4 Advice to Choose a Custom Table Cost

15 Apr.,2024

 

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Sitting down to dinner with the family is always a special occasion, whether you’re squished together on the couch or gathered casually in the kitchen. Sitting together around a dining table, though, adds a sense of occasion, and if you like to have guests over, it’s actually the most practical option, for the size alone. Below, you’ll find our picks for the best dining tables from our favorite online furniture stores, and elsewhere.

What to consider when buying a dining table

Price

When looking for a table on which to set your best dinnerware sets, the first thing you’ll need to do is consider your budget. “Dining tables can vary significantly in price due to factors like brand, craftsmanship, materials, and design,” says Shawn Zar, furniture and seating expert at Superior Seating. “We all love a good deal, and with all this easy-to-assemble furniture popping up, who can resist? But it's really worth thinking about how much bang you're getting for your buck over the long run. It's not just about the immediate price, but also the table's lifespan.”

Location

“The spot where you're planning to place your dining table, whether in an open-plan area or next to distinct architectural features, can dictate its size, shape, and material,” says Zar. “For instance, tables in sunny spots might age faster due to UV rays. If your table's near a high-traffic area, you might want something more durable. In open spaces, choosing a table that's pleasing from all angles is a good idea, since it's on full display.”

Materials

When shopping for any kind of furniture, be it comfortable couches, sleeper sofas or, yes, dining tables, what it’s made of is a huge factor to consider. “The table's material influences its durability, aesthetics, maintenance needs, and price,” explains Zar. “While wood offers a classic appeal, it reacts to environmental changes, like temperature and humidity. Glass, though modern and sleek, is a magnet for fingerprints. Metal, with its industrial charm, is sturdy but may lack the warmth you're aiming for. Marble and stone scream luxury, but they need a bit more love to maintain their look. And remember, even though that marble table might seem like the star of a magazine spread, if you've got kids, it could become a hub for unexpected 'art' and stains.”

Use

“Your table's primary function can be a guiding star,” concludes Zar. “If it's the mainstay for daily family dinners, you might lean toward a hard-wearing option. But if you're showcasing it during special events, perhaps aesthetics can take the driver’s seat. And if you're the host with the most, consider a versatile table that can accommodate both intimate dinners and big bashes.”

Our top picks for the best dining tables

Best splurge dining table: Herman Miller Eames Round Table

For those happy to splash out a little on a dining table, Brad Smith, interior designer and CEO at Omni Home Ideas, suggests looking at this classic Eames round table from Herman Miller. Smith describes it as, “A timeless design with impeccable craftsmanship,” and since it’s available in a variety of sizes, with multiple options for both the table top and the base finish, it’ll go with just about any decor you have.

Specifications:

  • Dimensions: 30, 36, or 48 inches diameter x 28.5 inches high
  • Material: Walnut, white ash, or laminate top, aluminum or polished aluminum base
  • Seating capacity: 4-6
  • Shape: Round
  • Price on publish: $1,295-$1,610

What we like:

  • Lots of options for customization
  • Also available in rectangular or square shapes

What we don’t like:

  • On the expensive end for a smaller table

The bottom line:

A sleek, versatile table with enough options to suit any style of room.

Best splurge dining table

Herman Miller Eames Round Table

buy on Herman Miller

Best budget dining table: Zinus Louis Modern Studio Collection Soho Dining Table

At the other end of the pricing spectrum is this bench and table combo, recommended by Mariya Snisar, head of interior design at Renowell. “This sturdy set features black steel tubing and a neatly-done surface panel, boasting a rich, brown wood grain finish,” she says. A great space-saving option, both the benches fit neatly underneath the table so you don’t trip over them when not in use.

Specifications:

  • Dimensions: 48 inches x 30 inches x 29 inches
  • Material: Wood, steel
  • Seating capacity: 4
  • Shape: Rectangular
  • Price on publish: $239.99

What we like:

  • Compact
  • Inexpensive
  • Easy to put together
  • Comes with benches

What we don’t like:

  • Several customer reviews note various parts of the table arrived damaged or scratched
  • Bench seating may not be the most comfortable for some

The bottom line:

A cheap, compact option for those looking to save space and money.

Best budget dining table

ZINUS Louis Modern Studio Collection Soho Dining Table with Two Benches (3 piece set) - Espresso

amazon

$190.00

$150.52

Best wood dining table: West Elm Anderson Solid Wood Expandable Dining Table

“This dining table is made of sustainably sourced wood, with a beautiful grain,” enthuses Smith. It features a clean, uncluttered design, modern, angular legs, and is crafted from solid acacia wood, but it’s the fact that it’s also extendable that makes this such a win. The two drop-in leaves allow for up to eight people to enjoy a meal, and should you be interested, it coordinates neatly with West Elm’s Anderson dining bench (although you’ll have to buy that separately).

Specifications:

  • Dimensions: 40-90 inches (depending on number of leaves used) x 40 inches x 29.5 inches
  • Material: Solid acacia wood
  • Seating capacity: 4-8
  • Shape: Square or rectangular (depending on number of leaves used)
  • Price on publish: $1,399

What we like:

  • Extendable
  • Beautiful design

What we don’t like:

  • Some reviews note the legs have the potential to wobble if not well maintained

The bottom line:

A stylish and versatile dining table suitable for both small and larger groups.

Best wood dining table

West Elm Anderson Solid Wood Expandable Dining Table

buy on West Elm

Best value dining table: Castlery Seb Dining Table

If you’re looking to get the most bang for your buck—or perhaps, the most table for your tender—then Castlery’s Seb dining table is for you. “A remarkable blend of style, craftsmanship, and value, this table becomes the star of any dining room,” says Artem Kropovinsky, an interior design expert and founder of Arsight, an award-winning interior design studio based in NYC. “Its timeless elegance promises years of admiration and hearty meals.”

Specifications:

  • Dimensions: 59 inches x 31.4 inches x 29.5 inches
  • Material: Solid acacia wood
  • Seating capacity: 6
  • Shape: Rectangular
  • Price on publish: $629

What we like:

  • Durable
  • Sturdy
  • Also available in a 71-inch length

What we don’t like:

  • Some customer reviews note that the table’s finish is rougher (or “more distressed”) than they expected

The bottom line:

A simple, but elegant table that’ll stand the test of time.

Best value dining table

Seb Dining Table, 59"

Castlery

$649.00

Best extendable dining table: Crate & Barrel Lakin Extendable Dining Table

We’ve had a few excellent extending dining tables on our list already, but if extendability is your priority, the Crate and Barrel Lakin is Snisar’s top pick. Available in either teak or oak, and in three different size options, its wooden top has rustic farmhouse vibes, while its sturdy metal legs give it an air of industrial toughness. By adding the two leaves, it can seat up to ten people, so don’t skimp on the dinner party invitations.

Specifications:

  • Dimensions: 61-99/81-119/106-144 inches long (depending on size bought and number of leaves used) x 38 inches x 29.5 inches
  • Material: Teak or oak top, aluminum legs
  • Seating capacity: 6-10
  • Shape: Rectangular
  • Price on publish: $1,999-$2,599

What we like:

  • Stylish design
  • Durable
  • Multiple size options

What we don’t like:

  • A minority of customer reviews complain of having to request a replacement after receiving a scratch or chipped model

The bottom line:

A stylish, eye-catching table with the potential to seat up to ten people.

Best extendable dining table

Crate & Barrel Lakin Extendable Dining Table

buy on havenly

Best small dining table: Anthropologie Maja Dining Table

Small doesn’t have to mean anonymous, and if you’re looking to create a visually appealing area in a small space, this might be the table for you. “Perfectly suited for compact spaces, this table is a testament that grandeur can come in small sizes,” says Kropovinsky. “It's where classic wood meets modern aesthetics.”

Specifications:

  • Dimensions: 46 inches in diameter x 30 inches high
  • Material: Ash wood top, resin base
  • Seating capacity: 4
  • Shape: Round
  • Price on publish: $1,198

What we like:

  • Striking
  • Attractive

What we don’t like:

  • Very heavy for its size (130 pounds)
  • Expensive
  • Sculptural base does reduce leg room

The bottom line:

A small and certainly very heavy table, but with a striking look that will make the most out of a small space.

Best small dining table

Maja Double Pedestal Dining Table

Anthropologie

$1,898.00

Best small rectangular dining table: Bette Metal Outdoor Dining Table

Although Snisar’s pick for this category is sold as an outdoor table, there’s nothing to say you shouldn’t place it indoors, especially if you’re going for a more modern or colorful look. Made of sturdy, yet lightweight metal and available in four different colors—bright white, a more utilitarian gray, or striking shades of green or orange—it seats up to eight people.

Specifications:

  • Dimensions: 71 inches x 35 inches x 30 inches
  • Material: Aluminum
  • Seating capacity: 8
  • Shape: Rectangular
  • Price on publish: $940

What we like:

  • Vivid colors
  • Easy to assemble
  • Durable

What we don’t like:

  • A little expensive for what it is

The bottom line:

An outdoor table that you’ll be happy to bring indoors for a more modern look.

Best small rectangular dining table

Bette 71'' Metal Outdoor Dining Table

Wayfair North America

$890.00

Best oval dining table: Crate & Barrel Panos Dining Table

Can’t decide between round or rectangular? Split the difference! “This contemporary showstopper brings an artful touch to any dining space,” says Kropovinsky. “The unique leg design and oval top showcase the rich grain of the acacia wood.” Available in three different finishes—regular, sandy, or black—the table’s pleasingly curved legs continue the oval theme right down to the floor.

Specifications:

  • Dimensions: 94 inches x 42 inches x 30 inches
  • Material: Solid acacia wood
  • Seating capacity: 6
  • Shape: Oval
  • Price on publish: $1,399-$1,419 (depending on finish)

What we like:

  • Sophisticated
  • Sculptural

What we don’t like:

  • Needs to be kept out of direct sunlight

The bottom line:

A stunning table designed to be the centerpiece of any dining room.

Best oval dining table

Crate & Barrel Panos Dining Table

buy on havenly

Best farmhouse dining table: Sand & Stable Amelia Dining Table

When you think farmhouse table, you think chunky, wooden solidity, and that’s absolutely what you get here. “This is a rustic gem that exudes coastal farmhouse allure,” says Kropovinsky. “Its trestle base and decorative trim blend old-world charm with modern design elements.” Now all you need is a few goats and chickens to complete the effect.

Specifications:

  • Dimensions: 71.63 inches x 35.38 inches x 30.25 inches
  • Material: Solid and manufactured wood
  • Seating capacity: 8
  • Shape: Rectangular
  • Price on publish: $590

What we like:

  • Relatively inexpensive
  • Rustic

What we don’t like:

  • Use of manufactured wood might be off-putting to those looking for a classic, solid wood table

The bottom line:

A rustic-looking table that will look good just about anywhere.

Best farmhouse dining table

Sand & Stable Amelia Dining Table

buy on wayfair

Best outdoor dining table: Christopher Knight Home Della Acacia Wood Dining Table

Eating outdoors doesn’t have to mean a rickety picnic bench, as this elegant dining table shows. Available in three different finishes—dark brown top with white legs, and gray or teak with rustic metal legs—it’s both weather- and water-resistant. “I love how this table combines acacia wood on the top and rustic metal finish on the legs for a contrast that enhances its overall appeal,” comments Snisar.

Specifications:

  • Dimensions: 69 inches x 32.25 inches x 29.5 inches
  • Material: Acacia wood top, metal legs
  • Seating capacity: 6
  • Shape: Rectangular
  • Price on publish: $269.49-$303.99

What we like:

  • Weather-resistant
  • Three finish options
  • Easy to assemble

What we don’t like:

  • A minority of reviews voice concerns about durability

The bottom line:

An outdoor dining table that looks good enough to use inside.

Best outdoor dining table

Christopher Knight Home Della Acacia Wood Dining Table

buy on bed bath and beyond

amazon

$304.99

$197.99

What is the best place to buy a dining room table?

The short answer is, just about anywhere that sells furniture. “You can buy your dining table from various places such as established furniture stores, online retailers (popular ones include Bed Bath & Beyond [ previously known as Overstock], Wayfair, and Amazon), custom furniture makers, home décor retailers (I love the likes of Pottery Barn, Crate & Barrel, and IKEA), antique shops, estate sales and auctions, as well as local artisans and craftsmen,” says Snisar. “You could also buy from designer showrooms, thrift stores, and second-hand markets, and warehouse clubs such as Costco.”

“Your choice of venue largely depends on your priorities,” adds Zar. “Local furniture stores give you the tangible advantage—you can touch, feel, and visualize the table in your space. On the other hand, online platforms like Amazon or Wayfair offer a broader range, often at competitive prices, but lack that tactile experience. For those seeking uniqueness, custom furniture makers are invaluable, albeit often pricier. Vintage stores are a wildcard, potentially offering both value and distinctiveness.”

How we selected the best dining tables

Our selections were made through consultations with our panel of experts, who have decades of interior design and furniture experience among them. We also conducted thorough research to ensure every table we included had mostly positive customer reviews.

Frequently asked questions (FAQs)

What type of dining table is most durable?

“A solid wood dining table, particularly those made from hardwoods like oak, maple, or walnut, tends to be the most durable option,” advises Snisar. “I love these tables for their longevity and ability to withstand everyday use and occasional impacts. On top of that, you can refinish them if they suffer minor scratches or wear over time.”

Kropovinsky agrees, adding that you should opt for tables with solid joinery, avoiding those that are merely glued or nailed together.

How much should a good dining table cost?

“Tables span a wide pricing spectrum,” warns Zar. “While budget tables ($100-$500) might suffice for temporary needs, mid-range ($500-$1,500) typically offer better longevity and design. High-end ones, starting at $1,500, often come with design premiums and superior craftsmanship.”

What is the best wood for a dining table?

“Typically, when it comes to choosing the best wood, hardwoods tend to be more robust and have a longer lifespan compared to softwoods,” says Snisar. “Common hardwoods utilized for wooden table tops in the United States include red oak, white oak, cherry, hard maple, and walnut.”

How can you tell if a table is good quality?

Kropovinsky suggests checking for the following to ensure you’re making a worthwhile investment:

  • It feels sturdy, with no wobbles or creaks
  • The finish is smooth, uniform, and free from bubbles or rough patches
  • The joints are tight, and there's an attention to detail in areas like table edges and leg attachments

Custom table

Custom table statistics contain statistics of the GFA and NO experiments, and statistics created within the AnyLogic environment.

DC with Capacity

[Used within the Safety Stock Estimation experiment only] Shows data on the average utilization of the object's inventory in all replications. Check the Expected on-hand inventory column to see if the defined maximum capacity has been exceeded.
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Site — the site which the data is collected.
    • Period — the period during which the data is collected.
    • Capacity — the maximum capacity of the site's inventory (defined in the

      Capacity

      column of the DCs and Factories
    • Unit — the capacity measurement unit.
    • Safety Stock — the average safety stock for all products in all replications.
    • Initial Stock — the average initial stock for all products in all replications.
    • Expected On-hand Inventory — the actual required maximum capacity.

Demand Fulfillment

[Used within NO experiment only] Shows detailed statistics on demand within the supply chain during the specified period of time.
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of the best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Period — the period during which the data is collected.
    • Customer — the customer the products are shipped to.
    • Product — the product used within the flow.
    • Unit — the product measurement

      Unit

      , which is defined in the Products
    • Demand Min — (varies if

      Select demand variation type

      parameter of NO experiment is not set to

      Exact demand

      ) the minimum demand level that triggers the

      Under Cost

      penalty if violated.
    • Demand Max — (varies if

      Select demand variation type

      parameter of NO experiment is not set to

      Exact demand

      ) the maximum demand level that triggers the

      Over Cost

      penalty if violated.
    • Satisfied — the amount of satisfied demand (in units specified in the Products
    • Percentage — the amount of satisfied demand in percentage.
      If

      100%

      -

      105%

      is specified in the Select demand variation type
    • Revenue per Item — revenue received per product item.
    • Revenue Total — the total revenue received for all products shipped within this time period.
    • Under Cost — penalty for violating the

      Demand Min

      parameter.
    • Over Cost — penalty for violating the

      Demand Max

      parameter.
    • Penalty — the total penalties paid within this time period for violating the min and max demand parameters.

Demand Coverage by Distance

[Used within GFA and GFA with Roads experiments only] Shows detailed statistics on the demand to satisfy within a certain distance per site created by the GFA experiment.
The data is:

  • Updated at the end of the experiment run.
  • Collected per:
    • Site — sites created by the GFA experiment.
    • Distance to Site, km — the distance covered.
    • Demand, % — demand to satisfy (expressed in percentage) within the corresponding covered distance.
    • Demand, m3 — demand to satisfy (expressed in units) within the corresponding covered distance.

Distance Coverage by Demand

[Used within GFA and GFA with Roads experiments only] Shows detailed statistics on the distance to cover to satisfy a certain percentage of the demand.
The data is:

  • Updated at the end of the experiment run.
  • Collected per:
    • Site — sites created by the GFA experiment.
    • Demand, % — demand to satisfy (expressed in percentage).
    • Demand, m3 — demand to satisfy (expressed in units).
    • Distance to Site, km — the distance to cover to satisfy the corresponding amount of demand.

Events Table

[Used within all the Simulation-based experiments, but the Safety Stock estimation experiment] Shows detailed statistics on the events that took place. The table does not necessarily contain all the defined events. If an event did not take place due to the specified probability (in the Events table), it will not be present in this table.
The data is:

  • Updated each time an event occurs.
  • Collected per:
    • Replication — the ordinal number of replication in which the event took place.
    • Event — name of the event that took place.
    • Date — the exact date and time when the event took place.
    • Day # — the ordinal number of the day when the event took place. The first day is the simulation launch day.

Iteration seeds

[Used within Simulation-based experiments, except the Simulation experiment] Shows the seed of each run a multi-run experiment performs. This seed can further be used in the Random seed parameter of the Simulation experiment to reproduce the result.
The data is:

  • Updated at the end of the experiment run.
  • Collected per:
    • Replication — the ordinal number of replication.
    • Seed — the seed used in this replication.

Named Expressions

[Used within NO experiment only] Shows detailed statistics on the user-defined expressions within the supply chain. Here belong the items, defined in the CO2 from Facilities, CO2 from Processing, Custom constraints, Facility Expenses, Paths, Product flows, Product storages, Production and Tariffs tables.
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Expression Name — the name of the user-defined expression.
    • Value — the value of the user-defined expression.

New Site Locations

[Used within GFA and GFA with Roads experiments only] Shows information on all the new sites created by the experiment.
The data is:

  • Updated at the end of the experiment run.
  • Collected per:
    • Name — the name of the new site, created by the GFA experiment.
    • Latitude — the latitude coordinate of the site's location.
    • Longitude — the longitude coordinate of the site's location.

Objective Members

[Used within NO experiment only] Shows results of expressions, defined in the Objective Members table.
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of best solutions. In other words, it shows value of the objective member for the numbered found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Objective member — the name of the objective member defined in the

      Objective Members

      table.
    • Value — the value of the corresponding objective member defined in the

      Objective Members

      table.

Operating Sites

[Used within NO experiment only] Shows detailed statistics on costs of the working facilities (the ones with the Open status).
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Period — the period during which the data is collected.
    • Site — the site that is considered within the statistics.
    • Status — the status of the considered site.
    • Initial Cost — the cost of opening a site if it is initially closed.
    • Closing Cost — the cost of closing a site if it is initially open.
    • Other Cost, per period — other site expenses incurred per period (defined in the

      Expense Type

      column of the

      Facility expenses

      table)
    • Total Cost — total amount of expenses on the considered site within the specified period of time.

Other Costs

[Used within NO experiment only] Shows detailed statistics on all the other costs incurred within the specified period of time.
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — Iteration — refers to the specified number of best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Period — the period during which the data is collected.
    • Site — the site that is considered within this statistic.
    • Other Cost, per month — other monthly site expenses (defined in the

      Expense Type

      column of the

      Facility expenses

      table).
    • Other Cost, per period — other site expenses incurred per period (defined in the

      Expense Type

      column of the

      Facility expenses

      table).

Overall Stats

[Used within NO experiment only] Shows detailed statistics on all the incurred expenses that are deducted from the received revenue within the specified period of time.
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Initial Cost — the total cost of opening facilities.
    • Outbound Processing Cost — the total cost of processing the outgoing products.
    • Penalties — the total penalties paid.
    • Supply Cost — the cost that we will pay the supplier.
    • Inbound Processing Cost — the total cost of processing the incoming products.
    • Other Cost — the expenses that are not dependent on the level of goods or services produced by the business.
    • CO2 Emission — the total amount of CO2 emissions.
    • Transportation Cost — the total transportation cost.
    • Carrying Cost — the total cost of storing products.
    • Tariffs — the total tax paid for products transferred between the supply chain sites (DC, Factory, Supplier).
    • Revenue — the total revenue received.
    • Customer Tariffs — the total amount of taxes generated for products transferred from a site to a customer. Such taxes are not included into the

      Total Cost

      statistics, since they are paid by the customer.
    • Production Cost — the cost associated with the production of goods.
    • Closing Cost — the total cost of closing facilities.
    • Objective — the amount of costs that are considered. Considers all enabled Objective Members.

Product Flows

[Used within GFA and GFA with Roads experiments only] Shows detailed statistics on the flows within the supply chain with the GFA offered sites.
The data is:

  • Updated at the end of the experiment run.
  • Collected per:
    • From — the source of the flow.
    • To — the destination of the flow.
    • Product — the product used within the flow.
    • Period — the period during which the data is collected.
    • Flow, m3 — the amount of products (in units specified in the Products
    • Distance, km — the distance between the source and the destination of the product.
    • Flow Cost Estimation, m3 * km — the estimated cost of the product flow.

Product Flows

[Used within NO experiment only] Shows detailed statistics on the flows of the supply chain within the specified period of time.
This and the Vehicle flows statistics are used to calculate the transportation cost.
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Period — the period during which the data is collected.
    • From — the source of the flow.
    • To — the destination of the flow.
    • Arrival Period — the period within which the product was delivered.
    • Product — the product used within the flow.
    • Flow — the amount of products (in units specified in the Products
    • Unit — the product measurement unit.
    • Flow Min — the flow Min Throughput constraint specified in the Product Flows
    • Flow Max — the flow Max Throughput constraint specified in the Product Flows
    • Percentage — shows the deviation from the specified throughputs. If the

      Flow Max

      value is

      0

      (the Max Throughput constraint is not defined), the value in this column will be

      -1.0

      since we cannot divide by zero.
    • Flow Under Cost — penalty for violating the Min Throughput flow constraint.
    • Flow Over Cost — penalty for violating the Max Throughput flow constraint.
    • Distance — the distance covered within the specified period from source to destination points.
    • Vehicle type — the type of the vehicle used to deliver the products.
    • Travel Time — the time it took to deliver the product.
    • Out Processing Cost, per item — the cost of processing every outgoing product item.
    • Out Processing Cost, total — the total cost of processing all outgoing products of this flow.
    • Transportation Cost, per item — the cost of transportation one product item.
    • Transportation Cost, total — the total cost of transportation all products of this flow.
    • Tariff, per item — the estimated tax per product item.
    • Tariff, total — the total tax paid for the products transported within the simulation period. It is calculated as

      Flow

      multiplied by

      Tariff, per item

      .
    • In Processing Cost, per item — the cost of processing every incoming product item.
    • In Processing Cost, total — the total cost of processing all incoming products of this flow.
    • Flow Cost, per item — the resulting expenses incurred per product item within this flow.
    • Penalty — the penalties paid for violating the throughputs.
    • Flow Cost, total — The total expenses incurred within this flow for the specified period.
    • Flow CO2, per item — the amount of CO2 produced per product measurement unit. Also considers data from the CO2 from Processing
    • Flow CO2, total — the total amount of CO2 emissions. It is calculated as

      Flow * Flow CO2, per item

      . Also considers data from the CO2 from Processing

Product Flows Table

[Used within SIM experiment only] Shows statistics on the objects the products are shipped from, the products that were shipped, the shipped amount of products and the list of destinations the products were shipped to.
The data is:

  • Updated each time a product leaves a site.
  • Collected per:
    • Object — the source of the product.
    • Product — the products used within the flow.
    • Destination — the destination of the flow the products are shipped to.
    • Period — the period during which the product flows are analyzed.
    • Amount — the amount of products (in units specified in the Products

Production Cost

[Used within NO experiment only] Shows detailed statistics on costs incurred during the production process.
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Period — the period during which the data is collected.
    • Facility — the facility producing products.
    • BOM — the BOM
    • End Product — the product that is produced by the facility using the BOM.
    • Unit — the product measurement

      Unit

      , which is defined in the Products
    • Amount — the amount of products produced within the specified period of time.
    • Production Cost — the expenses on producing the total amount of produced products.
    • Min Throughput — the Min Throughput constraint specified in the Production
    • Max Throughput — the Max Throughput constraint specified in the Production
    • Production Penalty — the penalty for violating Min and Max throughputs, specified in the Production
    • Total cost — total amount of expenses on production of products at the considered site within the specified period of time.

Production Flows

[Used within NO experiment only] Shows detailed statistics on the flows involved in the production process.
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Period — the period during which the data is collected.
    • Facility — the facility producing products.
    • BOM — the BOM
    • Product — The column contains:
      • the list of products that are consumed in the process of production of the end product of the BOM.
      • the end product of the BOM.
    • Unit — the product measurement

      Unit

      , which is defined in the Products
    • Consumed — refers only to the materials consumed in the process of production of the end product of the BOM. Shows the amount of the consumed materials within the specified period.
    • Produced — refers only to the end product of the BOM. Shows the amount of the produced end products within the specified period of time.

Recovery Time

[Used within the Risk Analysis only] Shows detailed statistics on the time the supply chain was running below the Failure service level.
The data is:

  • Updated each time the service level drops below the

    Failure Service Level

    / goes back to the recovery level.
  • Collected per:
    • Replication — the ordinal number of replication in which the drop of service level occurred.
    • Product — the product the data is collected on.
    • Start day — the ordinal number of the day the service level dropped below the specified Failure service level
    • End day — the ordinal number of the day the service level reached the Recovery service level
    • Duration(days) — the length of the recovery period in days.

Site State

[Used within NO experiment only] Shows detailed statistics on the cost of opening/closing a site.
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Period — the period during which the data is collected.
    • Site — the site that is considered within this statistic.
    • Initial State — the state of the site at the beginning of the experiment.
    • New State — the new state of the site if set to change.
    • Initial Cost — the cost of opening a site if it is initially closed.
    • Closing Cost — the cost of closing a site if it is initially open.

Shared Flow Constraints

[Used within NO experiment only] Shows detailed statistics on flow constraints (available if at least one of the "Expanded..." columns is disabled in the Product Flows table). The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Period — the period during which the data is collected.
    • From — the source of the flow.
    • To — the destination of the flow.
    • Products — the products used within the flow.
    • Unit — the product measurement

      Unit

      , which is defined in the Products
    • Flow, volume — the amount of products (in units specified in the Products
    • Flow min, volume — the flow Min Throughput constraint specified in the Product Flows
    • Flow max, volume — the flow Max Throughput constraint specified in the Product Flows
    • Flow Under Cost — penalty for violating the Min Throughput flow constraint.
    • Flow Over Cost — penalty for violating the Max Throughput flow constraint.
    • Penalty — the penalties paid for violating the throughputs.

Shared Storages Constraints

[Used within NO experiment only] Shows detailed statistics on storage constraints (available if at least one of the "Expanded..." columns is disabled in the Product Storages table). The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Period — the period during which the data is collected.
    • Facilities — the facilities processing products.
    • Products — the products used within the flow.
    • Unit — the product measurement

      Unit

      , which is defined in the Products
    • Storage — the amount of products stored in the facility at the end of the period.
    • Storage Min — the Min Stock constraint specified in the Product Storages
    • Storage Max — the Max Stock constraint specified in the Product Storages
    • Understock Penalty — penalty for violating the Min Stock constraint.
    • Overstock Penalty — penalty for violating the Max Stock constraint.
    • Penalty — the penalties paid for violating the Min and Max storage constraints.

Shipment Schedule Table

[Used within Simulation-based experiments, except the Safety Stock experiment] Shows detailed statistics on all shipments made within the supply chain.
The data is:

  • Updated with each new shipment made, and with each new shipment status (see the

    Action

    column).
  • Collected per:
    • Shipment ID — the identification number of the shipment.
    • Original Shipper — the origin of the product. Its initial location.
    • Vehicle type — the type of the vehicle used to deliver the shipment.
    • Vehicles amount — the number of vehicles that was required to make the shipment.
    • Previous locations — the location the vehicle set off from.
    • Current location — the location, at which the vehicle currently performs action
    • Next location — the location, to which the vehicle will set off from the

      Current location

      .
    • Action — the action the vehicles performed at this object (

      Loading, Departure, Arrival, Unloading

      ).
    • Date — the date, on which the action (see

      Action

      column) was performed.
    • Product — the products, with which the action (see

      Action

      column) was performed within this shipment.
    • Quantity — the number/amount of products of this type in this shipment.
    • Unit — the product measurement unit.

Shipments Table

[Used within Simulation-based experiments, except the Safety Stock experiment] Shows total statistics on all shipments made within the supply chain.
The data is:

  • Updated with each new shipment made.
  • Collected per:
    • Shipment ID — the identification number of the shipment.
    • Shipper — the site the product is shipped from.
    • Destinations — the object, to which the vehicle is heading to.
    • Vehicle type — the type of the vehicle used to deliver the shipment.
    • Vehicles amount — the number of vehicles that was required to make the shipment.
    • Departure date — the date, on which the vehicle set off from the

      Shipper

      .
    • Departure period — the period of time, during which the vehicle set off from the

      Shipper

      .
    • Departure day — the ordinal number of day, on which the vehicle set off from the

      Shipper

      .
    • Amount — the amount of products delivered by this shipment.
    • Unit — the product measurement unit.
    • Output processing cost — the total cost of processing the

      Amount

      of products at the

      Shipper

      object.
    • Transportation cost — the total transportation cost of this shipment.
    • Input processing cost — the total cost of processing the

      Amount

      of products at the

      Destination

      object.
    • Tariff — the total tax paid for the products transported within this shipment.
    • Total cost — the total amount of expenses incurred within this shipment.
    • Revenue — the received revenue.
    • Cost unit — the monetary unit used for statistics

Storage by Product

[Used within NO experiment only] Shows detailed statistics on costs for storing products at a facility within the specified period of time.
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Period — the period during which the data is collected.
    • Facility — the facility used for storing products.
    • Product — the product used within the flow.
    • Unit — the product measurement

      Unit

      , which is defined in the Products
    • In Flow — the incoming flow of products to the facility.
    • Initial Storage — the initial amount of products stored in the facility.
    • Storage — the amount of products stored in the facility at the end of the period.
    • Percentage — shows the difference between the initial amount and the amount at the end of the period.
    • Out Flow — the outgoing flow of products to the facility.
    • Carrying Cost, per m3 — the cost of storing one cubic meter of products.
    • Total Carrying Cost — the total cost of storing the whole amount of products. It is calculated as:

      Storage cost * |Storage - Initial Storage| / 2

    • Storage min — the Min Stock constraint specified in the Product Storages
    • Storage max — the Max Stock constraint specified in the Product Storages
    • Understock Penalty — penalty for violating the Min Stock constraint.
    • Overstock Penalty — penalty for violating the Max Stock constraint.
    • Storage Penalty — the penalties paid for violating the Min and Max storage constraints.
    • Total Cost — total amount of expenses on storing products at the considered site within the specified period of time.

Total Demand Coverage by Distance

[Used within GFA and GFA with roads experiments only] Shows detailed statistics on the total demand to satisfy within a certain distance.
The data is:

  • Updated at the end of the experiment run.
  • Collected per:
    • Distance to Site, km — the distance covered.
    • Demand, % — demand to satisfy (expressed in percentage) within the corresponding covered distance.
    • Demand, m3 — demand to satisfy (expressed in units) within the corresponding covered distance.

Vehicle Flows

[Used within NO experiment only] Shows detailed statistics on the vehicles types used to deliver goods within the supply chain. Statistics is gathered only for the vehicles that are using Paths with FTL transportation policy.
This and the Product flows statistics are used to calculate the transportation cost.
The data is:

  • Updated at the end of every iteration.
  • Collected per:
    • Iteration — refers to the specified number of best solutions. In other words, it enumerates the found solutions.
      E.g. 1 — first solution, 2 — second solution and so on.
    • Period — the period during which the data is collected.
    • Source — the site the vehicle sets off with the products to deliver.
    • Destination — the customer the carried products are delivered to.
    • Vehicle type — the type of the vehicle used to deliver the products.
    • Vehicle trips — the number of trips made by the corresponding vehicle type.
    • Cost — the sum of transportation costs for all vehicle trips.
    • Total products flow — the overall amount of products delivered within the current flow.
    • Unit — the product measurement unit.
    • Vehicle capacity — the capacity of a single vehicle of this type.
    • Min load — the min load of the vehicle within the flow.
    • Actual load — the actual load of the vehicle within the flow.

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