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KartellLABWARE Catalogue (SPA-ENG-POR)
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KartellLABWARE Catalogue (SPA-ENG-POR)
Product catalog summary
Introduction
Kartell, established in 1949, is a leading European company known for its innovative use of plastic materials in design furniture, home accessories, and laboratory equipment. Over its 60-year history, Kartell has integrated technological advancements with cultural and aesthetic values, becoming a leader in industrial design.
Kartell, established in 1949, is a leading European company known for its innovative use of plastic materials in design furniture, home accessories, and laboratory equipment. Over its 60-year history, Kartell has integrated technological advancements with cultural and aesthetic values, becoming a leader in industrial design.
Labware Division
In the late 1950s, Kartell launched the Labware Division, focusing on laboratory equipment made from advanced materials like polypropylene, polystyrene, and polyethylene. These materials offer benefits over glass, such as being lightweight, strong, and safe. The division's success is due to innovative designs by Gino Colombini and Centrokappa, which enhanced functionality and introduced modular solutions.
In the late 1950s, Kartell launched the Labware Division, focusing on laboratory equipment made from advanced materials like polypropylene, polystyrene, and polyethylene. These materials offer benefits over glass, such as being lightweight, strong, and safe. The division's success is due to innovative designs by Gino Colombini and Centrokappa, which enhanced functionality and introduced modular solutions.
Material and Production
Kartell utilizes over 40 different plastic materials, chosen based on application needs, considering factors like chemical resistance, aging, thermal stress, and environmental effects. This focus on quality and advanced technology has established Kartell as a globally recognized brand.
Kartell utilizes over 40 different plastic materials, chosen based on application needs, considering factors like chemical resistance, aging, thermal stress, and environmental effects. This focus on quality and advanced technology has established Kartell as a globally recognized brand.
Quality Management Certification
Since 1996, Kartell has maintained a certified Quality Management System, evolving through various ISO standards, currently holding the UNI EN ISO 9001:2015 certification, reflecting its commitment to high-quality management processes.
Since 1996, Kartell has maintained a certified Quality Management System, evolving through various ISO standards, currently holding the UNI EN ISO 9001:2015 certification, reflecting its commitment to high-quality management processes.
Environmental Responsibility
Kartell emphasizes recyclability and sustainability, designing products for easy disassembly and recycling, complying with DIN 6120 standards. In 2011, Kartell achieved the UNI EN ISO 14001:2004 certification for its effective environmental management system, underscoring its dedication to eco-friendly practices.
Kartell emphasizes recyclability and sustainability, designing products for easy disassembly and recycling, complying with DIN 6120 standards. In 2011, Kartell achieved the UNI EN ISO 14001:2004 certification for its effective environmental management system, underscoring its dedication to eco-friendly practices.
Technical Specifications
- Color: Colorless
- Odor: Odorless
- Taste: None
- Toxicity: Non-toxic
- Aging: Absent
- Oxidation: Absent
Chemical Resistance
- Strong Acids: Good
- Weak Acids: Excellent
- Strong Alkali: Good
- Weak Alkali: Excellent
- Organic Solvents: Weak
Product Features
The scoop is made of HDPE, designed for heavy industrial use, featuring a round shape to facilitate complete transfer of sampling material. It is suitable for food contact.
The scoop is made of HDPE, designed for heavy industrial use, featuring a round shape to facilitate complete transfer of sampling material. It is suitable for food contact.
Hoses and Tubes
- Flexible and transparent hoses made from non-toxic materials, suitable for medical, industrial, and hospital use. DEHP free, with temperature ranges from -15°C to +60°C, conforming to PhEur 3.1.1.1 / USP XXXII 2009.
- Other hoses are suitable for temperatures up to +260°C, resistant to acids, bases, and solvents, and are autoclavable.
General Laboratory Use
Various dimensions and packaging options are available for general laboratory use, including vacuum hoses and selectors for tube diameters.
Various dimensions and packaging options are available for general laboratory use, including vacuum hoses and selectors for tube diameters.
Stopcocks and Timers
- Stopcocks are ideal for low-pressure liquids and gases, made from HDPE and PP, requiring no lubricants.
- Timers are available in mechanical and electronic versions, with features such as portability, battery operation, and alarms.
Conical Stoppers
Standard taper stoppers ensure perfect sealing, suitable for laboratory use, and are autoclavable.
Standard taper stoppers ensure perfect sealing, suitable for laboratory use, and are autoclavable.
Safety Shields
Made from high-quality acrylic, these shields provide protection from hazardous substances and are available in different thicknesses.
Made from high-quality acrylic, these shields provide protection from hazardous substances and are available in different thicknesses.
Additional Laboratory Equipment
Includes items like gas sampling balloons and adapters for filters, suitable for food contact and autoclavable.
Includes items like gas sampling balloons and adapters for filters, suitable for food contact and autoclavable.
Specifications:
The document provides detailed specifications for various laboratory containers and accessories, including dimensions, materials, and capacities. It lists items such as agitator rods, trays, bowls, and safety boxes made from materials like PVC, PP, HDPE, and polycarbonate. Each item is described with its internal and external dimensions, volume, and specific features like stackability and resistance to chemicals.
The document provides detailed specifications for various laboratory containers and accessories, including dimensions, materials, and capacities. It lists items such as agitator rods, trays, bowls, and safety boxes made from materials like PVC, PP, HDPE, and polycarbonate. Each item is described with its internal and external dimensions, volume, and specific features like stackability and resistance to chemicals.
Procedures and Usage:
The document outlines the general uses of the labware, emphasizing their suitability for laboratory and food-related applications. It highlights features such as autoclavability, resistance to acids, and stackability, which are crucial for laboratory settings.
The document outlines the general uses of the labware, emphasizing their suitability for laboratory and food-related applications. It highlights features such as autoclavability, resistance to acids, and stackability, which are crucial for laboratory settings.
Standards and Recommendations:
The labware complies with specific standards, such as ISO 11140/2005 for sterilization indicator tapes. The document also mentions compliance with EC Regulation 10/2011 for food contact suitability.
The labware complies with specific standards, such as ISO 11140/2005 for sterilization indicator tapes. The document also mentions compliance with EC Regulation 10/2011 for food contact suitability.
Key Features and Best Practices:
- Safety boxes are designed for secure transport of hazardous materials, featuring hermetic seals and safety locks.
- Sterilization indicator tapes change color to confirm sterilization, with specific conditions for steam and dry heat methods.
- Graduated bottles are designed to withstand pressure and are suitable for food contact.
- Safety boxes are designed for secure transport of hazardous materials, featuring hermetic seals and safety locks.
- Sterilization indicator tapes change color to confirm sterilization, with specific conditions for steam and dry heat methods.
- Graduated bottles are designed to withstand pressure and are suitable for food contact.
Critical Information:
- The document emphasizes the importance of proper storage and handling to maintain the integrity and functionality of the labware.
- It provides detailed instructions for the use and maintenance of safety boxes, including the presence of a biological hazard symbol for safety assurance.
- The document emphasizes the importance of proper storage and handling to maintain the integrity and functionality of the labware.
- It provides detailed instructions for the use and maintenance of safety boxes, including the presence of a biological hazard symbol for safety assurance.
Conclusion:
This document serves as a comprehensive guide for selecting and using laboratory containers and accessories, ensuring compliance with safety and quality standards.
This document serves as a comprehensive guide for selecting and using laboratory containers and accessories, ensuring compliance with safety and quality standards.
Specifications:
The document provides detailed specifications for various types of graduated bottles, including square bottles with wide necks, narrow neck bottles, and standardized bottles. These bottles are made from materials such as PE (Polyethylene) for the body and PP (Polypropylene) for the cap. They are designed for space-saving storage, long-term sample storage, and are suitable for food contact according to EC Regulation 10/2011.
The document provides detailed specifications for various types of graduated bottles, including square bottles with wide necks, narrow neck bottles, and standardized bottles. These bottles are made from materials such as PE (Polyethylene) for the body and PP (Polypropylene) for the cap. They are designed for space-saving storage, long-term sample storage, and are suitable for food contact according to EC Regulation 10/2011.
Procedures and Features:
The bottles feature easy-grip caps that can be secured for safety, and some have tamper-evident caps with safety rings. The bottles are designed to prevent leaks and residue deposits, with sloping shoulders and double sealing for tightness. They are also autoclavable, making them suitable for transporting toxic samples.
The bottles feature easy-grip caps that can be secured for safety, and some have tamper-evident caps with safety rings. The bottles are designed to prevent leaks and residue deposits, with sloping shoulders and double sealing for tightness. They are also autoclavable, making them suitable for transporting toxic samples.
Standards and Compliance:
The bottles conform to DIN standards 13316 and 168, ensuring they meet food and drug regulations. They are suitable for contact with foodstuffs, as per EC Regulation 10/2011.
The bottles conform to DIN standards 13316 and 168, ensuring they meet food and drug regulations. They are suitable for contact with foodstuffs, as per EC Regulation 10/2011.
Recommendations:
The document recommends removing caps before autoclaving and highlights the suitability of these bottles for storing photosensitive materials, both liquid and solid. The bottles are also ideal for use with distilled water, with dispensing tips that can be adjusted for flow.
The document recommends removing caps before autoclaving and highlights the suitability of these bottles for storing photosensitive materials, both liquid and solid. The bottles are also ideal for use with distilled water, with dispensing tips that can be adjusted for flow.
Key Data from Tables:
The tables provide detailed measurements for each bottle type, including volume (ml), graduation (ml), dimensions (mm), and mouth diameter (mm). For example, a 250 ml bottle has a graduation of 25 ml, dimensions of 60x131 mm, and a mouth diameter of 23 mm.
The tables provide detailed measurements for each bottle type, including volume (ml), graduation (ml), dimensions (mm), and mouth diameter (mm). For example, a 250 ml bottle has a graduation of 25 ml, dimensions of 60x131 mm, and a mouth diameter of 23 mm.
Accessories:
The document also lists accessories such as standardized screw caps for different bottle types, including wash bottle screw caps and spray bottle caps, which are suitable for food contact.
The document also lists accessories such as standardized screw caps for different bottle types, including wash bottle screw caps and spray bottle caps, which are suitable for food contact.
Specifications:
The document outlines various types of bottles and accessories suitable for dispensing liquids, including dispensing bottles, wash bottles, and dropping bottles. These products are made from materials like HDPE and PE, ensuring they are suitable for contact with food. The document provides detailed specifications for each product, including capacity, dimensions, and material composition.
The document outlines various types of bottles and accessories suitable for dispensing liquids, including dispensing bottles, wash bottles, and dropping bottles. These products are made from materials like HDPE and PE, ensuring they are suitable for contact with food. The document provides detailed specifications for each product, including capacity, dimensions, and material composition.
Procedures:
The document describes the operation of different bottle types. For example, wash bottles operate by applying slight air pressure to dispense liquid, and the direction of the stream can be controlled manually. The document also explains the use of adjustable volume dispenser bottles, where the volume is controlled by the position of a graduated measuring cup.
The document describes the operation of different bottle types. For example, wash bottles operate by applying slight air pressure to dispense liquid, and the direction of the stream can be controlled manually. The document also explains the use of adjustable volume dispenser bottles, where the volume is controlled by the position of a graduated measuring cup.
Standards and Recommendations:
All products are deemed suitable for contact with food, complying with relevant regulations such as the EC Regulation 10/2011. The document emphasizes the importance of using these products in accordance with safety standards, particularly when handling hazardous materials.
All products are deemed suitable for contact with food, complying with relevant regulations such as the EC Regulation 10/2011. The document emphasizes the importance of using these products in accordance with safety standards, particularly when handling hazardous materials.
Key Features and Best Practices:
The document highlights features such as color-coded caps for easy identification, ergonomic designs for ease of use, and specific designs for stability and storage. It recommends using transparent, punched labels for proper identification and risk assessment, following NFPA guidelines.
The document highlights features such as color-coded caps for easy identification, ergonomic designs for ease of use, and specific designs for stability and storage. It recommends using transparent, punched labels for proper identification and risk assessment, following NFPA guidelines.
Additional Products:
Other products include cylindrical jars with ribbed caps, suitable for storing various substances, and emergency eye wash stations designed for quick and effective eye cleaning. The document also mentions heavy-walled carboy bottles with narrow necks for secure storage and transport.
Other products include cylindrical jars with ribbed caps, suitable for storing various substances, and emergency eye wash stations designed for quick and effective eye cleaning. The document also mentions heavy-walled carboy bottles with narrow necks for secure storage and transport.
Conclusion:
The document provides comprehensive information on a range of bottles and accessories, emphasizing their suitability for food contact and compliance with safety standards. It offers detailed specifications and operational guidance to ensure proper use and handling.
The document provides comprehensive information on a range of bottles and accessories, emphasizing their suitability for food contact and compliance with safety standards. It offers detailed specifications and operational guidance to ensure proper use and handling.
General Purpose Spatulas: These are robust, inexpensive spatulas with excellent chemical resistance, suitable for the food and beverage industry. They are autoclavable and meet NSF/ANSI STANDARD 51 for food contact. Available in scraper plus spoon or double scraper configurations.
Self-Sprung Forceps: These forceps have rounded ends and are autoclavable.
Burette Clamps: The boss head is supplied with two olives to fit support rods with diameters of 8-14 mm. The stainless steel spring-loaded center arm holds the burette firmly, with rubber grips for protection. Graduations and meniscus remain visible.
Plastic Clamps: These are used for secure connections of glass joints, are anticorrosive, do not scratch glass, and are available in various colors. They are autoclavable.
Bench Pipette Holder: Made of clear PMMA, this holder has high-quality finishes and allows visibility from any angle. It includes four tilted support shelves and is suitable for storing serological pipettes of various capacities. It should not be exposed to ultraviolet light.
Rod System: Standard rods are 25 cm long and can be screwed together for desired height. Each base comes with two rods.
Round Bottom Flask Holder: Supports flasks from small sizes up to 10 liters. It can withstand temperatures up to 100°C (120°C for short periods) without damage and is autoclavable.
Automatic Pipette/Burette Rinsing Set: This high-speed system can wash pipettes up to 600 mm or Mohr's burette. It uses siphon technology for continuous water exchange and has an elastic PE bottom to prevent breakage. It includes soaking baskets for simultaneous washing of multiple glassware groups.
Vertical Pipette Stand: Accommodates up to 18 small and 10 large pipettes. It includes a boss head for height adjustment and is compatible with rods of 8-14 mm diameter.
Pipette Tray for Drawer: Can hold 7 pipettes longitudinally or 16 laterally. It is a versatile holder not limited to pipettes.
Pipette Filler with Adapter: A molded rubber bulb with three glass ball valves, suitable for various liquids except those that attack rubber. It includes an adapter for pipettes over 20 ml.
Pipette Holders and Accessories
This section describes various pipette holders and accessories designed for laboratory use. The holders can accommodate different types and sizes of pipettes, including both glass and plastic. They are made from materials like ABS, PP, and PMMA, which offer resistance to chemicals and high temperatures. The holders are designed to be versatile, allowing for easy storage and organization of pipettes.
This section describes various pipette holders and accessories designed for laboratory use. The holders can accommodate different types and sizes of pipettes, including both glass and plastic. They are made from materials like ABS, PP, and PMMA, which offer resistance to chemicals and high temperatures. The holders are designed to be versatile, allowing for easy storage and organization of pipettes.
Pipette Pumps
Pipette pumps are available for safe and efficient liquid handling. They feature mechanisms for suction and dispensing, such as rotating wheels and pressure levers, to ensure precise control. These pumps are suitable for handling hazardous liquids and are made from materials resistant to acids and alkalis.
Pipette pumps are available for safe and efficient liquid handling. They feature mechanisms for suction and dispensing, such as rotating wheels and pressure levers, to ensure precise control. These pumps are suitable for handling hazardous liquids and are made from materials resistant to acids and alkalis.
Centrifuge Tubes
The document details various types of centrifuge tubes, including cylindrical and conical designs. These tubes are autoclavable and can withstand temperatures up to 120°C or 170°C, depending on the model. They offer high chemical resistance and are suitable for use in various laboratory applications.
The document details various types of centrifuge tubes, including cylindrical and conical designs. These tubes are autoclavable and can withstand temperatures up to 120°C or 170°C, depending on the model. They offer high chemical resistance and are suitable for use in various laboratory applications.
Test Tube Racks
Test tube racks are designed for organizing and storing test tubes. They are available in different configurations, including modular and universal designs. The racks are autoclavable and can be used in water baths or freezers without deforming. They feature alphanumeric references for easy sample identification and are available in multiple colors for coding purposes.
Test tube racks are designed for organizing and storing test tubes. They are available in different configurations, including modular and universal designs. The racks are autoclavable and can be used in water baths or freezers without deforming. They feature alphanumeric references for easy sample identification and are available in multiple colors for coding purposes.
Key Specifications
- Pipette holders can accommodate pipettes up to 50 ml.
- Pipette pumps are compatible with pipettes ranging from 0.1 ml to 25 ml.
- Centrifuge tubes can withstand up to 4000 RPM and 3000 RCF x G.
- Test tube racks can hold up to 100 tubes of 1.5 ml each.
Overview of PTFE Laboratory Articles
PTFE (Polytetrafluoroethylene) is a high molecular weight polymer known for its excellent chemical, electrical, and thermal properties. It is widely used due to its low friction coefficient and several key characteristics:
PTFE (Polytetrafluoroethylene) is a high molecular weight polymer known for its excellent chemical, electrical, and thermal properties. It is widely used due to its low friction coefficient and several key characteristics:
- Chemical Inertia: PTFE is almost completely inert to reagents and solvents, making it suitable for corrosive environments and ultra-pure applications.
- Thermal Stability: It can be used between -200°C and +300°C, with thermal degradation not occurring until +400°C.
- Electrical Properties: PTFE has high electrical resistance, a low dielectric constant, and a low dielectric loss factor.
- Non-Stick Properties: It is self-lubricating, shockproof, tough, and flexible even at low temperatures.
Applications
- Chemical: PTFE's high resistance to acids, alkalis, and solvents makes it ideal for petrochemical and food industry components. It is physiologically inert and approved for food contact by some authorities.
- Electrical: Its dielectric properties and stability in adverse weather conditions make it increasingly used in electrical applications.
- Mechanical: The low friction coefficient allows for use in low-load applications.
Product Specifications
- Magnetic Stir Bars: These bars contain Alnico V magnets encapsulated in high-quality PTFE, ensuring durability and power. They undergo strict quality controls for magnetic core positioning, surface quality, breakage resistance, and coating thickness consistency.
- Watch Glasses and Connectors: Designed for universal use, these products are suitable for food contact and conform to DIN 12242 standards.
- Stirring Bars: Available in various shapes (cylindrical, crosshead, oval, triangular) and sizes, these bars are designed for diverse applications, ensuring effective stirring even at low speeds. They are suitable for food contact.
- Tapered Stoppers and Test Tubes: These items offer exceptional chemical and thermal resistance, suitable for continuous use up to 250°C and short intervals up to 300°C. They are self-lubricating and conform to DIN standards.
- Tape: White PTFE tape is useful for protecting screw threads and preventing leaks, suitable for food contact.
Specifications:
The document details various types of cuvettes and micro test tubes used in spectrophotometry and sample analysis. Cuvettes are available in optical PS (340 to 800 nm) and UV grade PMMA (280 to 800 nm), with macro (4.5 ml), low-form semi-micro (1.5 ml), and high-form semi-micro (2.5 ml) versions. They come with 2 or 4 optical faces, with the two-face version featuring grooves for better grip. The cuvettes are compatible with most spectrophotometers and photometers, with absorption changes kept within ±1% for reproducibility.
The document details various types of cuvettes and micro test tubes used in spectrophotometry and sample analysis. Cuvettes are available in optical PS (340 to 800 nm) and UV grade PMMA (280 to 800 nm), with macro (4.5 ml), low-form semi-micro (1.5 ml), and high-form semi-micro (2.5 ml) versions. They come with 2 or 4 optical faces, with the two-face version featuring grooves for better grip. The cuvettes are compatible with most spectrophotometers and photometers, with absorption changes kept within ±1% for reproducibility.
Procedures and Compatibility:
Cuvette code 1961, with 4 optical faces, is suitable for UV field and spectrofluorimetry techniques, recommended for biological and biotechnological applications. They are packaged in dust-proof PS foam containers.
Cuvette code 1961, with 4 optical faces, is suitable for UV field and spectrofluorimetry techniques, recommended for biological and biotechnological applications. They are packaged in dust-proof PS foam containers.
Packing Details:
- Art. 1937 to Art. 1961: 10 boxes of 100 cuvettes each (total 1000 cuvettes) with Kartell brand.
- Art. 81937 to Art. 81961: 60 boxes of 100 cuvettes each (total 6000 cuvettes) without Kartell brand.
- Art. 1937 to Art. 1961: 10 boxes of 100 cuvettes each (total 1000 cuvettes) with Kartell brand.
- Art. 81937 to Art. 81961: 60 boxes of 100 cuvettes each (total 6000 cuvettes) without Kartell brand.
Micro Test Tubes:
Micro test tubes are made of clear PP/PE, ideal for sample analysis and shipping, withstanding centrifugal force up to RCF 11,000 x g. Some models are autoclavable at 121°C for 20 minutes with open cap. Available in various colors.
Micro test tubes are made of clear PP/PE, ideal for sample analysis and shipping, withstanding centrifugal force up to RCF 11,000 x g. Some models are autoclavable at 121°C for 20 minutes with open cap. Available in various colors.
Sample Cup and Vials:
Sample cups for various analyzers like Cobas Mira®, Boehringer ES 300®, and ES 600® are detailed, with options for anti-evaporation and push-in stoppers. Scintillation vials are compatible with all liquid scintillation counters, featuring heavy walls to minimize solvent loss.
Sample cups for various analyzers like Cobas Mira®, Boehringer ES 300®, and ES 600® are detailed, with options for anti-evaporation and push-in stoppers. Scintillation vials are compatible with all liquid scintillation counters, featuring heavy walls to minimize solvent loss.
Recommendations:
Use cuvette code 1961 for UV and spectrofluorimetry applications. Ensure compatibility with spectrophotometers and photometers for accurate results. Follow packaging instructions for optimal storage and handling.
Use cuvette code 1961 for UV and spectrofluorimetry applications. Ensure compatibility with spectrophotometers and photometers for accurate results. Follow packaging instructions for optimal storage and handling.
Overview: This document provides detailed specifications and descriptions of various disposable laboratory items, including sample cups, cuvettes, test tubes, and specimen containers. These items are designed for use with specific laboratory equipment and are available in different materials and configurations to suit various laboratory needs.
Sample Cups: The document lists sample cups made of polystyrene for use with Technicon®, Beckman®, and Konelab® analyzers. Some models offer an optional push-in stopper for secure closure.
Cuvettes: Cuvettes for Fibrintimer® and Amelung® devices are described, including their capacity and the inclusion of metallic mixers. These are used for coagulation time determination.
Test Tubes: Various types of test tubes are detailed, including those with screw caps for secure closure and centrifugation. They are available in different colors and can be sterile or non-sterile. Cylindrical and conical test tubes are also described, with specifications on their capacity, dimensions, and material (PS or PP).
Stoppers and Plugs: Finned plugs for disposable tubes are available in multiple colors and sizes, designed to prevent contamination.
Specimen Containers: These containers are made of PS with PE lids, suitable for storing and transporting various specimens. They are available in multiple configurations, including sterile options.
Faeces and Sputum Containers: Containers for faeces and sputum collection are described, highlighting their design for easy sample handling and transportation. They are made of transparent PS with PP stoppers and spoons.
Key Specifications: The document provides detailed measurements and capacities for each item, ensuring compatibility with specific laboratory applications. It also notes the temperature resistance and sterilization methods for certain products.
Specifications:
1. Autoclavable PP Sputum Collection Container: Designed for saliva samples, featuring a leakproof lid, suitable for storage, collection, and transportation.
2. Urine Cups: Available in 60 ml, 150 ml, and 200 ml capacities, made from polypropylene with screw caps. Non-sterile versions have blue caps and are sold in multi-packs, while sterile versions have red caps and are individually wrapped.
3. Test Tubes: Made from polystyrene with polyethylene screw caps, available in 12 ml and 25 ml sizes, with options for sterile individual wrapping.
4. Containers for Biological Specimens: Made from polystyrene with screw caps, available in 60 ml and 200 ml sizes, with aseptic individual wrapping options.
1. Autoclavable PP Sputum Collection Container: Designed for saliva samples, featuring a leakproof lid, suitable for storage, collection, and transportation.
2. Urine Cups: Available in 60 ml, 150 ml, and 200 ml capacities, made from polypropylene with screw caps. Non-sterile versions have blue caps and are sold in multi-packs, while sterile versions have red caps and are individually wrapped.
3. Test Tubes: Made from polystyrene with polyethylene screw caps, available in 12 ml and 25 ml sizes, with options for sterile individual wrapping.
4. Containers for Biological Specimens: Made from polystyrene with screw caps, available in 60 ml and 200 ml sizes, with aseptic individual wrapping options.
Procedures:
1. Erythrocyte Sedimentation Rate System: Utilizes a polypropylene tube with a pink cap containing sodium citrate. The procedure involves filling the tube with blood, mixing, inserting a pipette, and reading after 60 minutes.
1. Erythrocyte Sedimentation Rate System: Utilizes a polypropylene tube with a pink cap containing sodium citrate. The procedure involves filling the tube with blood, mixing, inserting a pipette, and reading after 60 minutes.
Recommendations:
1. Disposable Tips for Micropipettes: Made from high-purity polypropylene, these tips are recommended for use with Kartell automatic micropipettes but are compatible with most brands. Available in bulk, rack, and refill packaging.
1. Disposable Tips for Micropipettes: Made from high-purity polypropylene, these tips are recommended for use with Kartell automatic micropipettes but are compatible with most brands. Available in bulk, rack, and refill packaging.
Key Data from Tables:
1. Dimensions and Capacities: Detailed measurements and capacities for various containers and test tubes are provided, including height, diameter, and volume specifications.
2. Compatibility: Kartell tips are compatible with a wide range of micropipette brands, ensuring versatility in laboratory settings.
1. Dimensions and Capacities: Detailed measurements and capacities for various containers and test tubes are provided, including height, diameter, and volume specifications.
2. Compatibility: Kartell tips are compatible with a wide range of micropipette brands, ensuring versatility in laboratory settings.
Overview: The document provides detailed specifications and descriptions of various laboratory disposable items, including pipette boxes, microtitration plates, Pasteur pipettes, inoculating loops, Petri dishes, histology trays, and weighing boats. It includes compatibility information, material specifications, and packaging details.
Pipette Boxes: Gray polypropylene boxes with snap-on lids are compatible with multiple brands such as Eppendorf, Gilson, and Thermo. They are designed for storing pipette filter tips.
Microtitration Plates: These are 96-well plates made of clear polystyrene, available in flat, U, and V bottom shapes. They are aseptic, individually wrapped, and available in sterile versions. The corresponding lids are sold separately.
Pasteur Pipettes: Disposable polyethylene pipettes with bulbs and graduations ensure precise sample transfer. They are available in non-sterile multi-packs and individually wrapped sterile versions.
Inoculating Loops: Sterile loops are available in neutral and blue colors, with loop sizes of 1 μl and 10 μl, respectively. They come with a needle for inoculation and are packaged in polybags of 20 pieces.
Petri Dishes: Disposable Petri dishes made of polystyrene are available in various diameters, with or without ventilation notches. They are designed for routine lab work and bacteriological research, with options for aseptic or beta-ray sterilization.
Histology Trays and Cassettes: Stainless steel trays facilitate paraffin inclusion removal. Tissue embedding cassettes are available in Mega and Universal types, with various color options. Synthetic sponges with controlled porosity are used for small biopsy specimens.
Weighing Boats: Diamond and square-shaped weighing boats made of HIPS are non-contaminating and antistatic. They are available in white and black for contrast and have a reproducible tare weight with less than 5% variation.
Overview: The document provides detailed information on the Dosipet and Dosilab series of dosing devices, designed for precise and adjustable volume dispensing of various chemical reagents. These devices are made from high-quality materials ensuring mechanical and chemical resistance, and are available in different versions to accommodate specific reagent types.
Dosipet Series:
- Versions: Three versions are available - DOSIPET B for universal use with medium aggressiveness reagents, DOSIPET S for concentrated acids and solvents, and DOSIPET HF specifically for hydrofluoric acid.
- Technical Specifications: Common features include precise volume adjustment, a graduated scale for reproducibility, no reagent loss during air elimination or filling, bubble-free dispensing, complete liquid transfer with each piston movement, and total liquid recovery by rotating the delivery tip 180°. They are autoclavable at +121°C for 20 minutes and conform to EC standards.
- Materials: Equipped with a borosilicate glass cylinder and PTFE piston, ensuring compatibility with all aqueous solutions except those containing hydrofluoric acid.
Dosilab Series:
- Features: Adjustable volume bottle top dispensers for precise and cost-effective chemical dosing. Safe for operators and the environment, with six models ranging from 0.25 ml to 100 ml.
- Construction: Made from PTFE, FEP, and borosilicate glass, ensuring excellent compatibility with all reagents except hydrofluoric acid. The body is made of glass fiber polypropylene for increased accuracy and robustness.
- Functionality: Features a precise and quick volume adjustment knob with a locking system to prevent accidental displacement. Allows 360° rotation on the bottle.
- Compliance: Each device is individually calibrated according to ISO 8655 standards and comes with a calibration certificate. Includes five adaptors for common reagent bottles and a device for easy recalibration in the laboratory.
Accessories: The document lists various accessories such as amber bottles, suction and discharge tubes, adapters, and spiral-wound tubing for remote dosing, enhancing the functionality and adaptability of the Dosipet and Dosilab devices.
Overview: This document provides detailed specifications and guidelines for volumetric apparatus controlled by a piston, specifically focusing on ISO 8655 standards. It includes information on Dosilab dispensers, Technotrate digital burettes, and Pluripet micropipettes, highlighting their compliance with international standards and technical specifications.
ISO 8655 Standards: The ISO 8655 standard is an international guideline for piston-operated volumetric apparatus. It ensures accuracy and precision in liquid handling devices, which are critical for laboratory applications.
Dosilab Dispensers: Dosilab offers a range of adjustable volumetric dispensers designed for precision and safety. These dispensers are compatible with most reagents except hydrofluoric acid. Key features include:
- Volume range from 0.25 ml to 100 ml.
- Autoclavable without disassembly.
- Components made from PTFE, FEP, and borosilicate glass.
- Individual calibration according to ISO 8655 with a calibration certificate.
- Five adapters for common reagent bottles and a recalibration device.
Technotrate Digital Burettes: Technotrate burettes are designed for precise titrations directly from bottles, suitable for both laboratory and field use. They comply with EN ISO 9001 and are CE certified. Features include:
- Volume capacity up to 50 ml with 0.01 ml increments.
- Simple calibration and preselection of titration volumes.
- Components made of high-resistance plastic.
- Auto-off function and rechargeable battery.
Pluripet Micropipettes: The Pluripet line consists of eight variable volume single-channel micropipettes, covering capacities from 0.2 µl to 10,000 µl. They are ideal for molecular biology and dispensing small to large volumes of aqueous fluids. Key specifications include:
- Autoclavable at +121°C for 20 minutes.
- Robust PVDF body for high mechanical and chemical resistance.
- Individual calibration with certificates included.
Technical Specifications: Each product line is detailed with specific technical specifications, ensuring compliance with ISO standards and providing guidelines for use, calibration, and maintenance.
Overview: The document provides detailed information on various lines of micropipettes, including Pluripet, Fixopet, Multipet, and Labofix. These micropipettes are designed for precise liquid handling in laboratory settings, with specifications for both variable and fixed volume models.
Pluripet Line: This line includes eight single-channel micropipettes with variable volumes ranging from 0.2 µl to 10,000 µl. They are ideal for molecular biology techniques and distributing small to large volumes of aqueous fluids. Key features include a precise pipetting mechanism, a special filter to protect the internal piston, and compliance with CE/IVD standards.
Technical Specifications: The Pluripet micropipettes feature a comfortable handle, adjustable volume selection, a large display for easy reading, and an adjustable ejector for various tips. They are autoclavable at +121°C for 20 minutes and made from durable materials resistant to UV exposure.
Fixopet Line: Comprising eleven single-channel micropipettes with fixed volumes from 5 µl to 1,000 µl, the Fixopet line is designed for clinical and educational use. These micropipettes reduce the force needed for pipetting and are equipped with an adjustable tip ejector to prevent contamination.
Technical Specifications: Fixopet micropipettes have a comfortable grip, a rotary device for tip ejection, and a robust PVDF body. They are fully autoclavable and comply with EN IS 8655 standards.
Multipet Line: These multichannel micropipettes are suitable for ELISA dosages, molecular biology, and DNA amplifications. They feature an air cushion for precise dispensing and a lightweight PP/PVDF structure.
Technical Specifications: Multipet micropipettes allow easy volume selection, have independent cones for uniform tip distribution, and are autoclavable without recalibration. They are compliant with EC/IVD standards.
Labofix Line: Designed for fixed volume applications, Labofix micropipettes offer a balance of quality and affordability. They are ideal for clinical diagnostics, molecular biology, and analytical chemistry.
Technical Specifications: Labofix micropipettes are made from high-quality plastic, feature a stainless steel piston, and are autoclavable. They comply with ISO 8655 standards.
Accessories: The document also details spare parts and stands for micropipettes, emphasizing ease of cleaning and stability.
Overview: The document provides detailed information on various types of micropipettes and liquid handling devices, highlighting their specifications, applications, and compliance with international standards.
Fixed Volume Micropipettes: These are designed for precise and accurate dosing in clinical diagnostics, molecular biology, cellular biology, and analytical chemistry. They are lightweight, individually calibrated according to ISO8655 standards, and EC/IVD-compliant. Key features include high-quality plastic construction, stainless steel piston, comfortable grip, and compatibility with a wide range of tips. They are autoclavable at +121°C for 20 minutes.
Variable Volume Micropipettes - Pluripet II: This line includes eight models suitable for molecular biology, microbiology, immunology, and analytical chemistry. They offer precision and accuracy at a lower cost, covering capacities from 0.2 µl to 10,000 µl. Features include a comfortable grip, easy volume setting, large display, and quick recalibration. They are also autoclavable and ISO8655 compliant.
MiniFIX Micropipettes: These are fixed-volume, air displacement mini-micropipettes, fully autoclavable and designed for fast, repetitive, and precise operations. They are compact, lightweight, and ideal for routine or biological hazard work. Each model is color-coded for easy volume identification and is ISO8655 compliant.
Seropet Liquid Aspirator: Developed for aspirating liquids with glass or plastic pipettes ranging from 1 ml to 100 ml. It features a lightweight structure, easy access buttons for mode selection, and protection against cross-contamination. It includes a battery charger, protective PTFE hydrophobic filter, and is EC/IVD-compliant.
Technical Specifications: Each product line is detailed with specifications such as material quality, ergonomic design, calibration standards, and compatibility with various tips. The document also includes tables listing models, capacities, accuracy, and compatibility with Kartell tips.
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Catalog excerpts
Kartell, más de 60 años líder en el diseño industrial. Kartell, more than 60 years as leader in industrial design Kartell, líder há mais de 60 anos no design industr
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3 KARTELL® DIVISIONE LABWARE KARTELL® LABWARE DIVISION KARTELL® DIVISION LABWARE Kartell, fundada en 1949, se encuentra entre las primeras empresas europeas en utilizar materiales plásticos para fabricar muebles de diseño, complementos de decoración y accesorios para el hogar. La línea directriz que ha caracterizado estos más de 60 años de actividad se basa en la idea de unir el aspecto tecnológico e industrial, necesario para dar respuesta a las exigencias económicas y sociales específicas, con el aspecto cultural y estético. En este sentido, Kartell es uno de los principales agentes en el sector...
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LOS CERTIFICADOS DE CALIDAD IMPRESARIAL: ISO 9001:2015 En 1996, Kartell decide certificar su propio Sistema de gestion de calidad empresarial segun las normas UNI EN ISO 9001:1994. En 2005, la empresa adapta su propio Sistema de gestion de calidad empresarial a la norma UNI EN ISO 9001:2000. En 2008, la empresa renueva el certificado ISO 9001:2000. En 2010, Kartell actualiza el nivel de certificado y pasa a la UNI EN ISO 9001:2008. La entidad encargada de garantizar dicho proceso de certificacion es el I.I.P. (ISTITUTO ITALIANO DEI PLASTICI), organismo acreditado por el SINCERT y el CISQ, la...
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RECICLABILIDAD La reciclabilidad, la sostenibilidad y la ecocompatibilidad, en una palabra el respeto por el medio ambiente, son temas de los que se habla mucho en la comunidad mundial. Tal vez pueda parecer un contrasentido hablar de medio ambiente para producciones donde los materiales plásticos son el denominador común, pero, contrariamente a la percepción común, las producciones de Kartell son perfectamente reciclables: para simplificar el proceso de reciclaje, los distintos componentes de los productos Kartell se pueden separar fácilmente entre sí y se pueden atribuir a elementos de un solo...
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USOS GENERALES DE LABORATORIO GENERAL PURPOSE LABWARE ARTÍCULOS GRADUADOS Y VOLUMÉTRICOS GRADUATED AND VOLUMETRIC PLASTICWARE ARTIGOS GRADUADOS E VOLUMÉTRICOS FILTRACIÓN Y VACÍO - BOMBAS FILTRATION AND VACUUM - PUMPS FILTRAÇÃO E VÁCUO - BOMBAS
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PLASTILAB TEST TUBES AND ACCESSORIES TUBOS DE ENSAIO E ACESSÓRIOS ARTÍCULOS PARA HOSPITALES HOSPITAL WARES ARTIGOS HOSPITALARES DISPOSABLE ITEMS ARTIGOS DESCARTÁVEL DISPOLAB® ARTÍCULOS DESECHABLES LIQUID HANDLING TECHNICAL MANUAL
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INDICE ALFABETICO ALPHABETICAL INDEX INDEX ALFABETICA INDICE ALFABETICO A Abreviaturas, temperatures y resistencias quimicas de los materiales plasticos 144 Accesorios para technotrate 133 Agitador de espatula 29 Agitadores para matraces 90 Agitador magnetico de turbina 27 Anillos para inclusion 127 Aros esteriles para inoculaciOn 125 Articulos de laboratorio de pfa 96 Articulos de ptfe para laboratorio 90 Asa de protecciOn 26 Aspirador-dosificador, para pipetas “vadosa" 77 Aspiradores para pipetas 77 Aspirador universal para pipetas 76 Aspirador y dosificador de seguridad para pipetas 77 B Bandeja...
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Indice alfabetico de volumen variable - pluripet ii138 Micropipetas multicanal de volumen variable - multipet 136 Microprobeta con tapon para cobas-bio® y cobas mira® 102 T Tapon conico con dos boquillas 23 Tapones con boquilla corta 39 Tapones con boquilla larga 39 Tapones conicos 23-24-52-94 Tapones conicos con 1 y 2 orificios23 Tapones con solapa para probetas j Jarras graduadas, forma alta 51 Jarras graduadas, forma baja 51 Juego de 7 adaptadores para filtros (guko) 24 Juego de piezas de recambio y soportes para micropipetas de un solo canal 135 L Labofill - dispositivo de llenado de pipetas...
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INDICE ALFABETICO ALPHABETICAL INDEX INDEX ALFABETICA Finned plugs for disposable tubes106 First eyd emergency eye wash station H Hand operated vacuum pump 66 Heavy-walled carboy bottles, ALPHABETICAL INDEX # 4 Way connector 17 25 Slides staining trough 59 120° “Y” tapered connectors 17 A Adhesive labels 42 Adjustable volume dispenser bottles 43 Analytical funnels 67 Aspirator bottles, heavy duty 45 B Balance boats 128 Base plate for test tube racks 81 Beakers 95 Bench pipette holder 72-77 Blue graduated beakers, low form - class b 50 Blue graduated measuring cylinders tall form - class b 48-49...
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Indice alfabetico ALPHABETICAL INDEX INDEX ALFABETICA 11 Pipette/burette rinsing set, automatic 74 Pipette filler with adapter 76 Pipette filler with plunger 77 Pipette stand, vertical 75 Pipette tray for drawer 76 Policemen stirring rods 29 Rods for clot detachment and extraction 125 Round bottom flask 98 Round bottom flask holder 72 Sampling bottle for urine 86-87 Sedimentation imhoff cone 54 Semitransparent empty boxes for refills 119 Separating funnel holder 70 Short spout dropping bottle screw caps 39 Slide storing system 56 Snap-on lids containers 110 Spare parts set and microchannel micropipettes...
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INDICE ALFABETICO ALPHABETICAL INDEX INDEX ALFABETICA Caixas para laminas de microscopio 57 Caixas vazias para ponteiras INDEX ALFABETICA A Abaixador de lingua 86 Abreviagoes, temperaturas e resistencias qufmicas dos materiais plasticos 144 Acessorios para technotrate 133 Agitadores para baloes 90 Agitador magnetico de turbina 27 A granel em saco plastico 111 Ansa esteril para inoculagao 125 Armario para laminas 56 Artigos de laboratorio em ptfe 90 Artigos em pfa para laboratorio 96 Aspirador-dosador para pipetas “vadosa” 77 Aspirador e dosador de seguranga para pipetas 77 Aspiradores para pipetas...
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Indice alfabetico ALPHABETICAL INDEX INDEX ALFABETICA 13 Suporte para conectar as estantes Frascos para amostras 97-107 Frascos para conta-globulos coulter® 103 Frascos para evaporagao 98 Frascos para fezes 108 Frascos para urina com tampa de rosca 108-109 Frascos para urina e amostras biologicas 109 Frascos volumetricos com tampa 52 Funis de cano longo 67 Funis para analises 67 Funis para transference 28 G Garrafao para acidos de paredes espessas, gargalo grande 45 Garrafa para coleta de urina 87 Graduado, funil de separagao 53 J Jarras graduadas, forma baixa 51 Jarras graduadas, formato alto...
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