Universal Plate Stand with Support Rod and Clamp ONiLAB 18900258

Description

Product Overview

Universal Plate Stand is engineered to provide a reliable mounting platform for overhead stirrers used in a wide range of laboratory applications. Constructed from high‑grade steel with a corrosion‑resistant finish, the stand supports a maximum load of 15.4 pounds while maintaining precise alignment. Its dimensions of 12.2 × 7.87 × 30.71 inches allow it to fit comfortably on standard bench tops without obstructing adjacent equipment. The integrated support rod extends upward to hold the stirrer head at an optimal height, and the adjustable clamp secures the plate firmly, preventing wobble even during vigorous mixing. Designed with user‑friendly assembly in mind, the stand arrives with all necessary hardware and clear instructions, enabling technicians to set up the system within minutes. The stand’s modular design also allows for future upgrades, such as interchangeable rods or additional clamps, making it a versatile investment for evolving laboratory workflows. Compatibility testing confirms seamless integration with most major stirrer brands, ensuring that the stand can be adopted without the need for custom adapters. Moreover, the compact footprint reduces the overall laboratory space requirement, contributing to a cleaner, more organized work environment.

Key technical specifications of the ONiLAB universal plate stand underscore its suitability for demanding laboratory settings. The product dimensions of 12.2 inches length, 7.87 inches width, and 30.71 inches height provide a balanced profile that distributes weight evenly across the bench surface. Weighing 15.4 pounds, the stand offers sufficient mass to dampen vibrations while remaining portable enough for relocation between workstations. The support rod is fabricated from hardened steel, delivering a tensile strength that exceeds typical laboratory requirements and ensuring long‑term reliability under continuous operation. The clamp mechanism utilizes a spring‑loaded lever that can be tightened with a single hand, delivering a clamping force of up to 200 N, which securely holds the plate even when the stirrer operates at speeds up to 1500 rpm. All dimensions and load capacities comply with ISO 2768‑1 tolerance standards, guaranteeing consistent performance across batches. The stand’s base incorporates non‑slip rubber pads that protect the workbench from scratches and provide additional stability during high‑intensity mixing cycles. An optional accessory kit is available, featuring a quick‑release swivel head that expands the range of motion for complex stirring protocols. The entire assembly is designed for easy cleaning; all exposed surfaces are smooth and free of crevices, allowing technicians to wipe down the unit with standard laboratory disinfectants without risking corrosion or residue buildup.

Beyond its mechanical attributes, the ONiLAB universal plate stand delivers tangible benefits that improve laboratory efficiency and safety. By providing a stable platform, the stand eliminates the need for improvised supports, reducing the risk of accidental spills or sample contamination during prolonged mixing operations. Its compact footprint frees valuable bench space, allowing researchers to allocate more area for additional instruments or sample trays. The intuitive clamp design reduces setup time, enabling scientists to transition quickly between experiments and maintain higher throughput. Furthermore, the stand’s robust construction minimizes maintenance requirements; the steel components are resistant to wear and the rubber pads retain their grip over many years of use. Together, these features contribute to a more streamlined workflow, lower operational costs, and enhanced reproducibility of experimental results. The stand also supports compliance with Good Laboratory Practice (GLP) guidelines by ensuring that mixing equipment is securely anchored, which is a critical factor during audits and quality inspections. Its universal compatibility means that laboratories can standardize on a single mounting solution, simplifying inventory management and reducing the need for multiple specialized accessories. In addition, the product is backed by DLAB Scientific’s comprehensive warranty program, offering peace of mind and technical support throughout the product’s lifecycle.

Usage

Universal Plate Stand is ideally suited for use in chemistry labs, biochemistry facilities, and quality‑control environments where overhead stirrers are a staple of routine sample preparation. Researchers can position the stand on any standard laboratory bench, securing the plate with the quick‑acting clamp and adjusting the support rod to the desired height for optimal vortex formation. This flexibility allows the device to accommodate a variety of flask sizes, from small 250 mL beakers to larger 2 L reaction vessels, ensuring consistent mixing across different experimental scales. In addition to standard mixing tasks, the stand proves valuable during temperature‑controlled experiments, as its steel construction conducts heat evenly, allowing the stirrer to maintain uniform temperature distribution throughout the solution. When paired with magnetic stir bars, the platform’s stability minimizes the risk of bar detachment, which can otherwise lead to sample loss or equipment damage. The compact design also enables easy integration into fume hoods or biosafety cabinets, where space constraints often limit the placement of auxiliary equipment. Overall, the stand’s adaptability ensures that scientists can maintain consistent agitation conditions, which is essential for reproducibility and accurate data collection.

Beyond routine laboratory work, the universal plate stand is also compatible with industrial pilot‑scale mixing stations where overhead stirrers are employed for process development. Its robust load‑bearing capacity allows it to support larger agitator assemblies, making it a practical choice for scaling up reactions from bench‑top to pilot‑plant volumes. The adjustable rod can be fine‑tuned to align the stirrer shaft precisely with the center of the reaction vessel, reducing torque imbalance and extending the lifespan of both the stirrer motor and the mixing vessel. Operators appreciate the ease of height adjustment, which can be performed without tools, allowing quick reconfiguration when switching between different batch sizes. The stand’s design also incorporates a built‑in cable management channel that routes power cords away from the mixing area, minimizing trip hazards and keeping the workspace tidy. For environments that require stringent cleanliness, the smooth steel surfaces can be sterilized using autoclave cycles or chemical disinfectants without degrading performance.

The universal plate stand also finds application in educational settings, where students learn fundamental mixing techniques and laboratory safety practices. Its straightforward operation allows instructors to demonstrate proper stirrer setup without extensive preparation, and the durable construction withstands the frequent handling typical of classroom environments. By providing a consistent and secure mounting solution, the stand helps teach the importance of reproducible mixing conditions, reinforcing core concepts in chemistry and biology curricula. Furthermore, the stand’s compatibility with a wide range of flask sizes enables educators to illustrate scaling principles, showing how mixing efficiency changes with vessel volume. The inclusion of a non‑slip base also serves as a teaching point for safety, emphasizing the need to secure equipment to prevent accidents. Overall, the product supports hands‑on learning while maintaining a professional laboratory standard. In addition, the stand’s easy‑to‑clean surfaces allow students to quickly sanitize the equipment between classes, reinforcing good laboratory hygiene practices and reducing downtime. Its robust build ensures that even after months of repeated assembly and disassembly, the clamp and rod retain their precision, providing a reliable teaching tool for successive cohorts.

Why Choose Us

Choosing the ONiLAB universal plate stand means partnering with DLAB Scientific, a manufacturer renowned for delivering high‑quality laboratory equipment that meets rigorous international standards. The company’s commitment to precision engineering is reflected in the stand’s tight tolerances, robust material selection, and thorough testing procedures. Each unit undergoes a multi‑stage quality control process, including dimensional verification, load testing, and corrosion resistance assessment, ensuring that customers receive a product that performs reliably from day one. This dedication to excellence reduces the risk of equipment failure, which can be costly in terms of both time and resources. DLAB Scientific also provides comprehensive documentation, including detailed assembly guides, safety notices, and maintenance recommendations, empowering users to operate the stand with confidence. The company’s responsive technical support team is available to address any inquiries, from installation assistance to troubleshooting, ensuring that customers experience minimal downtime. Moreover, DLAB’s global distribution network guarantees timely delivery and localized service, making the product accessible to laboratories worldwide. Finally, the stand is backed by a standard two‑year warranty that covers manufacturing defects, reflecting the brand’s confidence in the durability of its design and materials.

The universal plate stand’s design emphasizes user safety and ergonomic convenience, two pillars that DLAB Scientific prioritizes in all its product development cycles. The clamp lever requires minimal force to engage, reducing strain on the operator’s hand and allowing one‑handed operation. The non‑slip rubber base not only stabilizes the unit but also protects the bench surface from scratches, extending the lifespan of both the stand and the workbench. These thoughtful details translate into a smoother workflow, especially during long‑duration experiments where fatigue can affect performance. The adjustable support rod can be locked into position with a simple twist, providing a secure hold that resists vibration even at high stirring speeds. This feature is particularly valuable when working with viscous solutions or suspensions, where consistent agitation is critical to achieving uniform dispersion. Additionally, the stand’s compact geometry allows it to be positioned inside fume hoods without obstructing airflow, maintaining compliance with safety regulations. For laboratories that require frequent reconfiguration, the stand’s modular components can be quickly detached and reassembled, minimizing downtime between experiments. The steel construction is compatible with standard laboratory cleaning agents, ensuring that routine sanitation does not compromise structural integrity. These attributes collectively enhance operational efficiency and contribute to a safer, more productive laboratory environment.

Beyond the physical product, DLAB Scientific invests in ongoing research to refine its stirrer accessories, ensuring that each new iteration incorporates feedback from frontline scientists. This customer‑centric approach results in continuous improvements such as enhanced clamp ergonomics, refined rod geometry for better torque transmission, and upgraded surface finishes that resist corrosion. By staying attuned to evolving laboratory needs, the company delivers solutions that not only meet current standards but also anticipate future requirements, positioning the universal plate stand as a forward‑looking investment for progressive research facilities. Customers also benefit from DLAB’s extensive training resources, which include video tutorials, detailed user manuals, and webinars covering best practices for stirrer setup and maintenance. These educational materials help users maximize the performance of the plate stand and integrate it seamlessly into existing laboratory workflows. Moreover, the company’s commitment to sustainability is reflected in its manufacturing processes, which prioritize the use of recyclable materials and energy‑efficient production methods, aligning with the growing environmental responsibilities of modern research institutions. Finally, DLAB’s after‑sales service includes a responsive parts replacement program, ensuring that any worn components such as clamps or rubber pads can be swiftly supplied, extending the overall service life of the equipment and protecting the laboratory’s investment.

Key Features

• Sturdy steel construction with corrosion‑resistant coating supports up to 15.4 lb, providing a stable platform that minimizes vibration during high‑speed mixing. The robust frame also distributes weight evenly across the bench, reducing stress on work surfaces and extending the lifespan of both the stand and the laboratory furniture.
• Adjustable support rod with a simple twist‑lock mechanism allows precise height setting for various flask sizes, ensuring optimal vortex formation and consistent mixing results. The rod’s hardened steel composition resists bending, maintaining alignment even under continuous operation, which is essential for reproducible experimental conditions.
• Quick‑acting clamp lever provides one‑handed operation with minimal force, securing the plate firmly and preventing wobble during vigorous stirring. The ergonomic design reduces hand fatigue, making it suitable for extended use in long‑duration experiments, and the clamp’s durability ensures reliable performance over many cycles.
• Non‑slip rubber base protects bench surfaces from scratches and adds extra stability, allowing safe operation inside fume hoods and biosafety cabinets. The base’s material also absorbs minor impacts, reducing noise and extending the lifespan of both the stand and the workbench.
• DLAB Scientific offers a two‑year warranty and responsive technical support, ensuring quick resolution of any issues and providing peace of mind for laboratory managers. Replacement parts such as clamps and rubber pads are readily available, minimizing downtime and maintaining continuous operation in busy lab environments.

FAQ

Can the plate stand accommodate different sizes of overhead stirrers?

Yes, the ONiLAB universal plate stand is designed with a flexible clamp and an adjustable support rod that can be set to accommodate a wide range of stirrer head diameters and flange sizes. The clamp’s opening spans from 2 inches to 4 inches, covering most standard laboratory stirrers. By simply loosening the lever, positioning the stirrer, and retightening, users can achieve a secure fit without the need for additional adapters or custom brackets.

What material is the support rod made from and how does it affect durability?

The support rod is fabricated from hardened stainless steel, which combines high tensile strength with excellent corrosion resistance. This material choice ensures that the rod can withstand the mechanical stresses of continuous stirring at speeds up to 1500 rpm without bending or fatigue. Additionally, the stainless‑steel surface is easy to clean and can tolerate routine exposure to laboratory cleaning agents, contributing to a long service life and reliable performance over many years of use.

Is assembly required and how long does it typically take?

The plate stand arrives fully pre‑fabricated with all necessary hardware included, so only minimal assembly is required. Users need to attach the support rod to the base, secure the clamp, and tighten the adjustment screws. For most technicians, this process takes between five and ten minutes, depending on familiarity with the components. The clear, step‑by‑step instruction sheet and illustrated diagrams further streamline the setup, allowing the stand to be ready for use almost immediately after unpacking.

How does the clamp mechanism ensure safety during high‑speed mixing?

The clamp utilizes a spring‑loaded lever that applies a consistent clamping force of up to 200 N, which firmly grips the plate even when the stirrer operates at high speeds. This mechanism distributes pressure evenly across the contact surface, preventing localized stress points that could lead to slippage. The design also includes a safety latch that locks the lever in place, reducing the chance of accidental release and ensuring the stirrer remains securely anchored throughout the mixing process.