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CATALOGO

Product catalog summary

Introduction
Deltalab's latest catalogue highlights over 40 years of innovation, focusing on automation, speed, reliability, and regulatory compliance to meet market changes and customer satisfaction.

Certifications
Deltalab is certified with ISO 9001:2015, ISO 14001:2015, and ISO 13485:2016, ensuring compliance with quality and environmental standards.

Quality and Environment
The CE Mark certifies that Deltalab's medical devices meet safety and health standards, with a commitment to reducing environmental impact through recyclable and biodegradable materials.

Medical Devices
Under Regulation EU Nº 2017/745, Deltalab produces Class I and IIa medical devices, including sterile and non-sterile products, certified by a Notified Body.

In Vitro Diagnostic Devices
Regulation EU Nº 2017/746 defines in vitro diagnostic devices, with Deltalab's products ensuring safety and compatibility for diagnostic purposes.

Personal Protective Equipment (PPE)
According to Regulation EU Nº 2016/425, PPE products protect users from health and safety risks.

Transport and Packaging
Details on transport dimensions and packaging symbols ensure compliance with UNE-EN ISO 15223-1:2016 standards.

Sales Conditions
Goods are shipped at the purchaser's risk, with specified minimum order quantities and conditions for claims and returns.

Microbiology
Swabs for microbiological sampling are classified as Class IIa medical devices, complying with EU Regulation 2017/745 and certified by AEMPS.

Quality Standards for Swabs
Swabs meet various UNE-EN ISO standards for sterilization and quality management, ensuring safety and performance.

Swab Materials
Swab heads are made from cotton, polyester, or viscose, each with specific absorption capacities and uses.

Overview: The document provides detailed information on swabs used for microbiological sampling, their materials, packaging, and applications, including specifications for non-sterile and sterile swabs, transport media, and flocked swabs.

Specifications: Swabs are available in materials like wood, polystyrene, and aluminum, with tips made of cotton, viscose, or polyester, packaged in bulk, peel-pack, or flow-pack.

Non-Sterile Swabs: Available in various shaft materials, primarily used for cell recovery, supplied in bags of 100 units.

Sterile Swabs: Individually wrapped and sterilized by ethylene oxide or radiation, recommended for use when samples do not need to be transported.

Transport Swabs with Media: Used for microbiological sample collection, classified as Class IIa products, maintaining bioburden levels during transport.

Media Types: Includes Amies, Stuart, Cary Blair, and media for viruses and Chlamydia, designed to preserve specific microorganisms during transport.

Flocked Swabs: Offer advantages like compatibility with automatic systems, high absorption and elution capacity, and reduced cross-contamination.

Packaging and Safety: Emphasizes safety and convenience, with features like tamper-evident seals and clear labeling for traceability.

Microtitre Plates: Sterile microtitre plates made of high transparency polystyrene, available in models based on well bottom shape, suitable for optical reading, cell culture, and sample recovery.

Petri Dish Incubation Tray: Polypropylene tray designed to hold multiple Petri dishes, enhancing incubator capacity, not autoclavable.

Nichrome Wire Loops: Used in microbiology for inoculation, more durable and cost-effective than platinum loops.

Digralsky Spreader: Sterile tool for spreading samples on Petri dishes, made of polystyrene, sterilized by ethylene oxide.

Sterile Culture Tubes: Made of polystyrene with polyethylene caps, suitable for aerobic and anaerobic cultures, biologically inert.

Centrifugal Tubes: Made of polypropylene, suitable for clinical and research applications, DNAsa, RNAsa, and pyrogen-free, autoclavable.

EUROTUBO® Conical Tubes: Designed for centrifugation tests, available in sterile and non-sterile versions, resistant to specific centrifugation forces.

Microbiology Tips: Different models for various applications, including tape end, wide tip, and open tip, suitable for viscous samples.

Specifications:
1. Serological Pipettes: Made of glass polystyrene, single-use, sterilized by radiation, volumes from 1 ml to 50 ml, pyrogenic, non-cytotoxic, non-hemolytic, DNAse/RNAse free.
2. Pipetting Bulbs: Made of natural orange rubber, designed for single-hand use, cleanable and autoclavable.
3. Pipette Pumps: Available in various models, resistant to acids and alkalies.
4. Whirl-Pak® Blender Bags: Made of low-density polyethylene, suitable for food and microbiological sampling.
5. Sterile Bottles for Water Sampling: Made of polyethylene, available with or without thiosulfate, sterilized by radiation.
6. Surface Sampling Kits: Include swabs and tubes with neutralizing broth, designed for microbiological analysis.

Procedures:
1. Pipetting Procedure: Involves evacuating air, intaking liquid, draining, and blowing out the pipette using a pipetting bulb.
2. Bag Closure: Whirl-Pak bags feature a leakproof closure with metallic sticks for secure sealing.

Standards and Recommendations:
1. Meat Sampling Kit: Designed according to ISO 17604 for microbiological analysis of carcasses.
2. Surface Sampling Kit: Intended for skilled personnel, includes a sterile template for precise sampling.

Key Data from Tables:
1. Pipette Pumps: Color-coded for different volumes, with specific weights and volumes.
2. Whirl-Pak Bags: Available in various sizes and capacities, with specific weights and volumes.
3. Sterile Bottles: Available in 500 ml and 1,000 ml sizes, with or without thiosulfate, and specific weights and volumes.

Overview: The document provides detailed specifications and descriptions of various laboratory products used in cell culture and molecular biology, including cell culture flasks, dishes, scrapers, strainers, vacuum filtration systems, tubes, and microtubes.

Cell and Tissue Culture Flasks: Designed for optimal cell growth and yield, available in treated and non-treated surfaces, sterilized by radiation.

Cell and Tissue Culture Dishes: Ideal for cell growth and sample separation, sterilized by radiation.

Cell Scrapers: Available in normal and rotatable versions, made of PE and ABS materials, sterilized by radiation.

Cell Strainers: Made from strong nylon mesh, used for isolating primary cells, sterilized by radiation.

Vacuum Filtration Systems: Used for large volume sample separation and purification, available with PVDF and PES membranes, sterilized by radiation.

Centrifugal Tubes: Made of polypropylene, suitable for clinical and research applications, free from DNase, RNase, and pyrogens.

Screw Thread Microtubes: Made of polypropylene, suitable for extreme temperatures, certified free from RNase, DNase, and PCR inhibitors.

Sterile Serological Pipettes: Made of glass polystyrene, single-use, sterilized by radiation.

PCR Tubes: Made of polypropylene, available in various configurations, certified free from RNase, DNase, and PCR inhibitors.

Specifications:
0.2 ml PCR tubes are available in strips made of polypropylene with attached hinged caps, suitable for Real Time PCR, certified RNAse, DNAse, and pyrogen free.

Procedures:
Designed for use in Real Time PCR, allowing DNA quantification during amplification.

Standards and Certifications:
Certified RNAse, DNAse, and pyrogen free, autoclavable at 121°C.

Recommendations:
Opaque white tubes recommended for Real Time PCR to avoid well-to-well crosstalking.

Product Variants and Codes:
Various product codes for different configurations of PCR tubes and plates.

Key Data from Tables:
Detailed tables listing product codes, descriptions, case quantities, weights, and volumes for different PCR tube and plate configurations.

Adhesive Film and Aluminium Sealing Foil
Thermostable adhesive film and aluminium sealing foil, resistant to DMSO, recommended for PCR work.

Deep Well Plates
Made of medical-grade polypropylene, resistant to temperatures from -80°C to 121°C, certified free from RNase, DNase, DNA, and PCR inhibitors.

Sample Storage Systems
Includes racks with 96 round bottom tubes, compatible with robotic applications and multichannel pipetting systems.

Blood Collection Tubes
Manufactured following various standards, available with different anticoagulants, designed for various tests.

Serum Tubes
With clot accelerators and gel separators, designed for biochemistry and immunology tests.

Specifications:
Details various types of blood collection tubes, highlighting materials, additives, and functionalities.

Procedures:
Instructions for using tubes include inverting them after filling, centrifugation guidelines provided.

Norms and Recommendations:
Recommendations for storing tubes and handling to prevent contamination.

Key Data from Tables:
Tables provide detailed product codes, descriptions, case quantities, weights, volumes, and pallet quantities.

Critical Information:
Emphasizes proper handling and centrifugation to ensure accurate results.

Product Specifications:

Histosette I and II Cassettes: Made of polyacetal with air vents for efficient paraffin filling.
Biopsy and Tissue Cassettes: Manufactured in POM, resistant to solvents.
Modular Storage Solutions: Includes cabinets and drawers for storing microscope slides and cassettes.
Forceps: Made of polyoxymethylene, autoclavable.
Slides: EUROTUBO® and STAR FROST® slides available with various features.

Procedures:

Using Biopsy Cassettes: Steps include placing the biopsy in a bag, processing in a cassette, and extracting the sample for embedding.

Recommendations:

Check with the commercial department for minimum quantities and delivery times for specific colors and configurations.

Additional Features:

Mounting Medium: VITROCLUD® quick-hardening medium.
Staining Tray: Made of ABS, designed to hold slides securely.

Overview: Provides detailed specifications and descriptions of various histology, microscopy, and staining products.

Staining Trays: Lists different staining trays with varying capacities and colors.

Staining Solutions: Details various staining solutions, including safety codes and transport regulations.

Staining Jars and Racks: Describes jars and racks made from materials like POM and TPX.

Slide Storage Systems: Provides different storage solutions, including stackable boxes and slide trays.

Containers: Specifications for sampling containers, including material, dimensions, and centrifugation resistance.

Overview: Provides detailed specifications and descriptions of various types of containers used for sample collection.

Specifications:

30 ml Containers: Made with an innovative process for high resistance.
50 ml Containers: Made of ultra-clear polypropylene.
60 ml Containers: Available in polystyrene and polypropylene.
150 ml Containers: Made of ultra-clear polypropylene.
200 ml Containers: Made of ultra-clear polypropylene.

Procedures and Recommendations:

Containers are autoclavable except for specific models.
Containers are supplied capped but not fully locked to allow for sample collection.

Standards and Norms:

Containers are manufactured under aseptic conditions.

Key Data from Tables:

Case quantities, weights, and volumes are specified for each container type.

Technical Document Summary

1. Specifications
Various containers and bags are described, including their dimensions, capacities, and materials.

2. Procedures
Instructions for using Whirl-Pak® bags include steps for opening, placing samples, and securely closing the bags.

3. Standards and Norms
Containers meet specific standards such as UNE-EN 14401 for leak-proof closures.

4. Recommendations
For specific applications, certain containers are recommended due to their design and material properties.

5. Key Data from Tables
Tables provide detailed information on product codes, capacities, dimensions, case quantities, weights, and volumes.

6. Critical Information
Important features include leak-proof and child-proof systems for security screw cap containers.

Water Sampling Bottles
Sterile bottles are available for water sampling, designed according to ISO standards.

Isothermal Bags
Designed for transporting biological samples, maintaining temperature for up to 6 hours.

Containers and Sampling Equipment
Various containers and sampling equipment are available, including sterile and non-sterile spatulas, cytology brushes, and vaginal speculums.

Tubes, Microtubes, and Cryovials
Manufactured using high technology molds for uniformity and accuracy.

General Features
Details various specifications for laboratory equipment, including dimensions, materials, and capacities.

Specifications:
Describes various laboratory tubes made of polypropylene and borosilicate glass, suitable for clinical and research applications.

Design and Features:
Tubes and caps are designed with flat threads for leakproof sealing.

Centrifugation Resistance:
Tubes can withstand centrifugation up to 14,000 xg.

Available Models:
Lists various models, including 15 ml non-skirted and 50 ml skirted and non-skirted tubes.

Glass Tube Range:
Covers a range of disposable glass culture tubes made of borosilicate or soda lime glass.

Microtubes and Cryovials:
Describes microtubes made of polyethylene and polypropylene.

Recommendations:
Recommends that centrifuge caps fit the size and shape of the tubes.

Overview: Provides detailed specifications and features of various types of microtubes and cryovials.

Microtubes:

Materials and Design: Made of ultra-clear polypropylene, autoclavable.
Temperature and Centrifugation Resistance: Can withstand temperatures ranging from -175°C to 121°C.

Cryovials:

Materials and Features: Made of polypropylene, designed for storing biological materials at low temperatures.

Special Features:

Color Coding: Caps and inserts available in various colors.

Applications: Suitable for a wide range of applications, including DNA testing and diagnostic kit packaging.

Specifications:
Wilmut offers a range of cryopreservation solutions including high-quality polypropylene tubes and cryoboxes.

Procedures:
Outlines the procedure for handling cryoperles.

Standards and Recommendations:
Wilmut products are designed to meet high standards of quality.

Key Features:
- Maximum space optimization in freezers.
- High traceability with 2D datamatrix codes and barcodes.

Accessories:
Wilmut provides a range of accessories including caps, lockers, scanners, and more.

Storage Solutions:
Details various storage systems, including metallic cryoracks and polypropylene racks.

Liquid Handling:
Wilmut offers a range of pipette tips with and without filters.

Overview: Provides detailed specifications and descriptions of various pipette tips and reservoirs used in liquid handling.

Specifications:

Tip Types: Lists various types of pipette tips.
Compatibility: Tips are compatible with multiple pipette brands.

Packaging and Sales:

Bulk and Rack Options: Tips are available in bulk or in racks.

Reservoirs:

Types: Includes single and double-sided pipetting reservoirs.

Key Recommendations:

Ensure compatibility with specific pipette models before purchase.

Overview: Provides detailed specifications and descriptions of various laboratory pipettes, pipette accessories, and storage solutions.

1. Volumetric Pipettes:

Graduated pipettes with a tolerance of ±10% for volumes up to 5 ml.

2. Straw-like Pipettes:

Single-use, non-graduated, made of polypropylene.

3. Pipette Trays:

Made of white PVC, resistant to temperatures from –20 ºC to 80 ºC.

4. Sterile Serological Pipettes:

Made of glass polystyrene, single-use.

5. Glass Pasteur Pipettes:

Available in open and closed tip designs.

6. Pipetting Bulbs and Pumps:

Designed for use with plastic and glass pipettes.

7. Sample Storage Solutions:

Polystyrene and polycarbonate racks for cryovials.

8. Freezing Cardboard Storage Boxes:

Designed for frozen sample storage.

Overview: Provides detailed specifications and descriptions of various laboratory racks designed for sample storage and handling.

1. Telescopic Lid Racks:

Made of autoclavable polypropylene.

2. Microtube Storage Racks:

Available in hinged boxes.

3. Reversible Racks:

Made of polypropylene, autoclavable up to 121 ºC.

4. 80 Well Racks:

Designed for freezer storage.

5. PCR and Isofreeze Racks:

96 well PCR racks made of polypropylene.

6. Incubation Racks:

Floating racks for water bath incubation.

7. Interlocking and Styrofoam Racks:

Interlocking racks for larger experiments.

8. PCR Workstations and Combi Racks:

Designed for working with different PCR volumes.

9. Universal Racks:

Versatile racks designed to accommodate various tube sizes and styles.

Material Specifications: Describes various racks made from polypropylene.

Design and Features: Racks are designed to hold different sizes and types of tubes.

Dimensions and Capacity: Provides detailed dimensions for each rack type.

Assembly and Usage: Many racks are supplied dismantled for space-saving.

Product Codes and Variants: Lists various codes for different rack configurations.

Recommendations and Compatibility: Suggests suitable tube types for each rack.

Product Specifications

Baskets and Trays: Made of stainless steel with woven mesh bases.

Waste Management

Waste Classification: Four types of medical waste.

Hygiene and Safety

Sterilization Indicator Tapes: Self-adhesive tapes for indicating exposure to Ethylene Oxide sterilization.

Gloves Specifications:
1. Nitrile Gloves: Designed for medical and laboratory use, supplied in dispenser boxes of 100 units.
2. Latex Gloves: Available in powder-free and pre-powdered versions.

Measuring Cylinders:
Made of polypropylene and TPX, autoclavable.

Volumetric and Erlenmeyer Flasks:
Made of polypropylene, autoclavable.

Graduated Beakers:
Available in TPX and polypropylene, autoclavable.

Funnels:
Made of polypropylene and TPX, autoclavable.

Additional Labware:
Includes burette clamps, pipette stands, vacuum pumps, drying racks, and spatulas.

Product Specifications:

Bags: Various capacities ranging from 25 ml to 1,250 ml.

Laboratory Equipment:

Stirring Bars: Available in various shapes and sizes.

Packaging Solutions:

Polyethylene Jars: Wide mouth jars with various capacities.

Overview: Provides detailed specifications and guidelines for various types of laboratory and industrial packaging.

Specifications:

Drums: Made of high-density polyethylene.

Procedures and Recommendations:

Sterilization: Methods include dry heat, autoclaving, and ethylene oxide gas.

Key Data from Tables:

Dimensions and Capacities: Detailed tables list the dimensions, capacities, and weights of various packaging products.

Critical Information:

Material Suitability: Many products are made with materials suitable for alimentary use.

Catalog excerpts

Your needs, our innovations

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General: [email protected] Marketing: [email protected] Plaza de la Verneda, 1 (Pol. Ind. La Llana) Apartado de Correos 195 08191 RUBÍ (BARCELONA) ESPAÑA

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Dear customers, distributors, suppliers and friends, It is again a pleasure to be able to adress all of you through this new edition of DELTALAB’s Catalogue. A Catalogue that highlights the work done by our company in these more than 40 years, and that wants to respond to the needs of our customers. Our well known company phylosophy: innovation, quality, service and efﬁciency, has been and will be always linked to our daily work, with a clear ﬁnal objective: our customers’ satisfaction. At the doors of the beginning of a new decade our market continues to show solidity, being naturally an evolving...

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CERTIFICATIONS OF THE INTEGRATED MANAGEMENT SYSTEM (quality and environment) ISO 9001: 2015 Quality management systems. ISO 13485:2016 Medical devices. Quality management systems. Requirements for regulatory purposes. ISO 14001: 2015 Environmental management systems 2

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DELTALAB ISO CERTIFICATIONS Deltalab’s Quality Management System is certiﬁed as per ISO 9001:2015 and ISO 13485:2016 standards. Since August 2019, Deltalab has been granted the ISO 14001:2015 Certiﬁcation. This standard ensures that our companies have an Environmental Management System, which allows us to control the environmental impact of our products and activities. Deltalab, being a company committed with the environment protection, has decided to implement the mentioned Environmental Management System to reduce as much as possible the environmental impact. The plastic materials of the products...

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1. MEDICAL DEVICES (MD) According to Regulation UE Nº 2017/745 on Medical Devices (that will replace Directive 93/42/CEE) a Medical Device is anyinstrument, apparatus, appliance, software, implant, reagent, material or other article intended by the manufacturer to be used, alone or in combination, for human beings for one or more of the following speciﬁc medical purposes: · Diagnosis, prevention, monitoring, prediction, prognosis, treatment or allevation of disease, · Diagnosis, monitoring, treatment, alleviationof,or compensation for, an injury or disability, · Investigation, replacement or...

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LEGISLATION OF MEDICAL DEVICES AND PPE 2. MEDICAL DEVICES FOR IN VITRO DIAGNOSTIC (IVD) According to Regulation EU Nº 2017/746 on medical devices for in vitro diagnosis (that will replace Directive 98/79/EC), an in vitro medical device is “any medical devicewhich is a reagent, reagent product, calibrator, control material, kit, instrument, apparatus, piece of equipment, software or system, whether used alone, solely or principally for the purpose of providing information on one or more of the following: · concerning a physiological or pathological process or state; · concerning congenital physical...

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USEFUL INFORMATION PRODUCT PACKAGING SYMBOLS USED IN LABELING AND INFORMATION ON MEDICAL DEVICES (in accordance with UNE-EN ISO 15223-1: 2016) Use-by date Temperature limit Batch code Catalogue number Sterilized using aseptic processing techniques Sterilized using ethylene oxide Sterilized using irradiation TRANSPORT CONTAINERS: CAPACITY: · 20 feet: 28 m³ maximum · 40 feet: 58 m3 maximum · 40 HC feet: 68 m3 maximum PALLETS: · maximum height land transport: 2.40 m · maximum height sea transport: 2.10 m · width x depth european pallet: 80 x 120 cm In vitro diagnostic medical de

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SALES CONDITIONS SALES CONDITIONS · Goods are shipped at the purchaser’s risk and on the purchaser’s account. · Goods are considered delivered, and at the responsibility of the purchaser, from their shipment from our warehouses. Any problem of transport or other is therefore the entire responsibility of the purchaser from that moment. · Goods delivered are the property of DELTALAB S.L. until paid in full. In case of discrepancy, we will be governed by the courts of Barcelona. · MINIMUM ORDERING QUANTITY (per total order): According to our price list. · MINIMUM ORDER QUANTITY (per product): In...

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Alphanumerical Identiﬁcation DNAse and RNAse free Autoclavable (see more information about autoclaving in page 298) Suitable for QPCR (Real Time PCR) High resistance tube Product suitable for food use Directive 98/79/EC or Regulation 2017/746 (in Vitro Diagnostic medical device) Directive 93/42/EEC or Regulation 2017/745 (low risk medical device) Directive 93/42/EEC or Regulation 2017/745 (Moderate risk, sterile medical device) Directive 89/686/EEC (Personal protective equipment) The technical data (dimensions, capacities and resistances) speciﬁed in this catalogue are approximated. The resistances...

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Cell culture. Molecular biology Haematology. Biochemistry Histology. Microscopy and staining Containers. Sampling Tubes, microtubes and cryovials Cold storage Liquid handling Sample storage Hygiene, safety and general labware Laboratory and industrial packaging Technical information

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SWABS FOR MICROBIOLOGICAL SAMPLING - Swabs are used for biological sampling. - Specially used for processing samples which, after being coloured, will be analysed by microscopy. - Also suitable for isolations in culture medium. - Another important use is its capacity to spread dishes by dissemination techniques (for example for susceptibility testing by Kirby-Bauer or by E-test). SWABS The swabs intended for the collection and transport of microbiological samples are considered invasive medical devices for temporary use. As such, they comply with the safety and performance requirements determined...

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SWABS USE ACCORDING TO THE MATERIAL SWAB HEADS Are made of various materials, including cotton, polyester and viscose. Each swab contains more or less 0.04g of fiber and its absorption capacity is 0.20.3ml, with cotton usually having a better absorption of liquid, although the difference is minimal. Cotton/Pure Cotton: Fibrous substance, white and soft. Being a vegetable fiber can include traces of some substance (fatty acids, oils, etc.) that affect labile or demanding microorganisms. Polyester (Dacron): For use in direct antigen, PCR, IFA tests. Its drawback is that it contains fatty acids...

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