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  RDM LABORATORY EXHAUST FUME HOODS & CASEWORK shown with Recessed Pulls.

  Ignoring the Weight Capacity

A cabinet looks solid until it struggles under the weight of oversized instruments and dense chemicals. Too many buyers assume every model can withstand the load, forgetting that steel thickness and design can vary wildly. Shelves sag, frames warp, and before long, the storage that was supposed to ensure safety becomes a liability.

The lesson is hardly obscure. You should measure the expected load and compare it with what the cabinet is rated to handle. Pretending a thin-gauge structure is “good enough” is a shortcut to early replacement or a collapsed shelf.

• Overlooking the Finish

Paint and powder coatings seem cosmetic until corrosion creeps in. Labs often host more humidity, spills, and chemical vapors than ordinary storage environments. A poor finish turns into bubbling paint, rust stains, and pitted surfaces faster than administrators expect.

A cabinet that once looked professional can look dated and useless in no time. Paying attention to the finish, whether epoxy, powder-coated steel, or stainless steel, is not vanity. It is an investment in avoiding contamination and extending service life.

• Forgetting About Wait Times

Procurement departments like to imagine furniture appearing as quickly as stationery. Yet wait times for specialized lab cabinetry can stretch for weeks, sometimes months. A project scheduled around equipment installation can stumble because the cabinets are still in transit.

The oversight is surprisingly common, usually discovered when contractors are already pacing around with nowhere to mount the shelving. The solution is simple. You should ask early, confirm twice, and assume delivery will not match the marketing promises. A little pessimism saves a lot of scrambling.

• Discounting the Environment

Cabinets live where they are placed, not in the pristine conditions imagined by advertisements. Temperature swings, cleaning agents, and accidental splashes of solvents exact a toll. Ignoring these environmental factors leads to cabinets that rust, corrode, or off-gas unpleasantly.

In one lab, the combination of high humidity and regular bleach cleaning left the cabinets looking like they had survived a flood. Matching material and finish to actual conditions may lack glamour, but it prevents premature deterioration and unnecessary replacement costs.

• The False Economy of Buying Cheap

Considering price as the only purchase consideration can create problems. The temptation to shave a budget line is universal. After all, one cabinet looks like another in a spreadsheet. But the cheapest option often sacrifices sturdiness, finish quality, and safety. A cabinet that wobbles, corrodes, or fails underweight does not save money but merely transfers the cost to repairs, replacements, or accidents.

Labs handle substances too unforgiving for flimsy furniture. Safe and useful should outweigh cheap every time, even if it means explaining to finance that the higher upfront cost avoids recurring bills later.

Final Thoughts

Choosing metal lab cabinets may seem mundane compared with selecting advanced instruments, yet mistakes here ripple through daily operations. A sagging shelf, a corroded frame, a delayed delivery—none of these problems make headlines, but together they erode efficiency and safety.

Avoiding the common missteps is less about technical sophistication and more about careful attention: respect load limits, scrutinize finishes, anticipate delivery schedules, and match materials to the environment. Laboratories thrive on precision, and their furniture ought to reflect the same standard.

The post Common Mistakes When Buying Metal Lab Cabinets and How to Avoid Them appeared first on RDM Industrial Products.

• Storage That Saves More Than Space

Researchers are not known for traveling light. Glassware, pipettes, specialized equipment, and the occasional unclaimed coffee mug accumulate quickly. Built-in storage beneath a table transforms clutter into order, shortening the time spent hunting for a missing flask. 

Drawers or cabinets directly under the work surface also mean fewer treks across the room, which spares both time and patience. Organization may lack glamour, yet it remains the most overlooked catalyst for productivity. 

• Power, Gas and Water Where They Belong

One of the more frustrating scenes in a lab involves an elegant experimental setup ruined by an extension cord draped like a tripwire across the floor. Integrated power outlets, gas lines and water access solve that problem easily. 

Instead of improvising connections or risking safety with tangled cables, scientists can focus on their work. The ability to plug, light or flush right at the bench removes friction that no amount of intellectual brilliance can overcome. 

• Light Without the Shadows

Precision thrives under the right illumination. Overhead lights rarely suffice. Shadows fall at inconvenient angles, and delicate measurements demand more. A mounted light boom provides brightness directly above the task, cutting down on eye strain and guesswork. 

It is difficult to overstate the productivity gains from simply being able to look clearly. However, many labs still rely on generic ceiling fixtures, as if a Bunsen burner were best handled under mood lighting.

• Shelving That Extends the Table Upward

When square footage is fixed, the only way to expand is vertically. Upper shelving transforms wasted airspace into accessible storage. Frequently used items sit at eye level rather than hiding in distant cabinets. 

More importantly, clear shelving keeps the work surface uncluttered. There is a psychological benefit too – a clear bench signals a clear mind and research rarely benefits from chaos. Shelves, in their quiet way, become silent assistants. 

• Mobility That Encourages Adaption

Science rarely unfolds in neat, predictable steps. A project may require reconfiguring the lab layout, wheeling in new instruments or simple making space for collaboration. Tables with casters accommodate those shifts. 

The ability to move heavy benches without an entourage of volunteers is liberating. A lab designed for adaptability avoids the rigidity that often turns promising experiments into logistical nightmares. Mobility keeps both ideas and people in motion. 

• Holding Steady When Precision Demands It

Not all tables should roll. Certain experiments such as microscopy and sensitive measurements require a bench that refuses to budge. Vibration isolation provides that stability. By dampening even the faint tremors from nearby foot traffic or machinery, these tables protect delicate procedures from disruption. 

Final Thoughts

Labs thrive on precision, yet too often the physical environment receives less thought than the experiment itself. Integrated utilities spare researchers from improvising. Light booms, shelving, casters, and vibration isolation all add subtle yet measurable gains. The lesson is simple: productivity in research is not only a matter of intellect or funding, but also of where, and on what, the work is performed. 

Source industrial furniture from certified and licensed manufacturers who can provide you with a range of options depending on your workflow requirements.

The post Custom Lab Table Features That Improve Productivity in the Lab appeared first on RDM Industrial Products.

If you are looking for the best performance surfaces for your workplace furniture, you might want to consider stainless steel tables with adjustable legs and tops. Stainless steel is a durable, hygienic, and versatile material that can suit any style and function. Here are some of the reasons why stainless steel tops are the best choice for your workplace furniture.

RDM Stainless Steel Ergonomic Lift Table – Model A-107P-SS-CLG-FLWR – Shown with Optional Full Lower Stainless Steel Shelf.

It is durable.

Stainless steel is resistant to corrosion, rust, stains, and scratches. It can withstand high temperatures, moisture, and chemicals without losing its shine or strength. Stainless steel tops can last for decades with minimal maintenance, making them a cost-effective and eco-friendly option. Unlike other materials, such as wood, laminate, or glass, stainless steel does not warp, crack, chip, or fade over time. It also does not require painting, sealing, or refinishing to preserve its appearance and quality.

It is hygienic.

Stainless steel is non-porous, meaning it does not harbor bacteria, viruses, mold, or fungi. It is easy to clean and sanitize with soap and water or a mild disinfectant. Stainless steel tops are ideal for workplaces that require high standards of cleanliness and safety, such as medical facilities, laboratories, or food service areas. They prevent the spread of germs and infections and protect the health of your employees and customers. They also do not absorb odors, stains, or flavors from food or liquids, making them suitable for kitchens and dining areas.

It is versatile.

Stainless steel is a neutral and modern material that can blend in with any color scheme or design theme. It can also be customized to fit any shape or size of furniture, from desks and tables to cabinets and shelves. Stainless steel tops can be polished, brushed, or textured to create different finishes and effects. You can also choose from different grades and thicknesses of stainless steel to suit your budget and needs. Whether you want a sleek and minimalist look or a rustic and industrial vibe, stainless steel tops can achieve it.

It is highly functional.

Stainless steel is a strong and stable material that can support heavy loads and equipment. It is also a good conductor of heat and electricity, making it suitable for workplaces that involve electronics, appliances, or machinery. Stainless steel tops can also reflect light and create a spacious and bright atmosphere. They enhance the visibility and productivity of your workplace and make it more comfortable and inviting.

Closing thoughts

As you can see, stainless steel tops are the best-performing surfaces for your workplace furniture. They offer durability, hygiene, versatility, and functionality that other materials cannot match. If you want to upgrade your workplace furniture with stainless steel tops, contact us today for a free quote and consultation. We have the expertise and experience to provide you with the best quality and service in the industry.

The post Reasons Why Stainless Steel Tops Are Great for Workplace Furniture appeared first on RDM Industrial Products.

Your key concerns while purchasing an industrial worktable might include:

Brand or Manufacturer

Industrial tables are available in various sizes, styles, and features, but the most reputable brands and manufacturers assure the best quality. Taking unnecessary risks by purchasing cheap worktables from just any merchant can pose a threat to the quality workflow of a workplace. So, it is highly recommended to choose reliability and quality over a low price and opt for reputable manufacturers even if their goods are a bit pricier.

Material of Worktable

The material of an industrial worktable is quite significant mainly due to its durability and sustainability. Industrial workplaces like manufacturing units and laboratories deal with many kinds of toxic and harsh elements. A worktable needs to be exceptionally sturdy to survive such an environment. There are a variety of materials for industrial worktables such as stainless steel, aluminum, particleboard, wood, glass etc. However, a stainless-steel worktable is highly preferred due to the durability, corrosion resistance, and smooth surface of the stainless steel that is easily cleaned.

Electronic Compatibility

You may choose electronic industrial tables for your workplace that allows you to plug in any electronic tool or device to the table itself. It is very useful in work environments with lots of tools with short cords. It gives much more space for working by keeping the cords organized and untangled.

Purpose of Worktable

You need to be clear about how you want to use the worktable, in order to purchase the right one. If you are going to do light work like drafting, then a light table is good enough. However, if you need it for heavier work in the laboratory or that of an industrial workplace, then you really should go for a heavy-duty industrial worktable. It will last so much longer, and provide the durability required for the jobs performed.

Functions and Features

An industrial workspace can use these types of worktables in several different ways, which requires various functions and features. As the user, you need to select the appropriate features that you will need in the workplace. For example, laboratory worktables should be chemical resistant. A worktable with cabinets and drawers is more organized and provides extra storage. More importantly, the ergonomic features of adjustable height tables offers more flexibility to employees while they are working. There are many other features, but including them may cost you more than you’re willing to spend, so think carefully when considering what you really need.

Size of Worktable

If you need just a few tables, then the size of the tables is not necessarily important, but still something you should consider. However, in a large workplace, where you have many employees in the same space,  and require a multitude of tables, then you must consider your space, to have them organized properly. It becomes crucial in those situations to be concerned about your table size so that after filling the room with tables, your workers can still have enough space to walk and work freely. You don’t want a cluttered work environment, that would defeat the purpose of purchasing new workbenches and tables.

Final Thoughts

It’s not difficult to choose the right industrial worktable. Apart from paying attention to the quality of material, you need to consider its design and functionality as well. And going for worktables offered by reputable manufacturers would be the right decision, to ensure you get the ideal industrial tables for your workplace.

The post A Guide to Picking the Right Industrial Worktable appeared first on RDM Industrial Products.

There are four beneficial features that can transform the working environment: versatility, durability, safety, and utilities. The combination of these four elements can help build the ideal system.

Versatility

An effective way to make a laboratory workstation more versatile is to install a robust fume hood. Such devices are critical for ensuring that the room contains fresh, breathable air. Additionally, they assist in venting out any potentially toxic fumes that are known for having damaging effects to human health.

There are numerous gases that can become expelled during every day work functions. Corrosive elements and toxins are not uncommon and a fume hood can help expel these harmful substances.

An essential factor to consider is the use of a polypropylene hood because this material does not react in unusually negative ways with the most common laboratory chemicals.

Durability

One great way to increase workstation durability is with good laboratory workbenches that meet a series of basic requirements. Specifically, this means benches which are reinforced with surfaces that are resistant to typical chemicals.

It is not uncommon for these potentially harmful gases or substances to leak or spill. Ensuring that the workbench has proper reinforcements is very helpful. Additionally, corrosion can occur which damages the durability and aesthetics of the laboratory. Some laboratory workbenches can also be adjusted to different heights to suit unique individuals or operations.

Safety

The safety of the working environment, including any laboratory work tables or stations, cannot be overstated. Some effective variables to consider are the number of technicians working at one time, space for circulation, and the overall blueprint of the room.

Numerous items can significantly increase safety, including:

• eye protection goggles
• gloves
• robes
• face masks

Utilities

Laboratory workbenches and stations can benefit greatly from the existence of numerous utilities. Tools for performing standard operating procedures allow for extended levels of effectiveness. Furthermore, they can assist technicians in meeting industry and/or governmental standards and regulations.

Some of these utilities include glassware such as beakers, fluid containers, and petri dishes. Additionally, sinks are also important, especially if they come in a variety of sizes. Sometimes, having unusually deep sinks is helpful when much greater objects or cleaning is required for certain projects.

In Conclusion… Laboratory workstations are very complex environments that must also meet critical and consistent safety standards. For these reasons, numerous levels of versatility and durability have been developed over the years.

• Versatility can be improved with a polypropylene hood that is resistant to chemical reactions and helps ventilate the lab setting.
• Durability is maximized with the inclusion of workbench surfaces that are reinforced against the corroding and rusting effects of certain substances.
• By ensuring safety with accessibility to key items like gloves, eye protection, and face masks, the laboratory work tables can become much more efficient.
• Providing necessary utilities such as varied sinks and glassware can assist workers in successfully completing the number of everyday tasks faced in achieving scientific endeavors.

The post Laboratory Workstations: Versatility, Durability and So Much More! appeared first on RDM Industrial Products.

Finding an industrial work table that is right for the tasks you perform dramatically improves your efficiency and productivity. Industrial work tables come in different sizes, shapes and also offer various options such as shelves, counters, and backsplashes. It is important to note that different professions demand different types of industrial work tables hence buyers should consider that while outsourcing one of these products.

While there are a dozen of other materials that are used in assembling work tables, stainless steel has proven to be the most versatile material. It is for this reason that steel has gained several uses in the construction of engineering appliances, automobiles, and workbenches. 

Besides being extremely durable and strong, steel possesses good qualities hence it is a choice of many workbench fabricators for modern industries.

Why You Should Go For a Stainless Steel Industrial Table

I. Resistance; industrial workbenches and other forms of industrial furniture are designed to handle dirty, sharp and heavy materials. Some of the elements may affect the surfaces of your industrial table or even scratch it causing damage in the long run. However, this is different for stainless steel. It is made of strong alloys that withstand different conditions such as acidity and alkalinity. Stainless steel is also resistant to scratches and is usually nonstick to ensure no stains attach to its surface.

II. Strength; it is surprising that tensile strength of all the other material is measured with steel. This is because, it is one of the strongest materials that have been depended on globally due to its resistance to heat, impact, bending, and corrosion.

III. Ease of cleaning; one of the main considerations you should make when buying industrial furniture is the ease of cleaning their surfaces. Work tables made of steel are easy to clean and maintain because they are resistant to stains and corrosion hence minimal effort is needed to clean them.

Plastic Laminate Work Tables for Laboratory Application

While steel work tables may be expensive and heavy, there are other options which can deliver almost the same versatility and durability as the steel industrial tables offer.

As the name suggests, plastic laminate work tables are made of a primary material that is them laminated with a secondary plastic cover that acts as insulation and protection for the primary material. Plastic laminate work tables are extremely versatile, and in some aspects, they outdo steel work tables. This is because, with the plastic insulation, they can withstand longer exposed to corrosive chemical and solvents than steel. They are impact tolerant, scratch resistant and adhesive resistant

In Conclusion

Depending on your requirements, there are work tables that have been developed to help you perform your tasks effectively. Stainless steel and plastic laminate industrial furniture are the best due to their unique characteristics that are almost similar.

Importantly, you should be guided by the nature of your task while purchasing an industrial work table since you do not want to buy steel industrial tables while your work is dissipation of electric charge or inspection of electronics. You may also not want to buy a plastic laminate workbench while the nature of your job involves dealing with hot elements.

The post You’ll Love the Versatility and Durability of Industrial Work Tables appeared first on RDM Industrial Products.

Light Tables in Graphic Design

Graphic design is perhaps the field where light tables are most appreciated, and one of the most well known light table uses. Without a doubt, nearly everyone in graphic design has made use of a light table. The even illumination that the light table provides allows the artist to easily trace the original content. The light table can be used with a pencil to lightly trace the original image onto thicker or more expensive paper, such as watercolor paper. This will help the artist create a more accurate image. Cartoonists and animators find light tables incredibly useful because of the repetition that comes with their work. For these professionals, light tables with supports may be better suited for their use, as it allows them to sit while they work.

Light Tables for Architecture and Drafting

In architecture and drafting, light tables continue to be used on a daily basis. Though not used as frequently for drafting since the advent of computers, every architecture office will have at least one light table. In early stages of design, the fastest way to generate ideas is through sketching. When many iterations of the same sketch are needed, or when the sketch may need to be altered slightly, light tables are the simplest tool to use. Outside of early design, many clients, especially those with residential projects, continue to request hand drafted plans. In these cases the light table will be used extensively for every sheet of the project. The draftsman will place the original floor plan against the light table and use this as a base for all of the subsequent floor plans. This will greatly reduce the time and increase the accuracy when creating a set of plans.

Light Tables for Clash Detection

In the building industry, an inspection light table can be used to compare drawings from various disciplines and detect any clashes. So long as the drawings are using the same scale, they may be placed against a light table to detect where certain systems are in conflict with other systems. One of the most common clashes can be piping from the plumbing drawing, coming into conflict with ducts from the mechanical plan. The light table will allow the different disciplines to detect any problems beforehand, allowing them to save time and money when constructing the project.

Light Tables in the Medical Field

In the medical field, an inspection light table is the most appropriate type of industrial light table. Usually placed vertically, as many medical professionals work while moving, these light tables are most often used in hospitals to inspect x-rays. This is perhaps the most well known use of a light table for the general public, as we often see it in the media. Placing negatives of photographs against the evenly lit light table allows the doctor to more closely inspect the patient.

Industrial light tables are one of the most basic tools in any design professional’s office. It is their simplicity that will continue to make them versatile and irreplaceable. Even as technology advances, the ability to quickly trace or view a drawing more clearly will be hard to replace.

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When choosing the right science lab furniture, it is important to have a background knowledge of lab tables in order to make the right purchase. Having the right table, as well as lab table equipment, will ensure your ability to get everything done in your science classroom that you may need to. Sometimes the right table or laminar air flow hood can be the perfect addition to your classroom. It is also important to find a table that fits into your budget, and will also last you a long time. There are three main factors to think about when choosing your table. These factors are the purpose of the table, the type of surface, and the durability of the table.

The Right Surface
Science tables are available in a variety of shapes and sizes. Most people are unaware, but there are about five different types of table surfaces. Listed below are three of the main types of surfaces available.

1. High-Pressure Laminate
High-pressure laminate is the most basic surface, but is very resistant to scratching that may occur from everyday use of the table. High-Pressure Laminate is the most economical choice for a table, so it has a limited chance of resisting high temperatures and chemicals that may be used in the lab. This surface is best used in study or lecture environments.

2. ChemGuard
ChemGuard has the perks of the standard black laminate, but it has a stronger resistance to chemicals. The ChemGuard surface also has a better chance of fighting everyday wear. These science tables are great for a chemistry classroom that is in a high school that may use chemicals that are considered weaker. ChemGuard tables also serve as excellent dual-purpose tables for lecture and lab classes.

3. Welded Fiber
Welded Fiber is the best surface to use with harmful chemicals because there is a chemically resistant finish. The surface has a light texture that gives a large improvement to scratch resistance over the other two surfaces previously mentioned. The surface table tops are designed with a 1″ welded fiber. There is also a fiberboard core and even safety edges that are rounded.

Purpose of the Table

With different types of classes, comes different needs for the tables. Science classes that have beginning students have the least exposure to chemicals, so they may only need the standard, high-pressure laminate tables because of the lack of exposure. Once students get to middle and high school, they may get more use out of a ChemGuard and welded fiber powder tables because they need more of a resistance to chemicals. If you are working in a laboratory that is using more advanced experiments, than phenolic resin and solid epoxy resin are tables that are more suitable because of the strongest resistance to chemicals. If you are unsure of what level is needed for your specific environment, checking with a consultant is always the best way to find the table for you.

Durability of the Table

After you have gone through the surface options and your need for the tables, a look at the durability of the table should be done. Even though the surface of the table has a lot to do with the durability, the table’s legs and supports should also be considered. There are three different types of bases that are on tables. These bases are hardwood, laminate, and metal. Laminate is normally the least durable, hardwood is more durable than laminate, and metal is the strongest.

The Perfect Science Lab Table

Using the factors above should help you to find the lab table that works for your classroom and the type of lab table equipment, like a laminar airflow hood, you may need. The right science lab furniture can make or break your classroom, or lab environment.

The post How to Find the Perfect Science Lab Table appeared first on RDM Industrial Products.

What is a Fume Hood?

A lab fume hood is a ventilation system that exhausts gases, chemical fumes, vapors, aerosols, mist and dust from the laboratory. A fume hood also functions as a physical barrier between chemical reactions and the operator, offering protection against inhalations, spills, fires and runaway reactions.

Types of Laboratory Fume Ho

There is a wide range of options when it comes to selecting hoods from a fume hood manufacturer.

The common types of exhaust fume hoods include;

• Distillation fume hood. These hoods have large working heights. The height allows for installation of tall distillation equipment in the work chamber.
• Radioisotope fume hood. Lab technicians who handle large amounts of radioactive materials can use radioisotope fume hoods for protection. These hoods are specifically designed for radioactive materials. Their interior consists of stainless steel with coatings to help in decontamination.
• Acid digestion fume hood. These hoods have special liners made using acid-resistant materials like unplasticized PVC. Their sashes are made using polycarbonate materials to resist corrosion due to hydrofluoric acid.
• Ductless fume hood. These hoods use activated carbon to absorb chemical fumes and vapors.
• Bench top fume hood. They are designed to offer protection against almost all chemicals used in the laboratory.

Components of a Fume Hood

There are seven main components of lab fume hoods. These are;

• Hood Body
• Sash
• Baffles
• Face
• Exhaust Plenum
• Work Surface
• Airfoil

The hood body is the visible surface of the hood that houses the hazardous vapors and gases.

The baffles are the adjustable partitions used to create an opening at the back of the hood body. They serve to keep a uniform flow of air across the hood, enhancing the efficiency of the equipment in the process.

The sash is the sliding door used to adjust the front opening of the hood. It helps control airflow and increases the rate at which the hood captures contaminants. The sash can either be vertical, horizontal or a combination of horizontal and vertical.

The airfoil streamlines airflow in the hood and prevents turbulent eddies from building up. The exhaust plenum distributes air evenly across the face of the hood. The face is the imaginary area between the sash and work surface.

How to Use a Fume Hood Effectively

When using a fume hood, adequate preparation and planning are important. You should know the standard operating procedures of the equipment and maintain them throughout.

Here are some guidelines you need to observe.

• Make sure the exhaust is in good working condition before you begin any experiment. Examine the baffles and see if there are any obstructions. If the hood has an airflow monitor, check to see if it is at the correct level.
• Keep your face outside the plane of the hood to limit chemical exposure.
• Use appropriate protective gear, like splash goggles, lab coat and gloves. Such gear will protect you in case of dangerous spills and fire.
• Always keep the hood closed when it is not in use.
• Make sure the sash is closed to save energy.
• Terminate operations immediately if you suspect a malfunction or when the airflow alarm goes off.
• Do not make quick motions when using the hood, like suddenly removing or placing items in the hood. Doing so will cause air disturbance and reduce the effectiveness of the equipment.
• Read the instructions from the fume hood manufacturer carefully to avoid making mistakes.

Just like any other lab equipment, exhaust fume hoods will serve you better if you understand how they work. The items discussed above will help you get started with your lab fume hood in a safer and easier manner.

The post A Beginner’s Guide to Working with Laboratory Fume Hoods appeared first on RDM Industrial Products.

You really should consider an industrial workbench (or two) when you are outfitting a large facility, and you may even consider setting up work benches for each person or team who works in the building. In creating a factory floor that has more than enough standard workbenches for each person in the building, you may want to look at using specific benches for specific purposes and tasks. This article explains how you may use the different workbench models you have found to your advantage, thus making choices for your company that are well-informed.

#1: The Benches Have Standard Configurations

When you’re on the lookout for Workbenches for sale, it’s best to ensure that they have a standard configuration making them easier to use to your advantage when you are organizing your building space. You should choose a few of these standard benches because they will help your employees get more work done during the day, and they are adaptable when you need to incorporate workbench accessories that will fit in your facility requirements.

#2: Laboratory Workbench Options

The Laboratory workbench is a must, when you are running experiments in your facility, and choosing this type of workbench allows you to accessorize with added key features to match your needs. Your lab staff should get quite a lot of work done using customized laboratory workbenches you have purchased, and every experiment will be more accurate because it was completed using the proper tools.

#3: Which Workbench Models To Use

Be sure to do your due diligence when looking through workbenches for sale, be sure that they will fit your environment’s’ needs to help you complete the most work possible. Thus look through varied models you believe would fit your needs, and then asking additional questions of the manufacturer would be helpful. You might look at choosing a bench that you know will work well in several departments, and you may also consider choosing models that will coordinate well with specific tools you use in the facility. Matching certain testing parameters, and workflow habits, will help you fit the right workbench models on the factory floorplan. Standard workbenches are easy to use when you have chosen the proper size model, and you can also choose each model in more than one size, and in many cases (with the right manufacturer) you can custom order your benches to fit your overall needs.

#4: Organizing Your Benches

Work benches should be organized, so that your facility will run more efficiently. When you have every bench in the proper place, of the right configuration and accessory requirements met – your workplace will be that much more productive. A bench that was chosen to fit in a large room may be exactly the same as every other bench in the room, but your employees know which bench is theirs based on the accessory upgrades that they have, to place all the tools they need to do an exceptional job.

#5: Storage For An Industrial Workbench

You should consider choosing storage options for an industrial workbench that will help you hide away all your tools and material under the table surface. By having such storage, your staff are more inclined to pack up more efficiently at the end of the day. They will also in turn have better access to all the tools and materials they need for any given project. It is quite simple to ensure that the workbench has enough undercarriage storage, and you may train your staff in how to use the baskets under the table.

#6: Attaching Tools

Did you know – you can attach special compartments or holders for your tools to your work benches, for when you need a place to rest a certain item when it’s not in use? You may choose to clamp a bench tool to the workbench you have chosen for that purpose, and everyone who works in your facility will know that that particular bench has a specific purpose. You will also find it much easier to remain productive because each bench can have the required tools setup for each team member to use. And as a side note – you may can often adjust the height of the table when you approach the bench.

Just remember that the workbenches you are looking at using, will be to help you and your teams save be more efficient and potentially save you time on the factory floor. You may even notice that everyone on your staff gets more done during the day simply because they have a work space that is easy to use, adjust and store their tools. Doing your due diligence and researching your workbench needs (and preferences) before making your final selections today, will lead to a more productive factory, with quality industrial, or laboratory workbenches meeting everyone’s working requirements.

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