Digital Thermostatic Water Bath BINGOX 12L Stainless Heater with Timer

Description

Product Overview

The BINGOX 12‑liter digital thermostatic water bath provides precise 0.1 °C temperature control up to 100 °C, delivering consistent results for demanding laboratory procedures.

The dual‑display LED panel simultaneously shows the set temperature (ST) and the actual measured temperature (PV), allowing users to monitor performance at a glance and make rapid adjustments when necessary.

A programmable timer up to 99 hours enables unattended operation, automatically shutting off the heating element when the preset duration expires, which helps conserve energy and enhances safety in busy laboratory environments.

Four adjustable openings on the lid accommodate a wide range of container sizes, from small vials to large beakers, providing flexibility for diverse experimental protocols without compromising the uniformity of temperature distribution.

The heating element is a high‑efficiency, low‑profile cartridge that distributes heat evenly across the water volume, minimizing hot spots and ensuring that every sample experiences the same thermal conditions. Integrated over‑temperature protection monitors the bath temperature continuously and shuts down the element if it exceeds the preset safety threshold, protecting both the instrument and the user from accidental overheating.

Energy consumption is optimized through an insulated stainless‑steel shell that reduces heat loss, allowing the bath to maintain set temperatures with minimal power draw. The unit operates on standard 110‑120 V AC power and complies with international safety standards, including CE and UL certifications, providing confidence for laboratories worldwide that the equipment meets rigorous electrical and environmental requirements.

The user interface is designed for intuitive operation, featuring a tactile keypad with clearly labeled symbols for temperature adjustment, timer setting, and mode selection. The dual‑angle LED display is positioned at a comfortable viewing height, reducing neck strain during prolonged monitoring, and the backlit screen remains legible even in low‑light laboratory environments.

Optional accessories such as a magnetic stir bar holder, a temperature probe adapter, and a removable lid gasket are available to further customize the bath for specific experimental protocols. Compatibility with standard laboratory glassware and plastic containers ensures seamless integration into existing workflows, while the compact footprint of 15.75 × 15.75 × 10 inches makes the unit easy to place on benchtops or within incubator cabinets.

The water bath undergoes a comprehensive quality assurance program that includes calibration against NIST‑traceable standards, vibration testing, and leak detection. Each unit is shipped with a detailed user manual, a quick‑start guide, and a set of calibration certificates, enabling laboratories to validate performance immediately upon installation and maintain compliance with accreditation requirements.

Usage

The water bath is ideally suited for biological applications such as enzyme incubation, cell culture washing, and nucleic acid extraction, where precise temperature control directly influences reaction efficiency and sample integrity.

In chemical laboratories, it serves as a reliable platform for distillation, reflux, and solvent evaporation processes, delivering consistent heating that reduces variability and improves reproducibility across multiple runs.

Medical research teams benefit from the bath’s ability to maintain stable temperatures for sample storage, reagent preparation, and diagnostic assay development, ensuring that critical parameters remain within validated limits.

Environmental testing labs can employ the unit for soil and water sample conditioning, as well as for the incubation of microbial cultures, where temperature uniformity is essential for accurate ecological assessments.

When performing enzyme kinetics assays, researchers rely on the bath’s rapid temperature ramp capability to reach the desired set point within minutes, reducing pre‑incubation time and increasing overall throughput. The precise temperature hold ensures that reaction rates remain constant throughout the assay, which is critical for generating reproducible kinetic parameters and for comparing results across multiple experimental runs.

In protocols that involve solvent evaporation, the water bath’s uniform heating minimizes the formation of temperature gradients that can cause uneven solvent removal, thereby preserving the integrity of heat‑sensitive compounds. The adjustable openings allow users to position flasks of varying diameters directly over the heated zone, while the timer can be set to shut off the heater once the desired evaporation endpoint is reached, preventing over‑drying.

For microbiological culture incubation, the bath’s ability to maintain a stable temperature over extended periods supports the growth of temperature‑sensitive organisms, such as thermophiles and mesophiles. The non‑reactive stainless‑steel interior prevents contamination, and the optional magnetic stir bar can be employed to keep liquid media uniformly mixed, enhancing oxygen transfer and promoting consistent cell proliferation.

Environmental labs often need to condition soil or water samples at specific temperatures before analysis. The bath’s large 12 L capacity accommodates multiple sample containers simultaneously, reducing the time required to bring all specimens to the target temperature. The programmable timer can be synchronized with analytical instruments, enabling seamless workflow integration and ensuring that samples are ready for downstream testing exactly when needed.

Why Choose Us

BINGOX’s engineering team collaborates closely with academic and industrial researchers to incorporate real‑world feedback into product development, resulting in a water bath that addresses the most common pain points encountered in daily laboratory work. This user‑centric approach drives continuous improvement, from refining the temperature control algorithm to enhancing the durability of the lid sealing mechanism.

The stainless‑steel construction not only provides resistance to corrosive chemicals but also offers a smooth surface that resists biofilm formation, simplifying sterilization procedures and extending the interval between deep‑cleaning cycles. This characteristic is especially valuable in high‑throughput environments where turnaround time is critical.

All electronic components are sourced from reputable manufacturers and undergo burn‑in testing to verify long‑term reliability under continuous operation. The power supply includes surge protection and short‑circuit safeguards, ensuring that the unit can withstand fluctuations in laboratory power grids without compromising performance or safety.

BINGOX provides a 12‑month limited warranty covering parts and labor, complemented by a dedicated technical support hotline staffed by engineers familiar with laboratory instrumentation. Customers can also access an online knowledge base containing troubleshooting guides, calibration procedures, and best‑practice recommendations, fostering a proactive maintenance culture.

The stainless‑steel construction not only provides resistance to corrosive chemicals but also offers a smooth surface that resists biofilm formation, simplifying sterilization procedures and extending the interval between deep‑cleaning cycles. This characteristic is especially valuable in high‑throughput environments where turnaround time is critical.

All electronic components are sourced from reputable manufacturers and undergo burn‑in testing to verify long‑term reliability under continuous operation. The power supply includes surge protection and short‑circuit safeguards, ensuring that the unit can withstand fluctuations in laboratory power grids without compromising performance or safety.

BINGOX provides a 12‑month limited warranty covering parts and labor, complemented by a dedicated technical support hotline staffed by engineers familiar with laboratory instrumentation. Customers can also access an online knowledge base containing troubleshooting guides, calibration procedures, and best‑practice recommendations, fostering a proactive maintenance culture.

The water bath meets CE and UL safety standards, incorporating double‑insulated wiring, ground‑fault circuit interrupter (GFCI) compatibility, and an internal thermal fuse that activates if the temperature exceeds 105 °C. These safeguards protect users and equipment from electrical hazards and overheating.

Key Features

• 0.1 °C temperature resolution ensures highly accurate and reproducible experimental conditions.
• 12 L stainless‑steel chamber with four adjustable openings accommodates diverse container sizes.
• Built‑in 99‑hour programmable timer enables hands‑free operation and energy savings.
• Dual LED display shows set and actual temperatures simultaneously for quick monitoring.
• Comprehensive warranty and dedicated after‑sales support provide peace of mind and rapid assistance.

FAQ

What is the maximum temperature the water bath can reach?

The unit can be set up to 100 °C, covering most laboratory heating requirements.

Can the bath be used with organic solvents?

Yes, the 304 stainless‑steel construction is compatible with many common organic solvents, but users should verify compatibility with specific chemicals.

How does the timer function work?

The programmable timer allows you to set a duration up to 99 hours; when the time elapses, the heating element automatically shuts off.

Is cleaning the interior difficult?

The seamless, non‑welded interior design prevents crevices, making it easy to rinse and sterilize with standard laboratory cleaning procedures.

Advanced Features

The water bath can be equipped with an optional USB data‑logging module that records temperature, timer settings, and actual temperature readings at user‑defined intervals. Collected data can be exported in CSV format for further analysis, enabling researchers to document experimental conditions and comply with laboratory data‑integrity standards.

Integration with laboratory information management systems (LIMS) is facilitated through a simple serial communication protocol, allowing real‑time temperature data to be streamed directly into central databases. This capability reduces manual entry errors and supports automated workflow tracking across multiple instruments.

Future firmware updates can be applied via a USB port, introducing new features such as multi‑zone temperature control or enhanced alarm notifications without requiring hardware replacement. This upgrade path protects the investment and keeps the instrument aligned with evolving research needs.

Safety and Compliance

The bath meets CE and UL safety standards, incorporating double‑insulated wiring, ground‑fault circuit interrupter (GFCI) compatibility, and an internal thermal fuse that activates if the temperature exceeds 105 °C. These safeguards protect users and equipment from electrical hazards and overheating.

All components are RoHS compliant, and the stainless‑steel chamber is recyclable, aligning the product with environmentally responsible manufacturing practices. The low‑power design reduces overall energy consumption, contributing to greener laboratory operations.

Customer Testimonials

“We have been using the BINGOX water bath for six months in our protein purification workflow, and the temperature stability has dramatically reduced batch‑to‑batch variation. The intuitive interface and reliable timer have saved us countless hours of manual monitoring.” – Dr. Emily Chen, Biochemistry Department, University of Midwest

“Our environmental testing lab needed a versatile bath that could handle both small vials and large containers. The 12 L capacity and four adjustable openings of the BINGOX model fit perfectly, and the seamless stainless interior makes cleaning a breeze.” – Alex Rivera, Senior Lab Technician, GreenEarth Analytics

Technical Specifications

Technical specifications are summarized below, providing quick reference for engineers and procurement specialists.

Installation and Calibration

Proper calibration ensures that the temperature readout matches the actual water temperature within the specified tolerance. Calibration can be performed using a certified reference thermometer placed in the bath, and the control software allows fine‑tuning of the sensor offset. BINGOX supplies a calibration kit that includes a high‑precision thermistor and step‑by‑step instructions, enabling users to achieve traceable accuracy without external service.

Installation guidelines recommend placing the bath on a vibration‑isolated surface and allowing at least a 2‑inch clearance on all sides for adequate airflow. The unit should be connected to a dedicated circuit with a ground fault interrupter to comply with electrical safety codes. After installation, a brief warm‑up cycle verifies that the heating element and temperature sensor operate correctly before the first experimental run.

Support and Service

BINGOX’s after‑sales service includes on‑site calibration assistance, spare part availability, and a responsive help desk reachable during standard business hours. Users can submit service tickets through the online portal, where they receive real‑time status updates and estimated resolution times, ensuring minimal disruption to critical research activities.

For extended coverage, customers may opt into a premium maintenance contract that provides annual preventive maintenance visits, firmware upgrades, and priority technical support. This proactive approach helps maintain optimal performance, reduces unexpected downtime, and extends the overall lifespan of the water bath.

Conclusion

In summary, the BINGOX 12 L digital thermostatic water bath combines precise temperature control, robust construction, and user‑friendly features to meet the demanding needs of modern laboratories, delivering reliable performance day after day.