticals and medical supplies by maintaining precise temperature control.

Specifications: The refrigerators are equipped with features like microprocessor-controlled temperature regulation, fan-forced air circulation, and double-sensor temperature management. They use HFC refrigerants and HCFC-free insulation to minimize environmental impact. The MPR-1014 and MPR-514 models have capacities of 1,033 and 489 liters, respectively, while the MPR-161D(H) offers 158 liters.

Performance Characteristics: The document includes graphs illustrating the pull-down and pull-up temperature characteristics under no-load conditions, as well as permissible inside thermal loads at various ambient temperatures. The refrigerators demonstrate stable temperature control, even with frequent door openings, thanks to the efficient hermetic compressor and cycle defrosting system.

Safety Features: Panasonic refrigerators are equipped with comprehensive safety features, including audible and visual alarms for high/low temperature conditions, door ajar alerts, and power failure alarms. The design includes a protective film on view windows to prevent glass shattering.

Design and Usability: The ergonomic design features large framed windows for easy viewing and retrieval of stored items. Options for wire shelves or sliding racks are available to suit different storage needs. The digital temperature display allows for easy monitoring and control.

Applications: These refrigerators are suitable for a wide range of storage applications, from small to large-capacity needs, ensuring the quality and safety of pharmaceuticals, samples, and reagents by maintaining a stable and reliable environment.

Overview of Panasonic MBR-series Blood Bank Refrigerators:
Panasonic's MBR-series offers two storage styles: DH-type with coated steel wire shelves and GR-type with stainless steel roll-out drawers. These refrigerators are designed to meet AABB criteria, ensuring stable and reliable temperature control through Panasonic's proprietary technology, including a specially designed compressor for rapid cooling and quiet operation.

Specifications and Features:

Temperature Control: Utilizes two sensors in liquid-loaded monitor bottles shaped like blood bags, with microprocessor control for precise temperature management. A multi air-flow plenum system ensures uniform temperature distribution in larger models.
Temperature Stability: Features like separated transparent inner doors and foamed-in-place insulation minimize cold air loss. A large air circulation fan aids rapid temperature recovery after door openings.
Capacity: Models range from 79 to 1287 liters, accommodating 32 to 720 blood bags of 450 ml each.
Options: Built-in temperature chart recorder, various chart papers, and storage baskets for different models.
Cooling Performance: Maintains 4ºC ±1.5ºC at an ambient temperature of 35ºC.

User-Friendly Design:

Selectable storage systems to suit user needs.
Fluorescent interior lamp and large view window for easy visibility.
Digital display for easy monitoring and calibration.

Safety and Environmental Features:

Equipped with audible and visual alarms, door alarms, and key locks for safety.
Environmentally friendly with CFC-free refrigerants and insulation.

CBS Isothermal Freezers:
These freezers feature a patented liquid nitrogen jacket for uniform storage temperatures in the -190°C range, eliminating the risk of cross-contamination and the need for additional packaging. They are certified to the Medical Device Directive 93/42/EEC: 1993 Class IIA and include the Series 2301 Auto-fill and Monitor System for sample security.

Key Features:

Temperature uniformity and no liquid nitrogen contact in the storage area.
Automatic operation with comprehensive alarm systems.
Available in various models with capacities for up to 45,000 2ml vials.

Additional Systems:

Straw Storage Inventory System: Designed for CBS V-1500AB and V-3000AB freezers, capable of holding thousands of straws in canisters.
Controlled Rate Freezer: The 2101 model offers precise temperature control for biological sample freezing, with a dedicated laptop and software for programming.

Standard LN2 Freezers:
These freezers are designed for cryogenic storage with advanced vacuum and insulation for thermal performance, available in various series to meet different storage needs.

Vapor Shippers and Liquid Nitrogen Freezers
The document discusses the design and utility of Vapor Shippers for the safe transportation of biological samples at cryogenic temperatures. It also highlights the LAB Series dewars, which are lightweight and efficient due to their high-efficiency super-insulation and aluminum construction. These dewars can be equipped with various accessories to aid in liquid nitrogen transfer.

BioCision CoolProducts
BioCision offers CoolRack, CoolBox, and CoolCell products designed for reproducible sample handling and preparation. These products are used globally in various industries for pre-analytical sample standardization. CoolRacks provide temperature consistency and high reproducibility, while CoolBox offers ice-free cooling and freezing. CoolCell provides alcohol-free cell freezing with a consistent -1°C/minute freezing profile.

Panasonic Incubators
Panasonic CO2 and Multigas Incubators are designed for optimal cell cultivation conditions. They feature advanced technologies for temperature and CO2 control, including solid-state infrared sensors and PID control. The incubators also incorporate contamination control technologies like InCu saFe® and SafeCell UV to protect samples without compromising performance.

Large Scale CO2 Incubator MCO-80IC
The MCO-80IC incubator is suitable for high-volume cell culture applications, offering advanced features like InCu saFe® interior, UV decontamination, and efficient CO2 gas consumption. It provides superior CO2 and temperature control with a horizontal laminar airflow system and P.I.D. temperature control, ensuring rapid recovery and uniform conditions.

Overview
The document provides detailed information on various CO2 incubators by Panasonic, focusing on models MCO-80IC, MCO-20AIC, and MCO-19AIC. It includes performance data, design features, and contamination control mechanisms.

Specifications and Features

MCO-80IC: A large capacity CO2 incubator with 851 liters, featuring adjustable shelving, a large LED display, and a double-paned glass door for easy observation. It includes a copper-enriched stainless steel interior for contamination control and offers normal and high humidity modes.
MCO-20AIC: This model employs continuous active background UV light sterilization and a Direct Heat, Air Jacket (DHA) heating system for stable temperature and humidity. It maintains 95% RH at 37°C and features an optical water level indicator.
MCO-19AIC: Designed for demanding applications, it offers H2O2 decontamination, a SafeCell UV system, and precise control through a microprocessor. It includes a single-beam, dual detector IR CO2 sensor for accurate CO2 control.

Performance Data

CO2 and temperature recovery characteristics are provided for door openings of 30 and 60 seconds, showing the efficiency of the incubators in maintaining stable conditions.
CO2 consumption and retention times are compared between Panasonic models and competitor models, highlighting the efficiency of Panasonic incubators.

Contamination Control

Panasonic incubators use copper-enriched stainless steel and UV sterilization to prevent contamination.
The MCO-19AIC offers a unique H2O2 decontamination option, reducing downtime significantly compared to conventional methods.

Design and Usability

All models feature user-friendly designs with large displays, easy-to-clean components, and options for additional accessories like automatic CO2 cylinder changeover systems and communication interfaces.

Conclusion
Panasonic's CO2 incubators are designed for high performance and reliability, offering advanced contamination control and efficient recovery characteristics, making them suitable for various biomedical and pharmaceutical applications.

Overview: The document provides a detailed description of the Panasonic MCO-19AIC and MCO-18AC CO2 incubators, focusing on their decontamination processes, control interfaces, and design features. It highlights the use of H2O2 decontamination and SafeCell UV systems for effective sterilization, as well as the intelligent control systems for maintaining optimal conditions within the incubators.

H2O2 Decontamination Process: The MCO-19AIC incubator utilizes a unique H2O2 decontamination process that is safe for the environment and adjacent equipment. The process involves a seven-minute H2O2 vaporization cycle followed by a 90-minute UV light exposure to break down the vapor into water and oxygen. This ensures complete decontamination of the incubator's interior surfaces and CO2 system without the need for a separate autoclave cycle.

Intelligent Control Interface: The MCO-19AIC features an integrated microprocessor controller with an LCD display for easy management of incubator functions. The system provides stable CO2, temperature, and humidity conditions, with options for data logging and remote monitoring for compliance with GMP/GLP standards.

Design and Construction: The incubators are designed with InCu saFe® copper-enriched stainless steel interiors to prevent contamination. The MCO-18AC model includes a Direct Heat Air Jacket system for precise temperature control and a stackable design for efficient use of laboratory space. The field-reversible door and automatic CO2 cylinder switchover system enhance usability and flexibility in laboratory settings.

Performance and Options: Both models offer various options such as SafeCell UV sterilization, communication interfaces, and additional accessories to enhance functionality. The document also includes performance data on temperature, humidity, and CO2 level recovery characteristics.

CO2 Incubator MCO-5AC

Temperature and Humidity Recovery: The MCO-5AC model features rapid recovery characteristics for temperature and humidity, ensuring stable conditions after door openings or power failures.
CO2 Level Recovery: The incubator maintains precise CO2 levels, with quick recovery times facilitated by advanced sensors.
Options: Includes various accessories such as shelves, roller bases, and CO2 gas pressure regulators.

CO2 Incubator MCO-175

Temperature Control: Utilizes PID control and a chamber direct sensing system for high precision, maintaining temperature within ±0.1°C of the preset value.
Design Features: Stainless steel interior with rounded corners for easy cleaning and sterilization. The water jacketed system ensures stable temperature during power failures.
Contamination Prevention: Specific CO2 gas tubes and automatic control mechanisms minimize contamination risks.

Multi-gas Incubator MCO-19M

Advanced Control: Features an integrated microprocessor controller with an LCD display for managing CO2, O2, temperature, and humidity levels.
Decontamination System: Utilizes a high-speed H2O2 decontamination system for efficient and safe chamber cleaning.
Design and Ergonomics: Includes a middle door with small doors for easy access and a stackable, space-efficient design.

Multi-gas Incubator MCO-5M

Rapid Recovery: Equipped with a P.I.D. TC sensor and zirconia O2 sensor for fast recovery of CO2 and O2 levels.
Contamination Control: InCu saFe® copper-enriched stainless steel chamber inhibits bacterial growth, complemented by SafeCell UV technology.
Temperature Stability: The D.H.A. system provides precise temperature control, reducing condensation risks.

Plant Growth Chamber MLR-352 / MLR-352H

Environmental Control: Offers programmable temperature, lighting, and humidity functions, ideal for research and testing.
Data Logging: Automatically records operational data, which can be viewed on the control panel or transmitted to a PC.
Energy Efficiency: Microprocessor PID and refrigeration capacity control minimize temperature fluctuations and save energy.

Overview:
The document provides detailed specifications and functionalities of the Plant Growth Chamber MLR-352/MLR-352H and the Cooled and Heated Incubators MIR series by Panasonic. These devices are designed for precise environmental control, suitable for various biological and environmental research applications.

MLR-352/MLR-352H Plant Growth Chamber:

Specifications: The MLR-352H model includes a high-accuracy humidity sensor and a graphic LCD control panel for intuitive operation. It has a capacity of 294 liters.
Applications: Suitable for plant growth, culture of plant cells, acclimatization, insect rearing, electronic testing, and food testing.
Features: Includes adjustable shelves, fluorescent lamps, and a control panel with a pop-up menu function.

MIR Series Incubators:

Models: MIR-154, MIR-254, MIR-554, MIR-162, MIR-262.
Temperature Range: Wide control range from -10°C to +60°C, allowing for diverse experimental needs.
Programmable Operation: Microprocessor control allows for up to 12-step operations, with options for continuous or repeated cycles. Up to 10 programs can be stored.
Energy Efficiency: Features include a high-efficiency heater, compressor ON/OFF control, and automatic defrosting to save energy.
Design: Includes a reversible door, low vibration settings, and a condensation prevention mode for certain models.

Performance Data:

Graphs illustrate temperature control and humidity ranges, showing the chamber's ability to maintain stable conditions under various loads and ambient temperatures.

Additional Features:

Automatic alarms for temperature deviations and independent over-temperature protection devices ensure safety and reliability.
Optional accessories include stacking kits, additional illumination kits, and communication interfaces for data transfer.

Alarm and Security System
The system includes a tamper-proof key lock to prevent unintentional changes and a self-diagnostic function to quickly identify malfunctions. The Panasonic DAQ system allows remote monitoring of cooled incubators.

Temperature Control and Design
The incubators feature microcomputer PID control and an air-jacketed system for precise temperature control, with accuracy within ±0.2°C and uniformity within ±1°C at 37°C. The temperature control range is from ambient temperature +5°C to 80°C. The design includes a touch keyboard and LED display, with a durable stainless steel interior.

Orbital Shaker MIR-S100
This compact shaker offers low vibration and noise, with speeds from 50 to 500 RPM. It features a soft start to prevent spillage, a timer for operations up to 99.9 hours, and auto recovery after power interruptions. The shaker is made of stainless steel and can be used in high humidity conditions.

Portable Laboratory Autoclaves
The MLS-3751L and MLS-3781L models offer portability and large chambers for up to 12 1000ml flasks. They feature a swing-up lid for easy access, multiple sterilization programs, and a scalding prevention guard. The autoclaves are designed for individual lab use, with a focus on safety and efficiency.

Overview: The document provides detailed specifications and features of Panasonic's laboratory autoclaves and ovens, focusing on their design, functionality, and safety features. It highlights the efficiency and reliability of these devices in sterilization and temperature control, essential for laboratory settings.

Specifications: The autoclaves, models MLS-3751L, MLS-3781L, MLS-2420U, and MLS-3020U, offer precise temperature control within a range of 115°C to 135°C and 105ºC to 126ºC, respectively. The ovens, models MOV-112 and MOV-212, provide a temperature range of 40°C to 250°C, with options for natural convection or forced air circulation.

Features: Key features include microprocessor control for accurate temperature maintenance, ergonomic design for ease of use, and various safety mechanisms such as dry scorch protection, door switch, pressure safety valve, and overheating protection. The autoclaves also offer options for thermal printing and object temperature sensors.

Safety and Alarms: The equipment is equipped with multiple safety features, including audible and visual alarms for end-of-cycle and error conditions, ensuring user safety and preventing operational errors. Fail-safe functions are integrated to handle overheating, door closure, and pressure anomalies.

Design and Usability: The compact design of the autoclaves and ovens maximizes laboratory space. The control panels are user-friendly, with digital displays for easy parameter setting and monitoring. The ovens feature a sheathed heater for durability and safety, and the autoclaves have a built-in exhaust bottle for efficient operation.

Applications: These devices are suitable for a wide range of applications, including sterilization of culture media, glass and metal implements, and waste products. The high-pressure steam method used in autoclaves is noted for its efficacy, speed, and reliability.

Options and Accessories: Various baskets and buckets are available for different models, enhancing the versatility of the equipment. The document also lists optional accessories like printers and temperature sensors to extend functionality.

Specifications Overview
This document provides detailed specifications for various biomedical and ultra-low temperature (ULT) freezers. The specifications include dimensions, performance metrics, control systems, refrigeration details, construction materials, and alarm systems.

Key Specifications

Dimensions: External and internal dimensions are provided for each model, with specific notes on measuring conditions.
Performance: Cooling performance is specified at ambient temperatures, with temperature setting and control ranges detailed for each model.
Control Systems: Most models feature LED or LCD displays, with microprocessor controls and Pt-100 or Pt-1000 temperature sensors.
Refrigeration: Systems include cascade and auto-cascade methods, using HFC refrigerants and rigid polyurethane foamed insulation (PUF).
Alarms: Visual, buzzer, and remote alarms are standard for power failure, high and low temperatures, and door open alerts.
Construction: Exterior materials are typically painted steel, with interior materials varying between aluminum and stainless steel.

Model Highlights

MDF-1156-PE: Features a cascade refrigeration system, LED display, and a temperature range of -125°C to -155°C.
MDF-C2156VAN-PE: Offers an auto-cascade low-stage system with an LCD display and a temperature range of -125°C to -150°C.
MDF-U33V-PE: Utilizes VIP insulation technology for maximum storage capacity and energy efficiency.
MDF-U700VX-PE: Equipped with an independent dual-cooling system and VIP PLUS insulation for enhanced security and performance.

Additional Features

Models are equipped with various options for temperature recorders, RS485 interface modules, and liquid CO2 or N2 backup systems.
Freezers are designed for safe storage without cross-contamination risks and low operational costs.

Notes

Air temperature measurements are taken at the freezer center under specified conditions.
Exterior dimensions exclude handles and other projections.
Specifications are subject to change without notice.

Overview: The document provides detailed specifications and features of various refrigeration and cryopreservation units, including refrigerators, freezers, and blood bank refrigerators. It highlights their construction, cooling performance, temperature control, and alarm systems.

Refrigeration Units:

Models: MPR-48B, MPR-721R-PE, MPR-1411-PE, MPR-514-PE, MPR-1014-PE, MPR-161DH-PE, MPR-311DH-PE, MPR-215F-PE, MPR-414F-PE.
Key Features: These units feature forced air circulation, automatic defrosting, and are equipped with thermistors and microprocessors for temperature control. They have digital LED displays and various alarm systems for high/low temperature, door open, and power failure.
Construction: Made with galvanized steel and stainless steel, with acrylic finishes. They include double or triple pane glass doors and various shelving options.
Refrigerant: HFC, with temperature ranges from 2°C to 23°C or -5°C to 35°C depending on the model.

Blood Bank Refrigerators:

Models: MBR-107DH-PE, MBR-506DH-PE, MBR-704GR-PE, MBR-1405GR-PE, MBR-305GR-PE.
Key Features: Designed for stable temperature control, these units include thermistor sensors, microprocessor controls, and digital LED displays. They are equipped with alarms for temperature deviations and power failures.
Construction: Feature acrylic and stainless steel finishes, with double or triple layer glass windows. They offer various storage options for blood bags.
Temperature Control: Maintains a stable environment at 4°C ± 1°C, suitable for blood storage.

Cryopreservation Units:

Models: V-1500AB, V-3000AB, V-5000AB, S90-AB, S-1500AB, S-3000AB, S-5000AB.
Key Features: These units provide outstanding temperature uniformity and are designed to prevent cross-contamination. They include liquid nitrogen capacity and static evaporation rates.
Construction: Made with durable lightweight aluminum, these units offer easy access for storing and retrieving samples.
Capacity: Varies by model, with maximum vial capacities ranging from 2,000 to 46,500 vials.

Additional Features:

All units are equipped with remote alarm contacts and RS485 interface modules for enhanced monitoring and control.
Some models include options for electronic temperature control systems and fan-forced air circulation for improved cooling efficiency.

Overview: The document provides detailed specifications and characteristics of various laboratory equipment, including vapor shippers, controlled rate freezers, CO2 incubators, plant growth chambers, and freezers. It includes technical data, performance metrics, and optional features for each model.

Vapor Shippers: Designed for the shipment of non-hazardous samples, these shippers are made of lightweight, durable aluminum and come with a protective shipping carton.

Controlled Rate Freezers: Specifications include dimensions, effective capacity, weight, power requirements, and maximum vial capacity. The model 2101, for example, has an exterior dimension of 485 x 648 x 743 mm and can hold up to 650 2ml vials.

CO2 Incubators: Various models are detailed with specifications such as dimensions, volume, power supply, temperature control, and contamination control features. The MCO-5AC-PE model, for instance, has a volume of 49 liters and features a thermistor temperature sensor and SafeCell UV system option.

Plant Growth Chambers: These chambers offer programmable temperature and lighting functions, with models like the MLR-352-PE providing a volume of 294 liters and featuring a microprocessor PID control system.

Freezers: Both chest and upright freezer models are described, with details on rack types, box types, and storage capacities. The MDF-C2156VAN-PE model, for example, can accommodate 150 boxes with side openings.

Key Features: Across the equipment, features such as high efficiency insulation, easy lifting, contamination control, and advanced temperature stability systems are highlighted. Optional features like the SafeCell UV system and H2O2 decontamination are available for certain models.

Overview: This document provides detailed specifications for various laboratory equipment, including incubators, autoclaves, laboratory ovens, and orbital shakers. It outlines the dimensions, construction materials, operational parameters, and safety features of each model.

Incubators: The document lists models with specific configurations such as trays and side openings. Key specifications include exterior and interior dimensions, effective capacity, net weight, and construction materials. Temperature settings, control systems, and safety features like alarms are also detailed.

Autoclaves & Laboratory Ovens: Specifications for autoclaves include chamber dimensions, effective capacity, sterilization temperature, and safety devices. Laboratory ovens are described with details on dimensions, construction, temperature range, and control systems. Safety features such as pressure safety valves and over-temperature limiters are highlighted.

Orbital Shakers: The document specifies the design and operational features of orbital shakers, including dimensions, power supply, noise level, and operating temperature range. It also mentions the InCu saFe® platform for contamination control and various alarm systems for operational safety.

Certifications: The Panasonic Healthcare Co., Ltd., Gunma factory is certified for ISO9001, ISO13458, and ISO14001, ensuring quality and environmental management standards.

Catalog excerpts

Biomedical Equipment catalogue 2012- 2013-1

Biomedical Equipment catalogue 2012- 2013 CAL N ET PEAN URO WORK E BIOMEDI join the european network of experts in conservation - incubation - sterilisation

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Biomedical Equipment catalogue 2012- 2013-2

Portugal Spain

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Biomedical Equipment catalogue 2012- 2013-3

Biomedical Equipment catalogue 2012- 2013 Finland Iceland Norway Estonia Russia Sweden Latvia Netherlands Lihuania Denmark Poland Great Britain Belgium Germany Czech Republic Slovakia France Austria Switzerland Hungary Slovenia Croatia Bosnia Italy Serbia Montenegro Bulgaria Macedonia Turkye Albania Greece Cyprus Malta Israel

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Biomedical Equipment catalogue 2012- 2013-4

What’s in a name? As you can see, this new ‘SANYO’ catalogue is now a Panasonic catalogue, but the products and the customer experience are still the same. On 1st April 2012 the SANYO Biomedical company in Europe (SEEE) became the Panasonic Biomedical company (PHCBE), so from that date the name on our Biomedical equipment also changed to Panasonic. After more than 25 years of success in Europe this is an important step for our company. Bringing new engineering resources to the group will result in new products and even greater technical innovation. The European sales and service organisation...

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Biomedical Equipment catalogue 2012- 2013-5

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Biomedical Equipment catalogue 2012- 2013-7

D IC - TURKEY WITZERL - N O R WA ETWORK - DEN MA HERLA NET R U S SI TWORK - AL N E W O RK ET K- WO N ET R K IC A L N E K - UK - BI O M N ETWOR AL N E TWORK - B I O MED D IC M AL K- T D IC A L D IC A L N ETWORK N ETWOR - GREEC OR ETW K S ETWORK WO N ET RK N ETWOR D IC TWORK - ETWORK ORK TW - Name: Christophe r Busuttil Location in ou r Scientific Cons network: ul Panasonic Biomed tant for products at Evolical ve LTD, Malta. favourite place St. John’s Co-C: Valetta, Malta. athedral, attention to de Because of the corner which letail in every ads to grandeur Majestic. . ED IC AL BI A - OM ED IC...

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Biomedical Equipment catalogue 2012- 2013-8

Panasonic Biomedical Sales Europe B. V. Since April 1st 2012 Panasonic Biomedical Sales Europe B.V. is the new name for SANYO Biomedical as a result of the completion of SANYO’s merger with Panasonic. We will continue to maintain and improve our high quality standards for our products and customer service. In addition, as a Panasonic company, we now have access to extensive research and development resources that will continue our long standing leadership position in innovative technologies, available via the Panasonic network of manufacturing and research facilities worldwide. We look forward...

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Biomedical Equipment catalogue 2012- 2013-9

Panasonic Biomedical Sales Europe B. V. Panasonic Biomedical Sales Europe BV, part of the Panasonic Healthcare Company (HCC), manages sales, marketing, logistics and technical service of Panasonic laboratory products throughout Europe (including Russia and Turkey). Headquartered in the Netherlands with sales and service organizations in the UK, France and the Netherlands. In the Dutch warehouse, about 1.000 units are waiting to be delivered directly from stock. Within a couple of days, spare parts can be delivered in every part of Europe. That’s one of the strengths of Panasonic’s Biomedical...

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Biomedical Equipment catalogue 2012- 2013-10

About Panasonic et and the for this plan has a dream le. Panasonic s of peop everyday live d cultural e natural an r tage sites ar ed to be preserved fo ri The world he e world that ne ence experi wonders of thtions - and the joy we just as genera easure tr future y lives is a ons, more from our dail reducing carbon emissi ter efforts precious. By e of resources, clean wa c has made ni efficient us ng biodiversity, Panaso priority for ment a preservi on and e. of the enivir conservation ness activities worldwid its busi all Corporate brand The Panasonic brand name was created in 1955 and was...

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Biomedical Equipment catalogue 2012- 2013-11

Brand Promise Panasonic generates ideas for life... today and tomorrow. Through innovative thinking, we are committed to enriching people’s lives around the world. We believe the best idea’s come from attentive observation of everyday living, carefully listening to customers... and a constant commitment to making life easier, more comfortable, more fun. As a gobal company, Panasonic has been in touch with different peoples around the world for nearly a century. This puts us in a good position to translate “ideas for life” into the values and lifestyles our customers aspire to. Every Panasonic...

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Biomedical Equipment catalogue 2012- 2013-12

Service Let us help you to protect your results - At Panasonic we appreciate how much your samples and products are worth to you. Your chosen equipment has been manufactured using world leading technology and specialist engineering, so it is important that we continue to provide the best support and care possible to maximise the potential and lifespan of your equipment. We have a dedicated team of Panasonic Service Specialists who are trained to carry out repairs and service to our exacting standards, ensuring the support you need during the life of your equipment. Using our many years of experience...

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Biomedical Equipment catalogue 2012- 2013-13

leading technology Delta works, Brouwersdam, Zeeland 51º29’38.51”N . 3º50.38.51”E - DEN MA - BI O M ED IC AL N RK Name: Igor Sp ierenburg Location in o ur network: Service Mana ger, Panasoni c Biomedical Sa les Europe B. Etten Leur, The Netherla V., nds. Favourite pl ace: Brouwersdam, works have beZeeland. The Delta century. Tech en built in the last of the 7 modenically this is one rn wonders of the world. ETWORK NET EDICAL N HERLA B ND S I O M Installation l Commissioning l Calibration l Validation l Repairs l Fully equipped workshop l Genuine Panasonic spares R U S SI l K- Free Technical Support...

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Biomedical Equipment catalogue 2012- 2013-14

Synergy in Europe Working together with one goal - Panasonic Biomedical has established a worldwide reputation as a manufacturer of high quality medical equipment over the past twenty five years. Together with the high standard of service we deliver, it makes us a major player in the biomedical market. Logically we want our Panasonic dealers to offer you the same high standard of service that belongs to our equipment. Therefore Panasonic only works with dealers that do guarantee this quality. So whether you buy directly from us, or from one of our European distributors, RW - NO A NM - D E AR...

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