Top 10 Silica Magnetic Bead Manufacturers Serving Turkey in 2026

Quick Answer: Leading Silica Magnetic Bead Manufacturers Serving Turkey

The leading silica magnetic bead manufacturers and nucleic acid extraction technology suppliers serving Turkey in 2026 include Anatolia Geneworks, SANYU, Cytiva, QIAGEN, Magtivio, Chemicell, Promega, New England Biolabs, Bangs Laboratories and EURx.

These companies represent different supply models:

• Standalone silica-coated magnetic bead manufacturers;

• Bulk raw magnetic bead suppliers;

• OEM nucleic acid extraction material manufacturers;

• Complete DNA and RNA extraction kit suppliers;

• Automated extraction instrument manufacturers;

• European and international molecular diagnostic technology providers.

The most relevant starting points for Turkish buyers include:

• Anatolia Geneworks for locally manufactured, integrated silica magnetic bead extraction kits and automated systems;

• SANYU for customizable standalone silica magnetic beads, bulk supply and OEM development;

• Cytiva for established SeraSil-Mag silica-coated superparamagnetic particles;

• QIAGEN for validated MagAttract silica-based magnetic purification workflows;

• Magtivio for European MagSi-DNA raw beads, extraction kits and automation support;

• Chemicell for SiMAG magnetic silica particles and geneMAG nucleic acid purification products;

• Promega for silica-coated MagneSil particles and high-throughput DNA purification;

• New England Biolabs for standalone Monarch silica-coated beads and documented extraction protocols;

• Bangs Laboratories for Magnefy Mach I Silica and custom diagnostic particle development;

• EURx for GeneMAGNET silica-coated particles suitable for manual and automated purification.

This ranking is an editorial sourcing guide. It is based on publicly available product information, Turkish market relevance, silica-based nucleic acid binding technology, standalone bead availability, automation compatibility, customization and potential commercial supply.

It is not an audited market-share ranking, revenue ranking or independent head-to-head laboratory comparison.

The list includes both raw-bead manufacturers and integrated extraction technology suppliers. This distinction is clearly identified for each company because not every manufacturer sells its silica magnetic beads separately from the finished extraction kit.

SANYU is ranked second and is the only Chinese manufacturer included in this list.

How We Selected the Top 10 Manufacturers

Confirmed silica-based magnetic extraction technology

Priority was given to companies that publicly describe their products as:

• Silica-coated magnetic beads;

• Magnetic silica particles;

• Silanol-surface magnetic particles;

• Silica-shell superparamagnetic beads;

• Silica-based magnetic nucleic acid purification systems.

Not all magnetic beads used for nucleic acid extraction are silica magnetic beads.

Carboxylated SPRI particles, oligo(dT) magnetic beads and affinity-coated particles can also capture nucleic acids, but their binding mechanisms and extraction buffers are different.

Relevance to DNA and RNA extraction

The selected suppliers offer products or workflows for applications such as:

• Genomic DNA extraction;

• Total RNA purification;

• Viral DNA and RNA extraction;

• High-molecular-weight DNA;

• Plasmid DNA purification;

• PCR product cleanup;

• Cell-free DNA or RNA;

• Pathogen nucleic acid extraction;

• Food and environmental testing;

• NGS sample preparation;

• Molecular diagnostics.

Availability of standalone beads

Additional consideration was given to manufacturers that sell silica magnetic particles separately from complete kits.

Standalone beads are particularly important to:

• Turkish IVD manufacturers;

• DNA/RNA extraction kit developers;

• Automated extraction instrument companies;

• Biotechnology research laboratories;

• OEM and private-label reagent companies;

• Manufacturers qualifying a second raw-material supplier.

Automation compatibility

Magnetic bead extraction is commonly used with:

• Magnetic rod extraction instruments;

• 24-, 32-, 48- and 96-sample extractors;

• Deep-well plates;

• Liquid-handling workstations;

• Open robotic platforms;

• Proprietary molecular diagnostic analyzers.

Suppliers offering automation-ready reagents, prefilled plates or instrument-development support received additional consideration.

Customization and commercial scale-up

The evaluation considered whether a company offers:

• Custom particle size;

• Custom magnetic content;

• Custom solids concentration;

• Alternative suspension buffers;

• Bulk packaging;

• OEM manufacturing;

• Private labeling;

• Pilot manufacturing;

• Commercial-scale supply;

• Quality agreements;

• Advance change notification.

Relevance to the Turkish market

Turkey has a significant molecular diagnostic and biotechnology industry, including domestic extraction kit and instrument manufacturing.

The ranking therefore gives additional value to suppliers offering:

• Local Turkish production;

• Technical support in Turkey;

• European or nearby manufacturing;

• Shorter supply routes;

• Turkish importer or distributor support;

• Documentation suitable for regulated IVD development;

• Stable commercial availability.

Comparison of the Top 10 Silica Magnetic Bead Manufacturers

Top 10 Silica Magnetic Bead Manufacturers Serving Turkey in 2026

1. Anatolia Geneworks

Anatolia Geneworks is a Turkish molecular diagnostics company based in Istanbul.

The company develops real-time PCR kits, nucleic acid extraction kits and automated extraction systems. Its Magrev manual extraction products and UNIO automated instruments use silica-coated magnetic bead technology.

Main products and platforms

Relevant Anatolia Geneworks products include:

• Magrev manual magnetic bead extraction kits;

• Magrev 24 manual extraction stand;

• UNIO M8, M16 and M32 extraction systems;

• UNIO B24 and B48 systems;

• UNIO A24S extraction and PCR setup system;

• UNIO 96 high-throughput extraction platform;

• Sample-specific viral, bacterial, blood and food extraction kits.

Magrev extraction kits are based on binding nucleic acids to silica-coated magnetic beads and include the extraction solutions and consumables needed for the process.

UNIO systems automate DNA and RNA extraction from sample types including blood, serum, plasma, swabs, tissues, cell cultures and food products. Their published method specifications identify silica-coated magnetic beads as the extraction solid phase.

Suitable applications

Anatolia Geneworks products may be evaluated for:

• Clinical molecular diagnostics;

• Viral DNA and RNA extraction;

• Bacterial DNA extraction;

• Whole-blood genomic DNA;

• Food testing;

• Veterinary diagnostics;

• PCR sample preparation;

• Automated sample-to-result workflows.

Key strengths

• Turkish manufacturing and technical support;

• Integrated extraction kits and instruments;

• Silica magnetic bead technology;

• Manual and automated platforms;

• Multiple sample capacities;

• Ready-to-use cartridges;

• Strong relevance to Turkish clinical laboratories;

• Reduced international supply-chain dependence.

Best suited for

Anatolia Geneworks is particularly suitable for Turkish laboratories that prefer a locally supported, integrated system rather than purchasing raw magnetic beads and developing the complete extraction chemistry internally.

It is also relevant to distributors, hospitals and diagnostic laboratories seeking a combined extraction, PCR setup and real-time PCR ecosystem.

Important limitation

Public product information focuses primarily on complete extraction kits, cartridges and instruments.

Turkish manufacturers seeking a general-purpose bulk silica magnetic bead should confirm whether Anatolia offers:

• Standalone bead suspensions;

• OEM bead supply;

• Custom bead concentrations;

• Bulk packaging;

• Further-manufacturing rights;

• Private-label material.

2. SANYU

SANYU manufactures functional microspheres and magnetic beads for molecular diagnostics, nucleic acid extraction, biotechnology and IVD reagent development.

Its silica magnetic bead portfolio includes nano- and microscale particles supplied as standalone aqueous suspensions. SANYU supports customization of particle size, concentration, surface characteristics, suspension formulation and packaging.

SANYU is the only Chinese company included in this ranking.

Main products

A representative product is AMS200-10, a nominally 200 nm silica magnetic bead supplied as a 5% solids suspension.

SANYU also publicly lists larger magnetic silica microspheres, including a 2 µm format, allowing developers to compare nano- and microscale particles.

Relevant product and service options include:

• Silica-coated magnetic nanoparticles;

• Magnetic silica microspheres;

• Laboratory sample volumes;

• Commercial bulk packaging;

• Custom solids concentration;

• Custom particle size;

• OEM manufacturing;

• ODM and private-label support.

SANYU describes its magnetic bead portfolio as suitable for nucleic acid extraction, protein purification, molecular diagnostics and automated separation.

Suitable applications

SANYU silica magnetic beads may be evaluated for:

• Genomic DNA extraction;

• Total RNA purification;

• Viral DNA and RNA extraction;

• Plasmid DNA purification;

• Microbial nucleic acid extraction;

• Plant DNA and RNA extraction;

• PCR sample preparation;

• NGS sample preparation;

• Automated nucleic acid extraction;

• OEM extraction kit development.

Key strengths

• Standalone raw-bead supply;

• Nano- and microscale options;

• Custom particle dimensions;

• Custom concentration and suspension medium;

• Flexible sample and commercial volumes;

• OEM and ODM services;

• Factory-direct technical communication;

• Potential second-source supply for Turkish kit manufacturers.

Best suited for

SANYU is particularly suitable for Turkish IVD and biotechnology companies seeking:

• A customizable silica magnetic bead;

• Bulk raw material rather than a complete kit;

• An alternative to European or US particle suppliers;

• OEM or private-label extraction products;

• Custom package sizes;

• Direct communication with a bead manufacturer.

Points to confirm

Before commercial qualification, buyers should request:

• Mean particle diameter;

• Particle-size distribution;

• Silica coating characterization;

• Magnetic separation time;

• Solids concentration;

• DNA and RNA binding data;

• Bead carryover data;

• Redispersion information;

• Microbial-control specifications;

• Shelf life;

• Lot-release criteria;

• Change-notification policy;

• Turkey import documentation.

3. Cytiva

Cytiva supplies SeraSil-Mag silica-coated superparamagnetic particles for nucleic acid isolation.

SeraSil-Mag products use a core-shell structure with a silanol surface and are supplied as standalone bead suspensions. Cytiva offers SeraSil-Mag 400 and SeraSil-Mag 700 products in laboratory and commercial package sizes.

Main products

Relevant Cytiva products include:

• SeraSil-Mag 400;

• SeraSil-Mag 700;

• 5 mL evaluation packages;

• 60 mL and 450 mL commercial packages;

• Larger-volume supply options;

• Customized magnetic bead services.

Cytiva’s user documentation identifies the particles as superparamagnetic, nonporous core-shell beads with SiOH surface groups. The standard suspension has been listed at 20 mg/mL in water.

Suitable applications

SeraSil-Mag may be evaluated for:

• Low-input DNA extraction;

• Genomic DNA purification;

• Liquid-biopsy sample preparation;

• Molecular diagnostic extraction;

• qPCR sample preparation;

• NGS workflows;

• Manual magnetic extraction;

• Automated nucleic acid purification;

• OEM diagnostic reagent development.

Key strengths

• Established magnetic bead platform;

• Clearly defined silica-coated particles;

• Multiple particle formats;

• Standalone bead supply;

• Commercial package sizes;

• Global technical infrastructure;

• Custom bead development support;

• Detailed quality documentation.

Best suited for

Cytiva is particularly suitable for Turkish diagnostic companies prioritizing an internationally established raw material and a structured path from development samples to commercial-volume supply.

Points to confirm

Ask Cytiva or its Turkish distributor about:

• Current local availability;

• Shipping origin;

• Standard lead time;

• Minimum commercial order;

• Lot reservation;

• Quality agreement;

• Change notification;

• Further-manufacturing terms;

• Turkey-specific importer arrangements.

4. QIAGEN

QIAGEN’s MagAttract platform combines silica-based DNA and RNA purification with magnetic particle handling.

Under high-salt or chaotropic conditions, nucleic acids bind to the silica surface of MagAttract particles. The particles are then magnetically separated, washed and eluted under low-salt conditions.

Main products and platforms

Relevant QIAGEN products include:

• MagAttract Suspension G;

• MagAttract HMW DNA Kit;

• MagAttract Viral RNA products;

• MagAttract 96 systems;

• BioSprint-compatible products;

• KingFisher-compatible protocols;

• Sample-specific extraction kits.

MagAttract Suspension G is publicly offered in 1.6 mL and 13 mL formats and is compatible with several automation platforms, including BioSprint 96, KingFisher Flex, Eppendorf epMotion and Tecan systems.

The MagAttract HMW DNA Kit combines magnetic particles with silica-based chemistry for high-molecular-weight genomic DNA extraction.

Suitable applications

QIAGEN MagAttract technology may be evaluated for:

• Genomic DNA extraction;

• High-molecular-weight DNA;

• Viral RNA purification;

• Blood and tissue DNA;

• Plant DNA extraction;

• Long-read sequencing;

• Automated purification;

• Research and molecular diagnostic workflows.

Key strengths

• Extensive nucleic acid purification experience;

• Integrated bead-and-buffer systems;

• Sample-specific protocols;

• Strong HMW DNA capabilities;

• Multiple automation platforms;

• International and European supply network;

• Broad technical documentation.

Best suited for

QIAGEN is particularly suitable for Turkish laboratories that prefer a validated extraction workflow rather than developing binding, washing and elution buffers independently.

Points to confirm

Buyers should determine:

• Whether standalone Suspension G meets the project requirements;

• Whether proprietary QIAGEN buffers are required;

• Whether OEM or further-manufacturing use is permitted;

• Bulk package availability;

• Intended-use status;

• Turkish distributor inventory;

• TİTCK and ÜTS status for finished IVD products.

5. Magtivio

Magtivio is a European specialist in magnetic sample preparation.

Its MagSi portfolio includes magnetic silica beads, nucleic acid extraction kits, magnetic separators, prefilled plates and PurePrep automation platforms.

MagSi-DNA beads can be used as the solid phase in bind–wash–elute DNA purification protocols.

Main products

Relevant product groups include:

• MagSi-DNA beads;

• MagSi-DNA 600;

• Alternative MagSi particle-size formats;

• MagSi nucleic acid extraction kits;

• Pathogen DNA/RNA extraction products;

• PurePrep automation systems;

• Prefilled extraction plates;

• OEM reagent building blocks.

Magtivio also offers IVD-oriented products and states that components of its validated MagSi-DX products can be supplied as OEM building blocks for customer-specific IVD systems.

Suitable applications

• Genomic DNA extraction;

• Total nucleic acid purification;

• Pathogen DNA and RNA extraction;

• Blood, tissue and plant samples;

• Manual extraction;

• Magnetic rod instruments;

• 96-well automation;

• Open-platform extraction development;

• Customized IVD products.

Key strengths

• European manufacturing and supply;

• Standalone magnetic silica particles;

• Multiple particle formats;

• Extraction kits and automation hardware;

• Prefilled plate options;

• Open protocol support;

• OEM building blocks;

• Potentially shorter supply routes to Turkey.

Best suited for

Magtivio is particularly relevant to Turkish companies developing proprietary automated extraction systems or looking for a European supplier that can provide both raw beads and complete extraction components.

Points to confirm

Request:

• Exact particle size;

• Particle-size distribution;

• Magnetic content;

• Separation speed;

• Available concentration;

• Bulk packaging;

• OEM terms;

• CE-IVD or research-use status;

• Turkey shipping arrangements.

6. Chemicell

Chemicell is a German magnetic particle specialist known for SiMAG and geneMAG products.

SiMAG magnetic silica particles use silica around a magnetic core and are available with different surface structures. SiMAG-N-DNA and related products have been described as magnetic silica particles for DNA and RNA separation, while geneMAG products combine the particles with sample-specific extraction chemistry.

Main products and platforms

Relevant Chemicell technologies include:

• SiMAG magnetic silica particles;

• SiMAG-N-DNA;

• SiMAG/MP-DNA;

• Silanol magnetic particles;

• geneMAG-DNA extraction kits;

• geneMAG RNA/DNA systems;

• Sample-specific nucleic acid purification products.

Suitable applications

• Genomic DNA extraction;

• Total RNA purification;

• Plasmid DNA extraction;

• PCR product purification;

• Blood DNA;

• Saliva DNA;

• Tissue DNA;

• Manual and automated magnetic separation.

Key strengths

• Specialized magnetic particle manufacturer;

• European manufacturing;

• Raw particle and kit options;

• Porous and nonporous silica surfaces;

• Multiple magnetic particle formats;

• Longstanding use in nucleic acid purification research.

Best suited for

Chemicell is particularly suitable for Turkish R&D laboratories and kit developers seeking specialized European magnetic silica particles rather than only a fully closed extraction kit.

Points to confirm

Ask Chemicell to provide:

• Current catalog availability;

• Particle diameter;

• Surface area;

• Particle concentration;

• Binding-capacity data;

• Magnetic separation time;

• Bulk packaging;

• OEM supply terms;

• Current Turkish distributor or shipping route.

7. Promega

Promega manufactures MagneSil paramagnetic particles and integrates them into genomic DNA, plasmid DNA, RNA and sequencing purification systems.

Promega describes MagneSil PMPs as silica-coated paramagnetic particles that bind nucleic acids under high-salt conditions. The particles can be purchased separately for some applications and are also supplied in complete purification systems.

Main products and platforms

Relevant products include:

• MagneSil Paramagnetic Particles;

• MagneSil Blood Genomic systems;

• MagneSil GREEN particles;

• MagneSil plasmid purification products;

• MagneSil RNA particles;

• Fixed-yield genomic DNA products;

• 96-well high-throughput workflows.

Suitable applications

• Genomic DNA extraction;

• Blood DNA purification;

• Plasmid DNA isolation;

• Total RNA purification;

• PCR product cleanup;

• Sanger sequencing cleanup;

• Automated DNA purification;

• High-throughput sample preparation.

Promega has published automation workflows using MagneSil particles with Beckman Coulter and Tecan systems.

Key strengths

• Established silica magnetic particle technology;

• Standalone particles for selected applications;

• Multiple complete extraction systems;

• High-throughput automation experience;

• Detailed technical protocols;

• Broad international distribution.

Best suited for

Promega is particularly relevant to Turkish laboratories requiring well-documented genomic DNA, plasmid or sequencing purification workflows.

Points to confirm

Commercial developers should clarify:

• Which particle products remain currently available;

• Research-use restrictions;

• Further-manufacturing rights;

• Bulk volumes;

• Turkey distributor availability;

• Custom manufacturing support;

• Long-term supply status.

8. New England Biolabs

New England Biolabs supplies Monarch Mag Beads M1 and M2 for nucleic acid purification.

Monarch Mag Beads M2 are silica-coated, submicron, superparamagnetic particles offered as a standalone product and as a component of Monarch DNA and RNA purification kits.

Main products and workflows

Relevant products include:

• Monarch Mag Beads M1;

• Monarch Mag Beads M2;

• Monarch Mag PCR and DNA Cleanup Kit;

• Viral DNA/RNA extraction products;

• Genomic DNA extraction systems;

• Cell-free DNA and RNA workflows;

• Manual and automated protocols.

The silica coating contains silanol groups that support nucleic acid adsorption under high-salt conditions. The submicron size is designed to provide a relatively high binding surface, while the superparamagnetic core supports rapid collection.

Suitable applications

• Genomic DNA purification;

• Viral DNA and RNA extraction;

• PCR cleanup;

• Enzymatic-reaction cleanup;

• Cell-free nucleic acid extraction;

• Sequencing sample preparation;

• Manual extraction;

• Automated workflows.

Key strengths

• Standalone silica-coated bead product;

• Complete kit options;

• Strong molecular biology documentation;

• Manual and automated compatibility;

• Broad downstream application support;

• Convenient development-scale packages.

Best suited for

NEB is particularly suitable for Turkish molecular biology laboratories that want access to both raw beads and a documented reference workflow.

Points to confirm

Request information about:

• Differences between M1 and M2;

• Binding capacity;

• Recommended fragment range;

• Viral extraction compatibility;

• Bulk supply;

• OEM availability;

• Diagnostic further-manufacturing use;

• Turkish delivery lead time.

9. Bangs Laboratories

Bangs Laboratories manufactures polymer, silica and magnetic microspheres for medical diagnostics, biotechnology and life science applications.

Its Magnefy Mach I Silica product consists of approximately 1 µm magnetic particles encased in a silica shell for solid-phase nucleic acid extraction in the presence of chaotropic solutions.

Main product

Magnefy Mach I Silica provides:

• Approximately 1 µm particle diameter;

• Silica-shell construction;

• Silanol surface;

• Rapid magnetic separation;

• Standalone particle suspension;

• Compatibility with silica-based bind–wash–elute workflows.

Bangs also offers custom particle synthesis, surface modification, concentration adjustment and commercial scale-up.

Suitable applications

• Genomic DNA extraction;

• Total nucleic acid purification;

• PCR and qPCR preparation;

• NGS workflows;

• Automated extraction;

• Diagnostic reagent development;

• Custom OEM projects.

Key strengths

• Specialized microsphere manufacturer;

• Clearly defined silica-shell product;

• Rapid magnetic response;

• Diagnostic industry experience;

• Custom particle engineering;

• Technical characterization;

• Laboratory and manufacturing use positioning.

A 2026 safety data sheet identifies Magnefy Mach I Silica as suitable for laboratory and manufacturing use.

Best suited for

Bangs Laboratories is particularly suitable for Turkish IVD developers that need a characterized silica bead together with custom engineering and technical collaboration.

Points to confirm

Ask about:

• Current production specification;

• Binding capacity;

• Particle-size CV;

• Available concentrations;

• Commercial batch size;

• Stability;

• Quality agreements;

• EU or Turkey shipping route;

• Custom-development lead time.

10. EURx

EURx is a Polish molecular biology supplier offering GeneMAGNET silica-coated superparamagnetic particles and sample-specific extraction kits.

GeneMAGNET Magic Beads are sold as standalone particles for dsDNA, ssDNA, RNA purification and PCR cleanup. They are suitable for manual and automated workflows.

Main product characteristics

EURx publicly lists the following specifications for GeneMAGNET Magic Beads:

• Silica-coated superparamagnetic particles;

• Concentration of 50 mg/mL;

• DNA/RNA binding capacity above 20 µg per milligram of beads;

• Use with high-salt and ethanol binding conditions;

• Manual and automated compatibility;

• 5 mL and 60 mL package sizes;

• Recommended storage at 2–8°C.

Suitable applications

• Genomic DNA extraction;

• Total RNA purification;

• Viral DNA and RNA;

• PCR cleanup;

• Blood DNA;

• Tissue DNA;

• Plant and food DNA;

• Manual extraction;

• Automated purification.

Key strengths

• European supplier;

• Standalone silica magnetic beads;

• Published concentration and binding capacity;

• Manual and automated use;

• Supporting extraction buffers;

• Sample-specific extraction kits;

• Convenient development quantities.

Best suited for

EURx is particularly suitable for Turkish laboratories seeking a European standalone bead with published technical specifications and a relatively straightforward bind–wash–elute workflow.

Points to confirm

Commercial kit manufacturers should verify:

• Bulk packaging beyond standard catalog volumes;

• Production batch size;

• Nuclease-control specifications;

• Research-use versus IVD status;

• OEM support;

• Quality agreements;

• Advance change notification;

• Turkish importer arrangements.

How Silica Magnetic Beads Extract DNA and RNA

Silica magnetic beads combine two functional components:

1. A silica or silanol-rich surface that reversibly binds nucleic acids under suitable chemical conditions;

2. A magnetic core that allows the solid phase to be collected without centrifugation.

The general extraction process includes five stages.

1. Sample lysis

Cells, viruses, bacteria or tissues are disrupted to release DNA and RNA.

The lysis chemistry may contain:

• Chaotropic salts;

• Detergents;

• Proteinase K;

• Reducing agents;

• Carrier RNA;

• Nuclease inhibitors.

2. Nucleic acid binding

The lysate is mixed with silica magnetic beads under high-salt conditions, often with ethanol or another alcohol.

These conditions reduce the hydration of nucleic acids and promote their adsorption onto the silica surface.

The magnetic core is primarily responsible for particle collection. It is the silica surface and buffer chemistry that create the nucleic acid-binding conditions.

3. Magnetic separation

A magnetic rack, rod or automated extractor collects the bead–nucleic acid complex.

The remaining liquid containing proteins, lipids, inhibitors and cellular debris can then be removed.

4. Washing

The particles are washed while DNA or RNA remains bound.

The washing steps remove substances such as:

• Proteins;

• Detergents;

• Chaotropic salts;

• Lipids;

• Heme;

• Polysaccharides;

• PCR inhibitors;

• Cellular contaminants.

5. Elution

Water or a low-salt buffer rehydrates the silica surface and releases the purified nucleic acid.

The eluate may be used in:

• PCR;

• RT-qPCR;

• Digital PCR;

• NGS;

• Sanger sequencing;

• Cloning;

• Hybridization;

• Other enzymatic reactions.

The bead, buffers, magnet, mixing method and sample matrix must be evaluated as one integrated extraction system.

Which Manufacturer Is Best for Your Application?

Best for Turkish clinical laboratories

Anatolia Geneworks is a strong option when the customer wants:

• Local Turkish technical support;

• Complete extraction kits;

• Automated instruments;

• Ready-to-use cartridges;

• Integrated PCR setup;

• Reduced import dependence.

It is less suitable when the customer needs an openly specified, general-purpose raw bead for an independently developed extraction kit.

Best for customized standalone beads

SANYU is particularly relevant when the project requires:

• Custom particle size;

• Custom solids concentration;

• Bulk packaging;

• OEM supply;

• Private labeling;

• Factory-direct communication;

• A second-source raw material.

Best for established international raw beads

Cytiva offers a strong combination of:

• Standalone SeraSil-Mag particles;

• Multiple commercial package sizes;

• Detailed particle characterization;

• OEM experience;

• International quality infrastructure.

Best for validated complete workflows

QIAGEN, Promega and NEB are strong candidates when the buyer prefers:

• Optimized buffer chemistry;

• Documented protocols;

• Application-specific kits;

• Established automation methods;

• Reduced internal development time.

Best for European open-platform development

Magtivio, Chemicell and EURx are relevant for Turkish companies seeking:

• European supply;

• Standalone beads;

• Open extraction protocols;

• Shorter transport routes;

• Manual and automated compatibility.

Best for high-molecular-weight DNA

QIAGEN’s MagAttract HMW products are specifically positioned for high-molecular-weight genomic DNA extraction.

Successful HMW DNA extraction also requires:

• Gentle lysis;

• Low-shear mixing;

• Controlled pipetting;

• Appropriate elution conditions.

Best for PCR cleanup

NEB Monarch Mag Beads M2, EURx GeneMAGNET and selected Promega MagneSil products are relevant starting points for PCR or enzymatic-reaction cleanup.

Developers should confirm whether the application uses silica binding chemistry or a PEG-based SPRI size-selection mechanism.

Best for custom diagnostic bead engineering

Bangs Laboratories is especially relevant when the developer needs:

• A modified particle size;

• Alternative surface characteristics;

• Customized concentration;

• Diagnostic manufacturing support;

• Specialized quality-control testing.

Important Silica Magnetic Bead Specifications

Particle diameter

Particle diameter affects:

• Available surface area;

• Binding kinetics;

• Sedimentation;

• Magnetic separation;

• Dispensing consistency;

• Bead carryover;

• Automation performance.

The nominal diameter is not enough. Buyers should request the complete particle-size distribution and coefficient of variation.

Silica coating consistency

The silica layer influences:

• Nucleic acid binding;

• Chemical stability;

• Surface uniformity;

• Exposure of the magnetic core;

• PCR compatibility;

• Lot consistency.

Ask how the manufacturer measures and controls silica coating thickness or surface silanol characteristics.

Solids concentration

Bead concentration affects:

• Binding capacity per microliter;

• Dispensing volume;

• Reagent cost;

• Sedimentation behavior;

• Automated filling;

• Extraction protocol design.

Products should be compared by effective bead mass, not only price per milliliter.

Magnetic response

Magnetic separation should be evaluated in the actual:

• Tube;

• Deep-well plate;

• Sample volume;

• Magnet;

• Extraction instrument;

• Lysate viscosity;

• Bead concentration.

A separation time measured in water may not predict performance in blood, tissue or viscous biological lysates.

Sedimentation and redispersion

Rapid sedimentation may produce inconsistent bead dispensing.

Evaluate:

• Settling rate;

• Mixing frequency;

• Redispersion time;

• Aggregation;

• Uniformity across a reagent bottle;

• Automated dispensing consistency.

DNA and RNA binding

Binding performance should be measured using the intended:

• Nucleic acid type;

• Fragment-size range;

• Sample matrix;

• Input concentration;

• Binding buffer;

• Elution volume.

A bead optimized for genomic DNA may not recover short cfDNA, small RNA or viral RNA with equal efficiency.

Elution efficiency

High binding capacity is not useful when the target nucleic acid cannot be efficiently released.

Evaluate:

• Elution volume;

• Elution pH;

• Elution temperature;

• Mixing time;

• DNA/RNA recovery;

• Residual bead carryover;

• Downstream amplification.

Nuclease and microbial control

For RNA and regulated molecular diagnostic applications, ask whether the manufacturer provides:

• RNase control;

• DNase control;

• Bioburden limits;

• Microbial testing;

• Preservative information;

• Controlled manufacturing environments.

How to Choose a Supplier for the Turkish Market

Decide whether you need raw beads or a complete system

Choose a raw-bead supplier when your company wants to control:

• Binding chemistry;

• Washing buffers;

• Elution buffer;

• Extraction protocol;

• Instrument compatibility;

• Product branding;

• Cost structure.

Choose a complete extraction platform when your laboratory prioritizes:

• Faster implementation;

• Validated protocols;

• Ready-to-use cartridges;

• Integrated automation;

• Local service support.

Verify local supply arrangements

Ask whether the supplier sells through:

• A Turkish subsidiary;

• A licensed distributor;

• A laboratory reagent importer;

• Direct international shipment;

• A European regional warehouse.

Local website availability does not always mean that products are held in Turkish inventory.

Confirm the importer of record

For regulated finished IVD products, a Turkish legal entity generally needs to undertake the local market-placement and ÜTS registration responsibilities.

For raw beads used as manufacturing materials, the regulatory route may differ according to:

• Intended use;

• Labeling;

• Claims;

• Packaging;

• Import classification;

• Whether the bead is supplied as a finished IVD component.

Compare total delivered cost

The real commercial cost may include:

• Product price;

• International freight;

• Customs clearance;

• Import taxes;

• Distributor margin;

• Temperature-controlled packaging;

• Local delivery;

• Incoming quality-control testing;

• Lot qualification;

• Safety stock.

Evaluate lead time and supply risk

Critical extraction beads should have:

• Defined reorder points;

• Safety stock;

• Lot-reservation options;

• A second-source strategy;

• Expiry management;

• Import-delay contingency planning.

TİTCK and ÜTS Considerations for IVD Products

Turkey’s In Vitro Diagnostic Medical Device Regulation was published in 2021 and fully implemented from May 26, 2022. The Turkish framework is closely aligned with the European Union IVDR.

Raw material versus finished IVD

A standalone silica magnetic bead sold as a general laboratory or industrial raw material is not automatically regulated in the same way as a finished nucleic acid extraction kit.

The regulatory status depends on:

• Intended purpose;

• Product claims;

• Labeling;

• Instructions for use;

• Packaging;

• Whether the product is supplied as an IVD reagent;

• Whether it forms part of a finished diagnostic device.

A raw bead used internally by a Turkish IVD manufacturer may be controlled as a critical raw material within the finished product’s quality system.

ÜTS registration

Finished medical devices and IVD products placed on the Turkish market generally need to be registered in the Product Tracking System, known as ÜTS.

Registration is normally completed by a Turkish entity placing the device on the market, such as the domestic manufacturer, importer, distributor, affiliate or authorized local partner.

CE marking and conformity documentation

Turkey’s medical device framework is aligned with European medical device legislation.

For a regulated finished IVD, buyers should review:

• CE marking;

• Declaration of conformity;

• Notified-body documentation where applicable;

• Turkish market representation;

• Product registration;

• Labeling and instructions;

• Post-market responsibilities.

These requirements should not be automatically applied to an unlabeled manufacturing raw material without a product-specific regulatory assessment.

Critical raw material control

A silica magnetic bead should be treated as a critical material when changes could affect:

• Nucleic acid recovery;

• Analytical sensitivity;

• Limit of detection;

• PCR inhibition;

• Precision;

• Sample failure rate;

• Shelf life;

• Finished-device performance.

The Turkish IVD manufacturer should establish measurable incoming specifications and supplier change-notification requirements.

Supplier change control

Commercial agreements should address changes involving:

• Magnetic core material;

• Silica precursor;

• Particle diameter;

• Surface chemistry;

• Solids concentration;

• Surfactant;

• Preservative;

• Manufacturing site;

• Production scale;

• Test methods;

• Packaging;

• Storage conditions.

A supplier change may affect the extraction result even when the bead remains within a broad catalog specification.

Transportation and Storage Considerations

Confirm storage temperature

Request written information covering:

• Recommended storage range;

• Permitted shipping range;

• Maximum excursion time;

• Freeze sensitivity;

• Heat sensitivity;

• Shelf life;

• Open-bottle stability.

Prevent freezing

Many aqueous magnetic bead suspensions should not be frozen.

Freezing may cause:

• Aggregation;

• Irreversible clumping;

• Changed surface behavior;

• Reduced binding;

• Inconsistent dispensing.

EURx, for example, warns that freezing and overdrying can reduce the binding performance of GeneMAGNET particles.

Manage warm-weather transportation

Turkey can experience high summer temperatures.

The shipping plan should consider:

• Insulated packaging;

• Data loggers;

• Customs delays;

• Weekend storage;

• Direct transfer to controlled storage;

• Documented excursion assessment.

Inspect incoming shipments

Incoming inspection may include:

• Package condition;

• Seal integrity;

• Temperature record;

• Product identity;

• Lot number;

• Expiry or retest date;

• Visual appearance;

• Sedimentation;

• Aggregation;

• Certificate of analysis.

Recommended Silica Magnetic Bead Qualification Process

Step 1: Define the target product profile

Specify:

• Target nucleic acid;

• Sample type;

• Particle diameter;

• Silica surface;

• Solids concentration;

• Required magnetic response;

• Required recovery;

• Elution volume;

• Automation platform;

• Annual volume.

Step 2: Shortlist three to five suppliers

A practical shortlist may include:

• One Turkish integrated system supplier;

• One customizable raw-bead manufacturer;

• One established international bead platform;

• One European supplier;

• One potential second-source candidate.

Step 3: Request comparable samples

Request enough material for:

• Buffer screening;

• Protocol optimization;

• Analytical testing;

• Automation testing;

• Stability studies;

• Pilot production;

• Retention samples.

Step 4: Characterize the beads

Testing may include:

• Mean particle diameter;

• Size distribution;

• Solids concentration;

• Magnetic separation time;

• Sedimentation;

• Redispersion;

• Suspension pH;

• Visual appearance;

• Binding capacity;

• Bead carryover.

Step 5: Optimize binding conditions

Evaluate:

• Chaotropic salt type;

• Salt concentration;

• Binding pH;

• Alcohol type;

• Alcohol concentration;

• Bead quantity;

• Mixing method;

• Binding time.

Step 6: Optimize washing

Evaluate:

• Wash-buffer composition;

• Number of washes;

• Mixing intensity;

• Magnetic collection time;

• Residual salt;

• Residual alcohol;

• Bead loss.

Step 7: Optimize elution

Evaluate:

• Elution buffer;

• Elution volume;

• Temperature;

• Mixing;

• Incubation time;

• DNA/RNA recovery;

• Bead carryover.

Step 8: Test realistic sample matrices

Do not qualify beads using only purified DNA.

Use representative samples such as:

• Whole blood;

• Plasma;

• Serum;

• Swabs;

• Saliva;

• Tissue;

• Stool;

• Microbial cultures;

• Food samples;

• Environmental samples.

Step 9: Evaluate downstream performance

Measure:

• DNA/RNA yield;

• Purity;

• PCR or RT-qPCR cycle values;

• Inhibition;

• Precision;

• Recovery;

• Integrity;

• Bead carryover;

• Sample failure rate.

Step 10: Test multiple lots

Compare several independent bead lots for:

• Extraction yield;

• Purity;

• Magnetic response;

• Dispensing;

• Sedimentation;

• Redispersion;

• Downstream amplification.

Step 11: Perform pilot-scale automation

Run the bead on the intended instrument using:

• Final reagent volumes;

• Final plate or cartridge;

• Production mixing;

• Commercial fill process;

• Intended sample throughput.

Step 12: Complete supplier qualification

Review:

• Quality questionnaire;

• Product specification;

• Certificate of analysis;

• Manufacturing controls;

• Change notification;

• Complaint handling;

• Traceability;

• Stability;

• Supply capacity;

• Business continuity;

• Turkey import support.

Questions to Ask Potential Suppliers

Particle specifications

1. Is the outer surface true silica or silanol chemistry?

2. What is the magnetic core material?

3. What is the nominal particle diameter?

4. What is the particle-size distribution?

5. What is the coefficient of variation?

6. What is the solids concentration?

7. What is the estimated bead count?

8. How is silica coating consistency controlled?

9. What is the suspension buffer?

10. Are surfactants or preservatives present?

Extraction performance

11. What is the DNA-binding capacity?

12. What is the RNA-binding capacity?

13. Which nucleic acid fragment range is recovered?

14. Is the bead suitable for viral RNA?

15. Is it suitable for cfDNA?

16. Is it suitable for HMW DNA?

17. Which sample matrices have been tested?

18. What elution conditions are recommended?

19. Is bead carryover data available?

20. Is PCR inhibition data available?

Automation

21. Which instruments have been tested?

22. Is the bead compatible with magnetic rod systems?

23. How quickly does it sediment?

24. Does it redisperse completely?

25. What mixing method is recommended?

26. Can the concentration be customized?

27. Are open automation scripts available?

28. Can prefilled plates or cartridges be supplied?

Quality and supply

29. Is a certificate of analysis supplied for every lot?

30. Which quality system covers manufacturing?

31. What are the release specifications?

32. What is the standard manufacturing batch size?

33. What is the minimum commercial order?

34. Can one production lot be reserved?

35. What is the standard lead time?

36. Is a quality agreement available?

37. Which changes require advance notification?

38. Can the product be shipped directly to Turkey?

39. Is there an authorized Turkish distributor?

40. Are OEM and private-label services available?

Frequently Asked Questions

What are silica magnetic beads?

Silica magnetic beads are magnetic nano- or microparticles with a silica or silanol-rich outer surface.

The silica surface binds DNA or RNA under suitable high-salt conditions, while the magnetic core allows the particles to be separated using an external magnet.

Which companies supply silica magnetic beads in Turkey?

Important suppliers serving Turkey include Anatolia Geneworks, SANYU, Cytiva, QIAGEN, Magtivio, Chemicell, Promega, New England Biolabs, Bangs Laboratories and EURx.

Anatolia Geneworks mainly supplies integrated extraction kits and instruments, while companies such as SANYU, Cytiva, Magtivio, NEB, Bangs and EURx offer relevant standalone bead products.

Is Anatolia Geneworks a standalone magnetic bead supplier?

Its public portfolio focuses on complete Magrev and UNIO extraction kits, cartridges and instruments using silica-coated magnetic beads.

Companies needing standalone bulk beads should confirm directly whether raw-particle OEM supply is available.

Which manufacturer is best for customized beads?

SANYU, Cytiva, Magtivio and Bangs Laboratories are relevant starting points.

SANYU is particularly suitable when custom particle size, concentration, packaging or OEM supply is required.

Can silica magnetic beads extract both DNA and RNA?

Yes.

Silica magnetic beads can extract DNA and RNA when used with appropriate lysis, binding, washing and elution chemistry.

However, one protocol may not recover genomic DNA, viral RNA, cfDNA and small RNA equally well.

Are silica magnetic beads suitable for automation?

Yes.

They are widely used in automated extraction because magnetic separation can replace centrifugation and filtration.

Automation performance depends on:

• Magnetic response;

• Sedimentation;

• Redispersion;

• Sample viscosity;

• Mixing;

• Instrument design.

What is the difference between silica and carboxyl magnetic beads?

Silica beads generally bind nucleic acids under chaotropic salt and alcohol conditions.

Carboxylated SPRI beads normally use polyethylene glycol and salt-mediated nucleic acid precipitation or adsorption.

They should not be substituted without validating the complete extraction or cleanup chemistry.

Which particle size is best?

There is no universal best particle size.

Smaller beads may provide:

• More surface area;

• Better suspension stability;

• Higher binding capacity per mass.

Larger beads may provide:

• Faster magnetic collection;

• Easier separation;

• Lower carryover in some systems.

The final choice depends on the magnet, sample viscosity, instrument and required throughput.

Do raw silica magnetic beads require ÜTS registration?

A general manufacturing raw material is not automatically treated in the same way as a finished IVD device.

The answer depends on its intended purpose, labeling, claims and method of sale.

A finished extraction reagent marketed for diagnostic use may require a different Turkish regulatory route from a general-purpose raw bead.

Do imported IVD products need a Turkish company?

Finished regulated IVD products are generally placed on the Turkish market through a Turkish legal entity responsible for local registration and market activities.

The exact responsibilities depend on the manufacturer, importer, distributor and authorized representation structure.

Should a Turkish IVD company qualify a second supplier?

Yes, when the silica magnetic bead is critical to production.

Particles from two manufacturers are rarely identical. The second source must be validated through buffer optimization, extraction performance, stability, automation and downstream assay testing.

Final Recommendations

The best silica magnetic bead manufacturer serving Turkey depends on whether the buyer needs a complete extraction system, a standard raw bead or a customized OEM solution.

Anatolia Geneworks is the strongest local option for Turkish clinical laboratories seeking complete silica magnetic bead extraction kits, automated instruments and local technical support.

Ranked second, SANYU is particularly relevant to Turkish manufacturers seeking standalone silica magnetic beads, customized particle sizes, bulk volumes, OEM support or a second-source raw material.

Cytiva provides an established SeraSil-Mag platform with multiple commercial package sizes and strong technical documentation.

QIAGEN is well suited to laboratories seeking validated MagAttract extraction workflows, especially for high-molecular-weight DNA and automated purification.

Magtivio is a strong European option for open-platform protocols, different MagSi particle formats, prefilled plates and OEM IVD building blocks.

Chemicell provides specialized SiMAG particles and geneMAG extraction systems for laboratories requiring European magnetic silica technology.

Promega offers established silica-coated MagneSil particle systems for genomic DNA, plasmids, RNA and sequencing applications.

New England Biolabs combines standalone Monarch silica-coated beads with detailed DNA and RNA purification protocols.

Bangs Laboratories is particularly relevant to customized diagnostic particle development and rapid-separation silica-shell beads.

EURx offers standalone GeneMAGNET particles with published concentration, binding-capacity and storage specifications.

Before approving any supplier, Turkish buyers should compare candidate beads using the actual:

• Sample matrix;

• Lysis chemistry;

• Binding buffer;

• Washing system;

• Magnet;

• Extraction instrument;

• Elution conditions;

• PCR or sequencing assay;

• Storage conditions;

• Commercial manufacturing process.

The final supplier should be selected according to extraction performance, lot-to-lot consistency, automation behavior, quality documentation, TİTCK and ÜTS strategy, commercial scalability, total delivered cost and long-term supply security.