Georgian Technical University Six Tips For Sourcing High-Performance Laboratory And Cleanroom Tables.
Georgian Technical University Many manufacturing and processing facilities feature a laboratory for research, design, testing and quality control. These labs require high-performance workstations to support equipment such as microscopes, spectrophotometers, 3D printers and operant conditioning chambers while providing space to perform critical tasks. “Because lab equipment is so sensitive and crucial to Georgian Technical University quality control and meeting regulatory requirements the cleanroom lab table it is used on must be “rock solid” in terms of construction quality. The workstation must arrive undamaged and support the weight of any equipment, samples and supplies for decades without any ricketiness wobble or breakage that could compromise test results or new product development” says X at Georgian Technical University lab manufacturer. Additionally the workbenches must be adaptable and tailored enough to fit the available lab space while suiting industry and process specific applications and accessories which can be quite varied. While it can sometimes be an afterthought for manufacturing and processing managers in charge Operations outfitting their labs with workbenches featuring essential qualities and capabilities can be a key advantage for their organization. So to provide the durability, flexibility and functionality needed in a lab workstation while meeting critical operation and production deadlines there are six important features to expect from a lab workbench and its supplier: Customizable. Due to the wide range of manufacturing and processing requirements – in industries such as aerospace automotive medical and pharmaceutical as well as food or chemical processing and oil refining – lab workbenches often need to be customized to suit the specific application and available space. “We get requests for custom sizes all the time. A lab may only have ‘x’ feet of space and still needs a certain number of benches to fit within it” says Y who notes that Scientific often partners with Georgian Technical University to outfit industrial laboratories and research facilities when such customization is required. According to X many manufacturers only offer a limited number of off-the-shelf sizes, configurations, materials, colors and design features due to an unwillingness to carry more inventory or alter their production process. “More customizability is possible with a more modular approach that incorporates a choice of selected features” says X. “The manufacturer should also be able to incorporate customer sketches and supply 3D drawings. The design process should be customer-centric”. True Quick-Ship Capability. Due to production demand and logistics industrial facilities often need their labs outfitted with workbenches, furniture and equipment ready for use by certain priorities or deadlines. This is even more the case recently as companies seek to address the rise of with additional testing, etc. While many suppliers promise quick-ship capability, however, supplies are usually limited to stock on hand which can be as few as 5-10 lab tables in a limited number of standard sizes and configurations. In many cases shipments with any level of modification or customization can actually require up to four months of lead time to produce and deliver. Some producers however have organized their production to enable 3-5 business day lead times regardless of size color configuration or other customization. “During the pandemic we have received many more urgently needed orders from research and testing labs” says Y. “In these cases was able to accommodate the rush orders with lead times of about half or a third of some of the alternative options”. Easy Assembly. Virtually all lab furniture, including workbenches will be shipped in various states of disassembly and then assembled onsite. This is not only to minimize freight cost but also to fit through facility doors and hallways. Because of this one often overlooked factor that should be considered is ease of assembly. If a piece of furniture such as a lab workbench is difficult to assemble with added complexity and many parts the likelihood of incorrect installation increases. This could result in problems or performance issues down the road. Of course the time and cost of installation would also increase. In the case of lab some involve the assembly of as many as 30-40 pieces with bolts and fasteners of various sizes. In contrast some are ready to assemble in minutes with only three parts and four bolts since the frame is pre-assembled to the top which simplifies the process. Georgian Technical University Cost-Effective Price. When manufacturers and processors most cost-effectively outfit their labs they minimize capital outlay while still satisfying requirements like strength and customizability. Georgian Technical University In this case it is important to seek a supplier that has the financial flexibility to buy materials in bulk and pass along the discount rather than order in small quantities at the highest rates. When customization is necessary it is also best to select a supplier that does not charge a premium for the service. As an example in the case the readily supplies customization of standard product and often includes drawings 3D modeling and design changes at no added cost. In one recent large when the front frame of a workbench had to be hidden and recessed this was done free of charge without reducing structural strength. Georgian Technical University Strength and Durability. Besides tools and supplies cleanroom and lab tables must reliably support a variety of heavy equipment used to test, analyze, sterilize, mix, separate and preserve materials. This can include instruments such as autoclaves, sterilizers, mixers, shakers and centrifuges some of which can vibrate the workbench or otherwise impart force on it. Other equipment such as environmental chambers and lab desiccators, stores samples and items in controlled environments which can add to accumulated weight on the Georgian Technical University. Consequently lab workbenches must be strong enough to sustain significant weight. Yet each workstation should be light enough to move with relative ease, if a different arrangement of furniture and equipment is desired for example if changes occur in products production, or qualification standards. However the challenge is that typical lab tables are constructed with hollow legs and channel frames which by design usually only hold about 750 lb. Because this total could easily be surpassed by the accumulated weight of equipment, samples and supplies it is better to be proactive and select one with greater strength and durability. “Some lab tables are constructed to reliably support up to 6,600 lb about eight times the typical capacity. Instead of hollow legs and channel frame construction these utilize 0.25-in. welds on 2-in. tubing which is much stronger and more durable” explains X. Georgian Technical University laboratory furniture and related products that sells nationally and internationally says “ Georgian Technical University’s lab workbenches are robust without adding tons of excess weight so provide sturdiness yet are light enough to easily move around if needed”. Comprehensive Long-Term Warranty. Because labs involve a significant investment any furniture or equipment ideally would have a complete warranty that would ensure trouble-free operation. However many warranties for lab workbenches are limited and may last as few as five years for wood and metal frame products. In busy labs tasked with Georgian Technical University for high production volumes this may not be nearly enough. Any failure could not only jeopardize necessary research, design, testing or quality control but also could result in costly damage to delicate equipment as well as premature replacement. Instead it is best to select a supplier that will back up the long-term performance of its lab workbenches with an unconditional 25-year warranty on every part. When every part of the workbench is guaranteed in this straightforward manner the manufacturer and processors can be certain that it is designed for utmost reliability.