Brands

Universal Centrifuge Accessories

<h2>What Are Universal Centrifuge Accessories?</h2>
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Universal centrifuge accessories are the interchangeable components that determine the range of applications a universal centrifuge can perform. These include swing-out rotor buckets for blood tubes, conical tubes, microplates, and large bottles; fixed-angle rotors for high-speed pelleting; hematocrit and cytospin rotors; tube adapters; and aerosol-tight bio-containment lids. Selecting the appropriate accessories allows a single centrifuge to support multiple laboratory workflows efficiently and safely.
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<h2 dir="ltr">What you will find:</h2>
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Tube adapters and inserts for compatibility with multi-volume samples&nbsp;
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Fixed-angle and swing-out rotors for varied centrifugation applications
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Lids and sealed buckets for safe and reliable operations
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PCR adapters and microplate carriers for high-throughput workflows
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Centrifuge tubes, holders, and supporting aids for efficient and complete setups
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<h2>How to Choose Universal Centrifuge Accessories</h2>
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Swing-Out Bucket Selection by Application
Choose swing-out buckets according to the sample formats used in your laboratory. Blood tube buckets support routine clinical applications, conical tube buckets are suitable for cell culture and molecular biology, microplate carriers enable high-throughput workflows, and large-bottle carriers accommodate large-volume sample processing.
Fixed-Angle Rotors
Fixed-angle rotors provide higher centrifugal forces for microtube, PCR tube, and small-volume sample processing. Ensure that both the rotor and centrifuge motor specifications support the required operating speeds and sample formats.
Cytospin Clip Rotors
Cytospin rotors are designed for preparing microscope slides from low-cellularity samples such as body fluids. Verify compatibility with the required funnel sizes and use bio-containment features when processing potentially infectious materials.
Bio-Containment Lids
Aerosol-tight lids help contain biological samples during centrifugation and support safe laboratory practices. Regular inspection of sealing components and O-rings ensures reliable containment and long-term performance.
Reducing Adapter Inserts
Adapter inserts allow smaller tubes to fit securely within larger bucket positions. Using properly matched adapters improves balance, prevents movement during operation, and helps maintain consistent centrifugation results.
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<h2>Specifications Context</h2>
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Modern universal centrifuge systems support interchangeable accessory configurations that enable rapid transitions between clinical, research, cell culture, and cytology workflows. Swing-out buckets, fixed-angle rotors, and microplate carriers provide flexibility while maintaining compatibility with a broad range of vessel formats.
Routine inspection and maintenance of accessories, including adapters, lids, and sealing components, help ensure safe operation and extend equipment lifespan. Advances in bio-containment systems and modular rotor designs continue to improve laboratory efficiency and versatility.
Time to upgrade your universal centrifuge accessories. <a href="https://mbpinc.net/contact-us">Contact the expert team </a>of Molecular Biology Products Inc. (MBP) and the find perfect match today.

15ml adapter (conical or round) for 50ml PP rotors, 6/pk

Z206-50-A15 by Hermle / Benchmark Scientific is a 15&nbsp;ml adapter (conical or round-bottom) for the Z206-A 6 × 50&nbsp;ml PP angle rotor on the Hermle Z206-A compact centrifuge, sold 6 per pack. It allows 15&nbsp;ml tube centrifugation at up to 4,427 × g without changing rotors, supporting dual-format workflows in a single run.

Manufacture

15ml conical adapter for 50ml round rotors, 2/pk

The Z326-50-A15R by Hermle is a 2-pack adapter for 10-16 ml round-bottom tubes (16 mm OD) designed to fit within 50 ml round-cavity rotor positions on Hermle Z326 series centrifuges. Enables smaller-volume tube runs without a dedicated rotor purchase.

15ml conical insert for 85ml rotor, 2/pk.

Z326-85-A15 by Hermle / Benchmark Scientific is a 15&nbsp;ml conical tube insert for the Hermle 85&nbsp;ml fixed-angle rotor (Z326-85 series) on Hermle Z326 and Z306 Universal Centrifuges, sold 2 per pack. It adapts the 85&nbsp;ml rotor well to accept standard 15&nbsp;ml conical tubes, enabling high-speed centrifugation of smaller volumes without a rotor change.

15ml round Adapter for Z326-1050 rotors 2/pk

The Z326-50-B15HS by Hermle is a 15 ml round-bottom tube adapter for Z326-1050 rotors, supplied as a 2-pack. Fits directly into the 50 ml rotor cavity to enable 15 ml round-bottom tube runs on the Hermle Z326 centrifuge series without a rotor change.

15ml round Adapter for conical 50ml rotors 2/pk

The Z326-50-B15 by Hermle Labortechnik GmbH is a 2-pack of 15 ml round-bottom adapters that fit the 50 ml conical positions on Hermle Z326 and Z326-K series rotors. The adapters allow labs to spin 15 ml round-bottom tubes in a larger-capacity rotor without purchasing a separate 15 ml rotor.

Test Tubes

<h2 dir="ltr">What are Test Tubes?</h2>
 Test tubes for laboratory use are open-ended, cylindrical glass or plastic tubes used to hold, mix, incubate, and heat liquid and solid samples across a broad range of applications: bacteriological culture, tissue culture, clinical chemistry, serological assays, immunology, and general sample processing. Choose borosilicate glass for reusable, high-temperature, or chemically demanding applications; choose polystyrene disposable 12&times;75 mm tubes for flow cytometry and colorimetric assays; choose polypropylene capped tubes for microbial culture with anaerobic or gas-generating organisms.
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<h2 dir="ltr">What you will find:</h2>
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<li dir="ltr" aria-level="1">Glass test tubes in diverse formats for heating and chemical reaction workflows</li>
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Plastic polypropylene test tubes for routine laboratory use
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Graduated tubes for quick and easy volume estimation
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Conical and round-bottom tube formats for different applications
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Sterile disposable test tubes for clinical and diagnostic work
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Heat-resistant tubes for incubation and controlled heating steps
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<h2 dir="ltr">How to Choose Test Tubes</h2>
 Material: Glass vs. Polypropylene vs. Polystyrene Borosilicate glass 3.3 (ASTM E438 Type I, Class B) test tubes withstand direct flame, autoclave sterilization at 121 &deg;C, and most solvents, acids, and bases. They are reusable and autoclavable, making them cost-effective over high-volume laboratory runs. Polystyrene (PS) disposable tubes offer outstanding optical clarity for flow cytometry (FACS), cell counting, and OD-based colorimetric assays, but cannot be autoclaved and should not be used with aromatic solvents or strong acids. Polypropylene (PP) tubes are chemically resistant, autoclavable, and available with screw caps for anaerobic culture or gas-generating reactions. Rimmed vs. Rimless Rimless test tubes (fire-polished ends) allow easier insertion of rubber or silicone stoppers and are preferred for plugging with cotton wool for microbial culture. Rimmed tubes have a flared lip that facilitates pouring and is compatible with spring-metal tube closures. Confirm your closure type before ordering in bulk. Size and Volume The most common test tube dimensions in clinical and research labs: 12&times;75 mm: ~5 mL capacity; standard for flow cytometry, FACS, serology 13&times;100 mm: ~10 mL; general culture and chemistry 16&times;100 mm: ~14 mL; culture and chemistry 16&times;125 mm: ~17 mL; microbiological culture 18&times;150 mm: ~25 mL; larger-volume digests and culture Wall thickness of 1.2 mm (light wall, borosilicate 3.3) is the standard for general lab use; heavy-wall versions are used for digestions and applications involving vacuum or pressure. Sterile vs. Non-Sterile Sterile borosilicate glass culture tubes (individually wrapped or bulk-sterilized) are required for microbial culture, cell culture, and any application where contamination would invalidate the result. Non-sterile tubes are adequate for chemistry, spectroscopy, and other abiotic applications. Disposable PS tubes from Corning (PYREX&trade;) and Globe Scientific are supplied sterile or non-sterile; confirm the specification on the lot certificate. 
<h2 dir="ltr"> Specifications Context</h2>
 Borosilicate glass 3.3 test tubes have a linear thermal expansion coefficient of 3.3 &times; 10⁻⁶ K⁻&sup1;, providing resistance to thermal shock from room temperature to 300 &deg;C (direct flame) and from 0 to 121 &deg;C (autoclave cycles). Light-wall tubes (1.2 mm uniform wall thickness) provide the standard for general laboratory use; heavy-wall variants (2.0 mm) are used for digestion vessels and pressurized applications. Corning PYREX&trade; disposable round-bottom rimless glass tubes for tissue culture conform to ASTM standards and are the reference format for bacteriological serology and cell wash procedures. MBP supplies Globe Scientific and NEST Scientific test tube lines for research and clinical labs across the USA, Canada, and worldwide. &nbsp; 
If you&rsquo;re choosing between glass and plastic or trying to match the right size to your workflow, it&rsquo;s worth getting that part right early &mdash; it makes everything downstream smoother and a lot less messy. <a href="https://mbpinc.net/contact-us">Contact the MBP team now!</a>

111010-Group-Tubes, Caps & Racks Catalog

111010-Group-TDS-111041

16x100 Plastic Test Tubes

111010 by Globe Scientific is a 16 x 100mm, 12 mL polystyrene test tube with rim and round bottom, graduated at 2.5, 5, and 10 mL, rated to 1,500 RPM. Supplied 500/bag, 4 bags/case (2,000/case). For applications above 1,500 RPM or requiring autoclave compatibility, Globe Scientific offers PP variants (SKU 111040/111041) rated to 3,000 RPM.

Test Tube, 16 x 100mm (12mL), PS, with Rim, Graduated at 2.5, 5 & 10mL, 500/Bag, 4 Bags/Unit, CS/2000

Test Tube, 16 x 100mm (12mL), PS, No Rim, 500/Bag, 4 Bags/Unit, CS/2000

Test Tube, 16 x 100mm (12mL), PP, with Rim, Graduated at 2.5, 5 & 10mL, CS/2000

Test Tube, 16 x 100mm (12mL), PP, No Rim, Bulk, CS/2000

Test Tube, 16 x 100mm (12mL), PP, No Rim, 500/Bag, 4 Bags/Unit, CS/2000

Test Tube, 16 x 100mm (12mL), PS, No Rim, 500/Bag, 2 Bags/Unit, CS/1000

Test Tube, 16 x 100mm (12mL), PP, No Rim, Graduated, Bulk, CS/2000

110110-Tubes, Caps & Racks Catalog

16x150mm Plastic Tubes

110110 by Globe Scientific is a 25 mL polystyrene test tube measuring 16 &times; 150 mm, rimless and round-bottomed, supplied in cases of 1,000. Optical-clarity PS construction allows direct visual inspection of turbidity and pellet formation; rated to 1,500 RPM centrifugation. Suited for bacterial culture, serial dilutions, enzyme reactions, and sample staging where a larger-diameter tube than 12 mm is needed. Not autoclavable &mdash; a PP version is available for autoclaving and higher-speed spins.

Test Tube, 16 x 150mm (20mL), PS, CS/1000

Test Tube, 16 x 150mm (20mL), PP, CS/850

17 x 15ml conical insert, 2/pk.

The Z446-750-B15 by Hermle is a 17-position conical insert for the Hermle Z446-750 (750 mL) swing-out rotor bucket on the Hermle Z446 High-Capacity Centrifuge, supplied as a pack of two. Each insert holds 17 × 15 mL conical tubes; with four bucket inserts, the Z446 runs 68 × 15 mL tubes per cycle at up to 4,000 RPM / 3,434 × g (standard) or 4,500 RPM / 4,346 × g (Z446-K refrigerated).

<h2>What is a Tube Furnace?</h2>
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A tube furnace is an electric heating instrument with a central cylindrical bore through which a sealed work tube is inserted, surrounded on the outside by resistive heating elements embedded in refractory insulation. Gas inlet and outlet fittings seal the tube ends with flanges, enabling the introduction of specific gas atmospheres or evacuation for vacuum operation. Quartz (fused silica) tubes are transparent, allowing visual observation, and are rated for continuous use to 1,200 degrees C. Alumina (Al2O3) ceramic tubes are opaque and stable to 1,700 degrees C, with higher chemical resistance to alkaline materials. The uniform heating zone - the central portion of the tube where temperature uniformity meets the manufacturer's specification (typically plus or minus 1-5 degrees C) - defines where samples must be placed for consistent results. Choose a tube furnace for any process requiring a controlled gas atmosphere or vacuum; choose a muffle furnace for open-air ashing, calcination, or sintering where atmosphere control is not needed.
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<h2 dir="ltr">What You Will Find:</h2>
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CVD tube furnace systems come fully equipped with gas mixing and pumping hardware, making them a complete solution for high-level chemical vapor deposition.
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Rotary and tilting furnaces provide continuous sample agitation during the heating process, ensuring every part of your material receives uniform thermal treatment.
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Split tube furnace designs feature a top-opening structure that makes it incredibly easy for your team to swap tubes or inspect samples mid-run.
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Multi-zone heating units allow you to create specific temperature gradients across the tube, giving you professional-level control over complex thermal profiles.
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RF generators and PE/CVD setups provide the specialized power needed for plasma-enhanced processes, perfect for cutting-edge thin-film research.
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Alumina tube furnaces utilize high-purity ceramic tubes and sealing flanges to maintain a clean, high-temperature environment up to 1700&deg;C.
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<h2>How to Choose a Tube Furnace</h2>
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Work tube material
Quartz (fused silica) tubes are standard for processes up to 1,200 degrees C, are transparent (allowing visual process monitoring), and are available in diameters from 25 to 200 mm. Above 1,200 degrees C, quartz devitrifies (turns opaque and brittle) and softens. High-purity alumina (99.7% Al2O3) tubes extend the usable range to 1,700 degrees C and are chemically more resistant than quartz to alkali vapors and some metal-organic precursors used in CVD. Specialty tube materials (molybdenum, tungsten, Inconel) are used for corrosive-atmosphere or extreme-temperature applications.
Single-zone vs. multi-zone heating
Single-zone tube furnaces produce one uniform temperature zone (typically 10-30 cm long) and are standard for most annealing, sintering, and CVD applications. Multi-zone furnaces have two or more independently controlled heating zones along the tube length -- enabling temperature gradients for Bridgman crystal growth, sequential thermal profiles (debinding followed by sintering in a single run), or extended uniform zone length by running outer zones at higher power to compensate for end cooling. Multi-zone configurations feature 30-segment programmable PID control per zone and temperature control accuracy of plus or minus 1 degree C in research-grade models.
Bore diameter and heated zone length
Standard bore sizes are 25 mm (compact single-sample), 50 mm (most common research format), 80 mm, and 100 mm inner diameter for larger samples or substrate wafers. Quartz tube diameters range from 25 to 300 mm up to 1,200 degrees C; alumina tubes are available from 25 to 100 mm for processes to 1,700 degrees C. The heated zone length (10-60 cm for single-zone models) determines maximum sample length; all sample material must fit within the uniform hot zone.
Horizontal vs. vertical orientation
Horizontal tube furnaces position the tube axis parallel to the bench surface, are the most common configuration, and allow easy sample insertion via push-rod with consistent gas flow from one end to the other. Vertical tube furnaces orient the tube perpendicular to the bench, enabling gravity-assisted processes such as powder sintering, where material settles uniformly in the crucible, and crystal growth methods that exploit natural convection. Vertical configurations also reduce bench footprint for space-limited labs.
Split-hinge design
Split-hinge (clam-shell) tube furnaces open along the length of the furnace body to allow tube insertion or removal without threading through the furnace from one end. Benefits include faster tube material changes during process development, the ability to use shorter tube segments, and rapid forced cooling by opening the furnace after a run. Split-hinge models are popular for CVD process development labs where tube configurations change frequently.
Gas flow and safety requirements
Hydrogen-containing atmospheres require dedicated safety measures beyond standard inert gas setups: combustible gas sensors, local exhaust ventilation, solenoid emergency shut-off valves, nitrogen pre- and post-purge sequences, and grounding of all gas fittings. Mass flow controllers (MFCs) provide precise gas flow rate control (0-500 standard cm3 per minute, typical range) for reproducible CVD deposition conditions. Vacuum operation requires rotary vane or turbomolecular pumps, vacuum gauges, and leak-tested stainless steel Swagelok connections.
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<h2>Specifications Context</h2>
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Uniform heating zone temperature uniformity of plus or minus 1-3 degrees C for research-grade single-zone tube furnaces is measured by traversing a calibrated thermocouple along the tube axis at maximum setpoint; confirm this measurement in supplier documentation. The maximum heating rate is typically 10-30 degrees C per minute; room temperature to 1,700 degrees C takes approximately 170 minutes at the maximum rate for alumina tube models with MoSi2 elements. Tube furnace bore diameters of 50 mm and 80 mm cover the majority of research sample formats; 25 mm compact models suit single-sample inline gas-flow experiments. Integrated turnkey tube furnace systems combining furnace body, MFC gas control manifold, vacuum pump, and 30-segment programmable touchscreen controller are available from specialist manufacturers, reducing new CVD process setup time significantly.
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To discuss product availability or get selection guidance,&nbsp;<a href="https://mbpinc.net/contact-us">contact the MBP team</a>.

Tube Furnaces

Furnace Specifications

Vacuum pump, exhaust filter and fittings (optional)

Stainless steel vacuum sealing flange set w/ pressure meter

TF1700cvd Standard Package

Across International PECVD Tube Furnaces Systems (STF1200cvd) Key Features

1700°C CVD Tube Furnace with Gas Mixing & Pumping System

TF1700 series Chemical Vapor Deposition (CVD) tube furnaces feature a chamber with Mitsubishi (Japan) alumina fiber insulation and molybdenum silicide heating elements. A double walled steel internal housing helps minimize heat loss to exterior surface.\r\n\r\nFurnace operation is controlled by Eurotherm (UK) digital controller with communication port, allowing the user to connect to a PC for remote control and monitoring of the furnace.

Manufacturer

1-Zone 1700°C CVD Tube Furnace With Gas Mixing & Pumping System 60mm OD

1-Zone 1700°C CVD Tube Furnace With Gas Mixing & Pumping System 100mm OD

<h2>What Are Muffle Furnaces?</h2>
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A muffle furnace is a sealed, electrically heated box furnace in which the ceramic muffle chamber isolates the sample entirely from the heating elements, preventing direct contact with resistive wires and ensuring that any combustion by-products from the sample are vented away from the heating system. Modern muffle furnaces use electric resistance heating rather than combustion fuels, but the muffle design continues to provide contamination-free heating by radiating and convecting heat uniformly from all chamber walls. Standard muffle furnaces with Kanthal (FeCrAl) metallic wire elements reach 1,000-1,200 degrees C continuous working temperature; high-temperature models with silicon carbide (SiC) elements reach 1,400-1,600 degrees C; and ultra-high-temperature models with molybdenum disilicide (MoSi2) elements reach 1,700-1,800 degrees C. The continuous working temperature is typically 100 degrees C below the stated maximum temperature and is the more operationally relevant specification. Choose the muffle furnace type based on the continuous working temperature your process requires, not the maximum temperature rating.
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<h2 dir="ltr">What You Will Find:</h2>
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Controlled atmosphere muffle furnaces allow you to run experiments under specific gas conditions or vacuum, featuring ETL/CE certification for total peace of mind.
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Multi-segment PID controllers give you incredible precision over your heating cycles, letting you program complex temperature ramps with up to 30 segments.
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Benchtop muffle furnaces utilize high-quality Kanthal heating elements to deliver rapid and even heat distribution in a compact, space-saving design.
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PC interface furnace systems make data logging and remote monitoring a breeze, so you can track your thermal runs directly from your computer.
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High-temperature muffle units reach extreme thresholds up to 1750&deg;C, perfect for demanding industrial applications and specialized material science research.
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<h2>How to Choose a Muffle Furnace</h2>
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Heating element and maximum temperature
Kanthal (FeCrAl alloy) wire elements are the most affordable and suitable for continuous use to 1,100-1,200 degrees C for standard ashing, LOI, calcination, and low-temperature ceramic work. Silicon carbide rod elements withstand continuous use to 1,450-1,550 degrees C with good thermal shock resistance, appropriate for advanced ceramic sintering and glass melting. Molybdenum disilicide (MoSi2) U-bend elements extend continuous use to 1,600-1,700 degrees C, covering high-temperature ceramics, refractories, and demanding materials research; they require specific operating humidity and atmosphere conditions to prevent element degradation.
Chamber volume and dimensions
Chamber volume (in liters) and internal dimensions (H x W x D in centimeters) determine how many crucibles or sample boats fit per run. Compact benchtop models with 1-4 L chambers suit single-sample analytical ashing and small-batch research. Mid-size models of 5-15 L accommodate multiple crucibles for batch ceramic sintering or parallel LOI measurements. Large-chamber units above 15 L are designed for industrial or pilot-scale heat treatment. Confirm that your largest crucible and sample holder fit within the internal dimensions before specifying.
Programmable controller vs. single setpoint
Single-setpoint PID controllers maintain a fixed temperature and are appropriate for routine ashing at a defined temperature (e.g., 550 degrees C for organic matter, 900 degrees C for carbonates). Programmable multi-segment controllers (typically 20-30 segments) enable automated ramp-hold-cool sequences, which are critical for ceramic sintering profiles where controlled heating rates prevent thermal shock and cracking, for annealing protocols requiring slow controlled cooling, and for glass melting with defined viscosity transitions. RS-232 or USB connectivity allows protocol logging for audit and reproducibility.
Vent port and exhaust management
Muffle furnaces designed for organic ashing and combustion applications include a vent port in the door or top panel to exhaust volatile combustion gases, preventing pressure build-up and protecting the heating element from reactive vapors. Ashing in a poorly vented furnace accelerates element degradation. When ashing sulfur-bearing, halogen-containing, or heavy-metal samples, operate the furnace in a fume hood or ventilated enclosure and confirm that vent gases are safely handled.
Safety features
Research-grade muffle furnaces include over-temperature protection that automatically cuts furnace power when chamber temperature exceeds a preset safety threshold (typically 50-100 degrees C above the setpoint). Door safety switches cut power or trigger an alarm on accidental door opening at high temperatures. Ceramic fiber insulation ensures that outer surface temperatures remain below 50 degrees C during rated operation, reducing burn hazard.
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<h2>Specifications Context</h2>
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The continuous working temperature of a muffle furnace is typically 100 degrees C below the published maximum, and is the specification that governs whether the furnace will complete overnight sintering runs without element degradation. Heating rate from ambient to maximum temperature is typically 5-30 degrees C per minute; a 4.5 L benchtop muffle furnace with ceramic fiber insulation typically reaches 1,000 degrees C in approximately 30-40 minutes at maximum ramp rate. Temperature uniformity across the muffle chamber is specified as plus or minus 5-15 degrees C at maximum temperature; better uniformity requires larger clearance around samples and slower heating rates. Programmable controllers with 30-segment ramp-and-dwell capability, over-temperature protection, and USB data export are standard specifications on research-grade muffle furnaces.&nbsp;
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Ready to bring some high-precision heat to your lab? Browse our muffle furnace collection and <a href="https://mbpinc.net/contact-us">reach out to the MBP team</a> for a quote today.

Muffle Furnaces

1700°C Max Controlled Atmosphere Muffle Furnace Specifications

Size Comparison

Additional Size Comparison

GCF1700 Maximum Working Temperatures

Spare heating element (Picture on left for GCF1400 and on right for GCF1700)

KF40 Quick Clamp, Centering Ring, and End Cap

Crucibles (ID: 53.5 mm, OD: 60 mm, Height: 61.7 mm) with lids (OD: 66.7 mm, Thickness: 6.75 mm)

Furnace operation manual & Eurotherm temperature controller manual

GCF1700 Standard Package

Across International Controlled Atmosphere Furnace Quick Overview

Across International Controlled Atmosphere Furnace FAQs

1700°C Max Controlled Atmosphere Muffle Furnace w/ PC Interface

GCF1700 series controlled atmosphere furnaces feature a chamber with Mitsubishi (Japan) high quality alumina fiber insulation and MoSi2 heating elements. A double walled steel internal housing helps minimize heat loss to exterior surface. Furnace operation is controlled by Eurotherm (UK) or Shimaden (Japan) multi-segment digital controller with built-in digital communications port and USB adaptor, allowing the user to connect to a PC for remote control and monitoring of the furnace. You can also save or export test results. All our furnaces are CE compliant.\r\n\r\n

1700°C Max Cont Atmosp Muffle Furnace 6X6X6

1700°C Max Cont Atmosp Muffle Furnace 12X8X8

1700°C Max Cont Atmosp Muffle Furnace 16X12X12

1700°C Multi-Segment Muffle Furnace Specifications

Spare heating element (Picture on left for CF1400 and on right for CF1700) – ONLY FOR CF1400 & CF1700

CF1700 Standard Package

How to setup Across International high temperature furnace control

1700°C Multi-Segment Muffle Furnace w/ PC Interface

CF1700 series muffle furnaces feature a chamber with Mitsubishi (Japan) high quality grade 1800 alumina fiber insulation and molybdenum silicide (MoSi2) heating elements. A dual-wall steel housing helps minimize heat loss to exterior surface.\r\n\r\nFurnace operation is controlled by Shimaden (Japan) 40-segment digital controller with built-in RS485 digital communications port and USB adaptor, allowing the user to connect to a PC for remote control and monitoring of the furnace. You can also save or export test results.

1700°C 40-Segment Muffle Furnace w/ PC Int

175-225 ml conical tube insert, 2/pk

The Z366-06250-A225C by Hermle Labortechnik is a 175–225 ml conical tube insert for the Z366-06250 angle rotor, compatible with the Hermle Z366 and Z366-K large-capacity centrifuges, supplied 2 per pack. It adapts the high-volume Z366-06250 rotor for large-format conical tube protocols — cell harvest, bioprocessing clarification, and bulk sedimentation. Available from MBP — a registered vendor for Howard Hughes Medical Institute, Vanderbilt University, MD Anderson Cancer Center, Eurofins, and many other institutes across the USA.