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SCILOGEX SCI120-S LED Digital Dry-Bath, 120°C Max.

Downloads:

 SCI120-S Digital Dry-Bath Manual

 Scilogex Dry Baths Brochure
















SCILOGEX SCI120-S LED Digital Dry-Bath, 120°C Max.

Cat. No.
521111019999
https://www.scilogex.com/web/image/product.template/1202/image_1920?unique=efd9fb1
SCILOGEX SCI120-S LED Digital Dry-Bath, Single-Block, Clear Lid & FREE Block, 110-120V, 50/60 Hz, US Plug
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Downloads:

 SCI120-S Digital Dry-Bath Manual

 Scilogex Dry Baths Brochure
















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Digital Dry Bath

Simple. Reliable. Consistent temperature control without the contamination risks and maintenance headaches of water baths.

Fast heat-up in 15-30 minutes vs hours for water baths

 Eliminate contamination from standing water and bacterial growth

Interchangeable blocks fit standard tube sizes 

Digital control maintains ±0.5°C accuracy without drift 

Whether you're preparing PCR samples, running enzyme reactions, or incubating clinical specimens, precise temperature control matters. Our digital dry bath delivers the accuracy and reliability you need without the contamination risks, evaporation problems, and constant maintenance that water baths require. Discover how straightforward engineering and proven design can eliminate daily frustrations while fitting your equipment budget.

Suitable for…

Molecular biology and PCR prep 

Clinical diagnostics and blood work

Enzyme reactions and biochemistry

Microbiology and cell culture

stressed out lab tech

What dry bath info can you find on this page? ​

  • Why your current heating method is creating problems
  • Why switching to a digital dry bath makes sense
  • Where these dry baths are already being used
  • Why your colleagues prefer this dry bath
  • How to choose the right dry bath features
  • How your dry bath compares to others in the industry
  • Insights on cost, budget, and maintenance

What are you using right now?

Water baths 

The problems:

  • Contamination from bacterial growth, RNase presence, and standing water.
  • Requires constant cleaning, takes hours to heat up, and consumes power 24/7.
  • Can't use open containers.
Basic heat blocks without digital control 

The problems:

  • Temperature drift, no timer function, inconsistent results that compromise your protocols.
Aging dry baths with reliability issues

The problems:

  • Unreliable temperature control, difficult to clean designs, and expensive repair costs when they finally fail.

Why replace your old digital dry bath or water bath now?

Eliminate contamination risks that compromise your samples

 Water baths create perfect breeding grounds for bacteria and RNases that can ruin sensitive molecular biology work. Our digital dry bath eliminates standing water completely, protecting your PCR samples, RNA extractions, and clinical specimens from cross-contamination.

Why choose this digital dry bath for contamination control?

  • No standing water means no bacterial growth. Stop worrying about algae, biofilms, and microbial contamination that spreads between samples.
  • Protect RNA work from RNase degradation. Water baths are notorious for RNase contamination - dry heating eliminates this problem completely.
  • Blocks can be autoclaved for complete sterilization. Remove the aluminum block and autoclave it when protocols demand absolute sterility.
  • Use open containers without contamination concerns. PCR plates, test tubes, and other open vessels stay protected without water exposure.
  • Reduce cross-contamination between samples. Direct contact with machined block cavities instead of shared water bath prevents sample-to-sample transfer.

The applications we help you protect

PCR and molecular biology

Critical for DNA work where water bath contamination can destroy experiments and waste expensive reagents.

Clinical specimen handling

Essential for blood serum analysis and diagnostic work where contamination invalidates results.

​

Enzyme reactions and protein work 

Important for biochemical assays where RNase-free conditions are necessary for accurate data.

​

When your lab uses our digital dry bath, you're investing in equipment that protects sample integrity and saves wasted operator time.


Don't let contamination risks put your experimental results at risk.


Order the SCI120-S with free block here

Stop wasting time on water bath maintenance

Water baths demand constant attention - cleaning schedules, water changes, evaporation monitoring, and descaling. Our digital dry bath eliminates these daily headaches while delivering faster heat-up and more convenient operation at a very low cost.

Heat to temperature in 15-30 minutes instead of waiting 2+ hours for water baths to reach setpoint. Start your work when you arrive, not after lunch. 

 Skip the weekly cleaning, water refilling, and evaporation top-ups that water baths require. Wipe down the block when needed and you're done.

 No more running equipment 24/7 to avoid slow startup times. Turn it on when you need it, turn it off when you're done.

Get the precision your protocols demand​

 You don’t need anything fancy. Temperature consistency makes the difference between reproducible results and wasted reagents. Our digital dry bath maintains exact temperature control without the drift that ruins enzyme kinetics and PCR efficiency.

What does reliable temperature control mean practically?

  • Digital display shows exact temperature in real time. No external thermometers needed, no guessing if you've reached setpoint.
  • ±0.5°C accuracy maintains protocol requirements. Enzyme reactions, PCR annealing, and clinical assays get the precision they need.
  • Temperature doesn't drift during long incubations. Overnight enzyme digestions and extended reactions maintain consistent conditions.
  • Built-in timer tracks your protocols automatically. Set your incubation time and get alerted when it's complete.
  • Simple LED controls anyone can operate without training or complex menus to navigate.
  • Aluminum blocks heat evenly across all tube positions for consistent sample treatment.
  • Compact footprint saves bench space compared to bulky water baths that dominate your workspace.
  • Clear lid lets you monitor samples without removing the cover and losing heat.

Take control of your heating protocols

Precision and convenience work together. Upgrade to a digital dry bath that simplifies operations and delivers reliable results.


Order with free block today

Adapt to different tube sizes without buying multiple units

As your protocols change, you need equipment that adapts. Our digital dry bath uses interchangeable aluminum blocks that accommodate everything from 0.2 mL PCR tubes to 50 mL centrifuge tubes - without buying separate equipment for each application.

Handle multiple sample types

0.2 mL PCR tubes

Precision-machined cavities hold PCR strips and individual tubes for thermal cycling prep.

1.5/2.0 mL microtubes

Standard molecular biology tubes for enzyme reactions, DNA work, and sample storage.

15 mL and 50 mL centrifuge tubes

Larger tubes for clinical samples, culture media, and reagent warming.

Why interchangeable blocks matter

You adapt to changing protocols

Switch between PCR prep, enzyme digestions, and reagent warming with the same unit. 

You save equipment budget

One versatile dry bath handles applications that would require multiple water baths or dedicated heating blocks.

  You swap blocks in seconds

Quick-change design with insulated handle lets you switch blocks even when they're hot.

Equip your lab with a dry bath that grows with your needs. Get the versatility you need without buying redundant equipment.

Add your free block on checkout

How does this compare to Benchmark, Thermo Fisher, and other dry baths?

When evaluating digital dry baths, labs often compare options from budget competitors like Benchmark Scientific and premium brands like Thermo Fisher. Here's where our dry bath fits in the market.

Comparable to budget competitors, better value

  • Benchmark Scientific single-block units cost $490-$555 without blocks, then $127-$149 per block.
  • Our SCI120-S costs $488 and includes a free block, saving you $125+ right from the start.
  • Same temperature range (ambient +5 to 120°C vs Benchmark's ambient +5 to 150°C), same accuracy specifications, same digital control.

Straightforward operation without complexity

  • Simple LED display and controls mean anyone in the lab can use it immediately.
  • No proprietary software to learn, no firmware updates to manage, no connectivity troubleshooting.
  • When all you need is precise heating, straightforward design makes more sense than over-engineered alternatives.

Two-year warranty without service contracts

  • Budget and premium brands alike offer similar warranties, but some require expensive annual service contracts.
  • Our straightforward design means less to go wrong and easier maintenance when needed.

Premium brands add features most labs don't need

  • Thermo Fisher and other premium manufacturers charge $800-$1,200+ for dry baths with touchscreens, connectivity features, and proprietary software.
  • If you don't need Bluetooth data logging or smartphone apps, you're paying for development costs that don't improve your actual heating performance.
  • Our digital dry bath delivers the core functionality - accurate, reliable temperature control - without the premium markup.

Interchangeable blocks are standard, not a premium feature

  • Some manufacturers charge extra for multiple block compatibility or limit you to proprietary block designs.
  • Our dry bath uses standard aluminum blocks that accommodate all common tube sizes at no additional cost (first block included free).

Where are our digital dry baths being used today?

Molecular biology and PCR preparation

Precise temperature control is essential for PCR sample prep and DNA work. Our customers use digital dry baths to...


  • Pre-heat PCR samples for optimal enzyme activation before thermal cycling.
  • Incubate restriction enzyme digestions at exact temperatures for complete DNA cutting.
  • Denature DNA samples for downstream molecular applications.
  • Heat RNA samples in RNase-free conditions that water baths can't guarantee.


With our dry bath, molecular biology labs eliminate water bath contamination while maintaining the temperature precision PCR and DNA work demand.


​


Clinical diagnostics and blood analysis

Temperature-controlled sample handling is critical for accurate diagnostic results. Our collection plays a vital role in...


  • Blood serum analysis requiring specific incubation temperatures for enzymatic tests.
  • Coagulation studies where precise temperature affects clotting time measurements.
  • Warming blood products and reagents to physiological temperature before use.
  • Running immunoassays and clinical chemistry tests with exact temperature requirements.


Our dry bath helps clinical labs maintain the temperature control regulatory standards require while eliminating water bath contamination risks.

​


Enzyme reactions and biochemistry

Enzyme activity depends on precise temperature control throughout reactions. Our digital dry bath is used to...


  • Maintain optimal temperature for enzyme kinetics studies and activity assays.
  • Support protein denaturation and refolding experiments at controlled temperatures.
  • Run temperature-dependent binding assays and biochemical reactions.
  • Incubate substrates and reagents at exact temperatures for reproducible results.


Trust your scilogex dry bath for the temperature precision that enzyme work demands without water bath contamination concerns.

​


Microbiology and cell culture work

Culture media and reagent preparation often require controlled heating. Our dry baths support...


  • Warming culture media and PBS to physiological temperature before cell work.
  • Thawing frozen reagents and stocks at controlled temperatures.
  • Heating agar and growth media for microbiology applications.
  • Maintaining bacterial cultures at specific temperatures for growth studies.


By using our dry bath, microbiology labs get contamination-free heating for sterile work environments.


​


Pharmaceutical and biotech QC

Quality control testing requires validated, documented temperature control. Applications include...


  • Stability testing of drug formulations at specific temperatures.
  • Dissolution testing for pharmaceutical quality control.
  • Enzyme assays for biotech product characterization.
  • Reagent preparation for analytical testing procedures.


Our dry bath provides the documented temperature control that QC environments require for regulatory compliance.

​


Research and academic laboratories

Teaching and research facilities need reliable equipment for diverse applications. Our dry bath is used for...


  • Student practicals demonstrating temperature-dependent reactions and enzyme kinetics.
  • Graduate research requiring reproducible heating conditions across experiments.
  • Core facility operations supporting multiple research groups with different protocols.


These dry baths offer the reliability needed for educational and research environments where equipment gets heavy use.


Why do your peers prefer this dry bath to water baths?

Lab techni​cia​ns

No more contamination stress

Lab technicians working with PCR and RNA know the constant worry about water bath contamination. One contaminated water bath can ruin an entire day's worth of PCR preps or destroy RNA samples. Our dry bath eliminates this stress completely - no standing water means no bacterial growth, no RNase contamination, no wondering if your samples are safe. Technicians can focus on their protocols instead of worrying about whether the water bath needs cleaning again.

Fast setup and convenience

Nothing frustrates a busy schedule like waiting 2+ hours for a water bath to reach temperature. With our dry bath, technicians can arrive at work, turn on the unit, and have it ready in 15-30 minutes. No more keeping equipment running overnight to avoid startup delays. No more constant water level monitoring. No more cleaning schedules. Turn it on, set your temperature, load your samples, and get to work.

Lab managers

Operational efficiency

Lab managers need equipment that keeps workflows moving without constant intervention. Water baths create bottlenecks - they're slow to heat, require regular maintenance, and create contamination risks that lead to failed experiments. Our dry bath eliminates these workflow disruptions through fast heat-up, contamination-free operation, and minimal maintenance requirements. Managers can schedule equipment time accurately without building in hours for water bath warm-up or emergency cleaning when contamination occurs.

Budget predictability

Water baths consume significant power running 24/7, require regular cleaning supplies and fresh water, and eventually need expensive repairs when heating elements corrode. Our dry bath uses power only when needed, requires minimal maintenance (occasional block wipe-down), and has fewer failure points from water exposure. This predictability means managers can allocate budget to consumables and reagents instead of equipment repair emergencies and excess power consumption.

Team productivity

Equipment problems affect morale and productivity. When technicians fight with contaminated water baths, slow heat-up times, and constant maintenance schedules, frustration builds. Providing a dry bath that just works - turn it on, set temperature, load samples - improves job satisfaction. Technicians appreciate equipment that doesn't require constant babysitting or create contamination concerns that waste their careful work.

Lab directors

Protecting sample integrity

Lab directors understand that contamination events cost more than just reagents - they destroy credibility, delay projects, and waste staff time. Water baths present ongoing contamination risks that dry baths eliminate. This protection matters when competitive grants, client contracts, and research timelines depend on reliable results. Directors can confidently commit to project timelines knowing sample heating won't introduce contamination variables.

Regulatory compliance

Clinical labs, diagnostic facilities, and GMP environments face strict contamination control requirements. Water baths create audit concerns around cleaning validation, contamination monitoring, and sterility maintenance. Our dry bath simplifies compliance through contamination-free operation and autoclavable blocks. Directors appreciate equipment that reduces regulatory burden while maintaining the temperature documentation auditors require.


Strategic equipment investment

A reliable dry bath isn't just immediate problem-solving - it's strategic capacity building. When planning to expand molecular biology capabilities, support more PCR-based testing, or improve sample handling quality, having contamination-free heating becomes essential. The investment pays dividends through reduced contamination events, eliminated water bath maintenance overhead, and capacity to pursue work that water bath contamination risks would compromise.

Choosing the right digital dry bath features

1.  Temperature range requirements

Standard biological work

Most molecular biology, clinical diagnostics, and enzyme work operates between 37°C and 95°C. Our SCI120-S covers ambient +5 to 120°C, handling everything from physiological temperature incubations to DNA denaturation and substrate melting. If your protocols rarely exceed 100°C, this range provides room for nearly all standard applications.

Consider your specific protocols

Think about your most demanding temperature requirements. PCR sample prep typically needs up to 95°C, enzyme reactions often run at 37-65°C, and clinical work usually centers on 37°C. The 120°C maximum accommodates substrate melting and high-temperature enzyme work without paying for premium temperature ranges you won't use.

2.  Block configuration and tube compatibility

Matching your sample types

Consider what tubes you use most frequently. Molecular biology labs handling PCR work need 0.2 mL tube blocks. Clinical labs processing serum samples need 15 mL centrifuge tube capacity. Multi-purpose labs benefit from having multiple blocks on hand for different applications.

Interchangeable block advantages

Rather than buying multiple dedicated heating blocks for different tube types, interchangeable blocks let one unit handle diverse applications. Our dry bath accepts standard aluminum blocks for all common tube sizes - swap blocks in seconds when protocols change.

3.  Digital control and timer functions

Set and forget operation

Digital temperature display eliminates external thermometer readings and constant monitoring. Set your target temperature, let the unit stabilize, and trust the LED display shows actual temperature. Built-in timer alerts you when incubation periods complete without watching the clock.

Temperature accuracy matters

±0.5°C accuracy maintains enzyme activity, PCR efficiency, and clinical test validity. Some basic heat blocks drift several degrees during operation - digital control prevents this protocol-ruining variability.

4.  Footprint and bench space

Compact design benefits

At 12"L x 7"W x 4"H, our dry bath occupies minimal bench space compared to water baths that require large reservoirs and surrounding clearance. Labs with limited bench space appreciate the space efficiency while maintaining full sample capacity.

Consider your workspace

Think about where the dry bath will live. Near your PCR setup for sample prep? On a shared bench for general heating needs? The compact footprint fits most workstation layouts without dominating precious bench real estate.

By choosing the right digital dry bath features, labs address their heating needs without paying for capabilities they don't use. Whether you prioritize contamination control, fast heat-up, or operational simplicity, selecting equipment that matches your actual applications delivers better value than over-specified alternatives.


What determines your digital dry bath price?

When investing in a digital dry bath, understanding the cost factors helps you identify where you're getting value. Here are the key elements affecting price.

Temperature range and accuracy Digital controls and features Block configuration options Build quality and materials Brand positioning and support Included accessories

Temperature range and accuracy

Units reaching higher maximum temperatures (150°C+) or tighter accuracy tolerances (±0.1°C) typically cost more due to more sophisticated heating elements and sensors. Standard biological work rarely needs these premium specifications, so paying extra for unused capability doesn't make sense for most labs.

Digital controls and features

Touchscreen interfaces, programmable protocols, and connectivity features (Bluetooth, Wi-Fi) add significant cost without improving basic heating performance. Simple LED displays and direct temperature/timer controls deliver the functionality most protocols require at lower cost.

Block configuration options

Single-block units cost less than multi-block models. However, paying for multiple independent block positions only makes sense if you regularly run different temperatures simultaneously. Most labs running similar samples at the same temperature don't need this capability.

Build quality and materials

Heavy-duty construction, sealed electronics, and corrosion-resistant materials increase manufacturing costs but extend equipment life. Our aluminum blocks and durable housing provide laboratory-grade reliability without premium pricing.

Brand positioning and support

Premium manufacturers charge for brand reputation and extensive support networks. Budget brands focus on core functionality. Consider whether you need premium support infrastructure or if straightforward design and standard warranty coverage suffice.

Included accessories

Some manufacturers charge separately for blocks, lids, and accessories that should be standard. Our SCI120-S includes a free block and clear lid, eliminating surprise costs when you're ready to start using it.

Digital dry bath frequently asked questions

Typically 15-30 minutes depending on target temperature. Much faster than water baths which require 2+ hours to reach operating temperature at 20L.

Yes. Unlike water baths that require sealed containers, dry baths accommodate open test tubes, PCR plates, and other vessels without contamination concerns.

Wipe down the aluminum block as needed. For thorough cleaning, remove the block and autoclave it. Much simpler than water bath cleaning, water changes, and descaling procedures.

Standard aluminum blocks are available for 0.2 mL, 0.5 mL, 1.5/2.0 mL, 15 mL, and 50 mL tubes. The SCI120-S includes your choice of one free block at checkout.

Absolutely. Dry heating eliminates the RNase contamination risk that makes water baths problematic for RNA applications. The autoclavable block provides additional sterility assurance.

±0.5°C accuracy throughout the 0-120°C range. Digital display shows real-time temperature so you know exactly when the unit reaches setpoint.

Yes. The dry bath maintains stable temperature for extended periods. Use the timer function to track incubation duration.

The terms are often used interchangeably. "Dry bath" typically refers to digital units with precise temperature control, while "heat block" can refer to simpler analog heating blocks. Our digital dry bath provides superior temperature accuracy and control compared to basic heat blocks.

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