Benchmark Scientific BSH1002 Digital Dry Bath 2 Block 115V Water Bath

Description

Product Overview

The Benchmark Scientific BSH1002 Digital Dry Bath is engineered to provide precise temperature control for a wide variety of laboratory applications. With a robust digital interface, users can set and monitor temperatures ranging from ambient to high levels with an accuracy of ±0.1°C, ensuring reproducible results across repeated experiments. The unit features a dual‑block design, allowing simultaneous processing of multiple samples or the use of interchangeable blocks to accommodate tubes, vials, plates, and other containers of differing dimensions. Constructed from high‑quality stainless steel and insulated with advanced thermal material, the bath maintains uniform heat distribution while minimizing energy consumption and reducing hot‑spot formation. Its compact footprint of 13.3 × 10.9 × 6.7 inches and a weight of 7.89 pounds make it easy to place on benchtops without sacrificing stability, and the sturdy chassis resists vibration and accidental knocks. Powered by a standard 115V supply, the BSH1002 integrates safety mechanisms such as over‑temperature protection, an automatic shut‑off timer, and a built‑in alarm that alerts users to any deviation from set parameters. The digital keypad is intuitive, featuring dedicated buttons for temperature increase, decrease, and program selection, while the clear LCD display provides real‑time feedback on current temperature, set point, and elapsed time. All components are designed for easy serviceability; the heating elements are replaceable, and the interchangeable blocks can be removed without tools, simplifying routine cleaning and maintenance. The product complies with international safety standards, including CE marking and UL certification, giving laboratories confidence in its reliability and regulatory conformity.

Usage

This dry bath excels in protocols that require consistent heating of test tubes, microcentrifuge tubes, PCR strips, and other laboratory containers. Researchers in biochemistry, molecular biology, microbiology, environmental testing, and pharmaceutical development can employ the BSH1002 for enzyme reactions, sample incubation, reagent preparation, and kinetic studies. The dual‑block system enables users to run two independent temperature programs simultaneously, increasing throughput and reducing turnaround time for high‑volume workflows. Because the bath operates without water, it eliminates the risk of contamination, simplifies cleaning procedures, and is suitable for sterile environments and clean‑room facilities where water‑based baths could introduce unwanted moisture. The unit’s intuitive digital keypad and clear LCD display allow quick adjustments, while the programmable memory stores frequently used settings for repeatable experiments, saving time and reducing the chance of user error. The interchangeable blocks are available in a range of sizes, including standard 1.5 mL microcentrifuge tube blocks, 15 mL conical tube blocks, and custom‑shaped blocks that can be fabricated on request to fit unique sample containers. This flexibility makes the BSH1002 a versatile tool for both routine assays and specialized research protocols. The dry bath’s rapid heating capability reaches target temperature within minutes, and the precise control maintains temperature stability throughout the incubation period, which is critical for temperature‑sensitive reactions such as polymerase chain reactions and enzyme kinetics. Additionally, the unit’s low noise operation ensures a quiet laboratory environment, and the compact design frees valuable bench space for other equipment.

Why Choose Us

Benchmark Scientific has a long history of delivering reliable laboratory equipment, and the BSH1002 continues this tradition with rigorous quality testing and compliance with international safety standards. Each unit undergoes a multi‑stage calibration process to verify temperature accuracy, uniformity, and repeatability before leaving the factory, ensuring that every bath meets the exacting specifications required by demanding research environments. The dry bath’s stainless‑steel construction resists corrosion, tolerates frequent cleaning cycles, and withstands the rigors of daily laboratory use, providing a long service life with minimal maintenance. Customers benefit from responsive technical support staffed by experienced engineers who can assist with installation, troubleshooting, and optimization of experimental protocols. Benchmark Scientific also offers a comprehensive warranty that covers manufacturing defects for one year and provides the option to extend coverage through service contracts. For laboratories with unique sample formats, custom‑shaped blocks are available upon request, allowing the BSH1002 to adapt to specialized workflows without the need for additional equipment. By choosing this product, laboratories gain a dependable heating solution that supports reproducible results, enhances overall workflow efficiency, and reduces total cost of ownership through durability and energy‑saving design. The company’s commitment to continuous improvement means that firmware updates and accessory upgrades are regularly released, keeping the BSH1002 at the forefront of laboratory technology.

Key Features

• Digital temperature control with ±0.1°C accuracy for reliable results
• Dual‑block design enables simultaneous processing of different sample types
• Interchangeable blocks accommodate a wide variety of tube and plate sizes
• Stainless‑steel construction ensures durability and resistance to corrosion
• Comprehensive customer support and warranty for peace of mind

FAQ

What temperature range can the BSH1002 achieve?

The dry bath can be set from ambient temperature up to 150°C, covering most laboratory heating requirements.

Can I use custom blocks with this model?

Yes, Benchmark Scientific offers custom‑shaped blocks on request to fit specialized containers or experimental setups.

Is the unit compatible with standard 115V power outlets?

Absolutely, the BSH1002 is designed for 115V AC power and includes built‑in safety features such as over‑temperature protection.

How do I clean the dry bath after use?

Since the bath does not use water, cleaning involves wiping the exterior with a mild detergent and a soft cloth; the interior blocks can be removed and cleaned separately.

What warranty does Benchmark Scientific provide?

The product comes with a one‑year limited warranty covering manufacturing defects and includes access to technical assistance throughout the warranty period.

In addition to the core capabilities described above, the Benchmark Scientific BSH1002 Digital Dry Bath offers a range of ancillary benefits that further enhance its value to the modern laboratory. The unit’s energy‑efficient heating elements draw less power than comparable water baths, contributing to lower operating costs and a reduced environmental footprint. The digital controller includes a programmable ramp function, allowing users to define a gradual temperature increase or decrease over a specified time interval; this feature is especially useful for protocols that require controlled thermal cycling or slow annealing steps. The built‑in data logging option records temperature and time stamps for each run, providing an audit trail that can be exported for compliance documentation or quality control analysis. For laboratories that operate under strict regulatory frameworks, the BSH1002’s ability to generate printable reports satisfies documentation requirements for Good Laboratory Practice (GLP) and ISO standards. The device also supports remote monitoring through a USB interface, enabling integration with laboratory information management systems (LIMS) for centralized control and data aggregation.

From a user‑experience perspective, the BSH1002 is designed with ergonomics in mind. The front panel layout places the most frequently used controls within easy reach, and the large, backlit LCD display remains legible even in low‑light conditions. The tactile feedback of the keypad ensures that temperature adjustments can be made confidently without looking away from the workbench. The unit’s quiet operation, achieved through optimized fan design and insulated housing, minimizes acoustic disruption during sensitive procedures such as microscopy or electrophoresis. Moreover, the dry bath’s modular construction allows for quick swapping of heating blocks, which can be stored in a dedicated compartment when not in use, preserving bench space and keeping the laboratory organized.

Benchmark Scientific’s commitment to sustainability is reflected in the BSH1002’s recyclable materials and low‑hazard manufacturing processes. The stainless‑steel chassis is fully recyclable, and the electronic components meet RoHS directives, reducing the environmental impact of the product throughout its lifecycle. Users who prioritize green laboratory practices will appreciate the dry bath’s reduced water usage, as it eliminates the need for water reservoirs, heating elements, and associated waste.

Finally, the BSH1002’s versatility extends beyond traditional laboratory settings. It is equally suitable for educational institutions, where students can safely explore temperature‑dependent reactions without the complexities of water‑based equipment. The clear user interface and straightforward programming make it an excellent teaching tool for introductory chemistry, biology, and engineering courses. In industrial quality‑control labs, the dry bath can be employed for material testing, stability studies, and process validation, delivering consistent heating performance that meets the stringent demands of manufacturing environments.