Best Digital Scale for Beads: Capacity, Resolution and Jewelry-Making Guide

Posted by AWS Team on Sep 12th 2026

The best digital scale for beads should provide enough precision for lightweight beads while still offering enough capacity for trays, containers, bead strands and larger batches.

For many jewelry makers, bead sellers and crafters, a practical starting point is:

500 g capacity × 0.01 g readability.

That combination provides enough capacity for many bead containers and jewelry-making materials while displaying changes as small as one-hundredth of a gram.

For larger batches of beads where extremely fine differences do not matter as much:

500 g or more × 0.1 g

can be perfectly practical.

For unusually tiny components or highly specialized weighing where differences below 0.01 g genuinely matter:

0.001 g

may be useful, although most ordinary bead-making workflows do not require milligram resolution.

American Weigh Scales offers a variety of digital pocket scales that can be used for beads, jewelry components, gemstones, findings and other lightweight craft materials.

The best scale depends primarily on:

bead size + batch size + container weight + required resolution.

Quick Answer: What Is the Best Digital Scale for Beads?

For most bead and jewelry-making applications:

500 g × 0.01 g

is an excellent all-around specification.

It provides a useful balance of:

Fine readability
Practical capacity
Portability
Tare functionality
Container flexibility

For larger bead batches:

500 g–2,000 g × 0.1 g

may be more practical.

For extremely tiny components or specialized fine work:

0.001 g

may provide additional detail, but the lower capacity and greater environmental sensitivity often make it unnecessary for ordinary bead weighing.

Bead Application	Suggested Capacity	Suggested Readability
Seed beads	100–500 g	0.01 g
Small glass beads	200–500 g	0.01 g
Crystal beads	200–500 g	0.01 g
Gemstone beads	500 g	0.01 g
Metal beads	500 g+	0.01–0.1 g
Bead findings	200–500 g	0.01 g
Small bead batches	500 g	0.01 g
Larger bead batches	500–2,000 g+	0.1 g
Finished bead jewelry	500 g	0.01 g
Very tiny components	20–100 g	0.001 g if genuinely needed

Why Weigh Beads?

Beads are commonly sold, sorted and organized using:

Piece count
Strand length
Package size
Weight

Weight can be especially useful when working with large quantities of small beads.

Instead of manually counting hundreds or thousands of pieces, jewelry makers may use weight to help:

Portion bead batches
Compare inventory
Prepare product packages
Track material use
Estimate remaining inventory
Standardize kits
Compare strands
Organize production
Calculate approximate bead quantities

However, weight and count are not automatically interchangeable.

Different beads can have different:

Sizes
Shapes
Materials
Hole sizes
Finishes
Density

So a 10 g package of one bead style may contain a very different number of pieces from a 10 g package of another.

Bead Size Makes a Big Difference

Beads range from extremely small seed beads to large gemstone and decorative beads.

The Fire Mountain Gems seed bead size and hole size guide shows how dramatically dimensions can differ among common bead types.

Examples include small:

15/0 seed beads
11/0 seed beads
8/0 seed beads
6/0 beads

as well as:

Bugle beads
Tila beads
Magatama beads
Triangle beads
Square beads

The smaller the individual item, the more useful fine scale readability becomes.

Seed Beads Are Often Sold by Weight

Seed beads are particularly well suited to weight-based packaging.

Fire Mountain Gems' seed beads per package reference demonstrates that bead quantities are often associated with package weights such as:

7.5 g
10 g
25 g
40 g
50 g
250 g

However, the number of beads per gram varies substantially by:

Manufacturer
Bead size
Shape
Finish

That means a scale is useful for reproducing a package weight, but you should not assume:

1 gram always equals a fixed number of beads.

What Resolution Do You Need for Beads?

Resolution, also called readability, describes the smallest increment shown by the scale.

Common options include:

1 g
0.1 g
0.01 g
0.001 g

For most bead work:

0.01 g or 0.1 g

is much more relevant than whole-gram resolution.

Why a 1 g Scale Can Be Too Coarse

Suppose you are preparing a:

10 g package of seed beads.

A scale that moves only in 1 g increments may show:

9 g
10 g
11 g

That is a relatively large change compared with the target package weight.

A 0.01 g scale might instead show:

9.94 g
9.95 g
9.96 g
9.97 g

This gives you much finer control over small packages.

What Does 0.1 g Mean?

A scale with:

0.1 g readability

displays tenths of a gram.

Examples:

9.8 g
9.9 g
10.0 g
10.1 g

This is practical for:

Larger bead batches
Heavier gemstone beads
Metal beads
Finished jewelry
Larger craft materials

It is often enough when a tenth of a gram will not meaningfully affect your workflow.

What Does 0.01 g Mean?

0.01 g scale

displays hundredths of a gram.

Examples:

9.97 g
9.98 g
9.99 g
10.00 g

This provides ten times finer displayed resolution than 0.1 g.

For most bead sellers and jewelry makers, 0.01 g is an excellent balance between:

fine measurement and useful capacity.

AWS explains this format in its guide to what 500 g × 0.01 g means on a digital scale.

Do You Need 0.001 g for Beads?

Usually not.

0.001 g

scale displays thousandths of a gram.

That level of resolution can be useful for:

Extremely tiny jewelry components
Fine findings
Specialized formulation work
Individual very lightweight objects

But for ordinary bead packaging:

0.001 g may provide more sensitivity than necessary.

Milligram scales also tend to have:

Lower capacity
Smaller platforms
Greater sensitivity to drafts
Greater sensitivity to vibration
Greater sensitivity to static

For most bead businesses:

0.01 g is the more practical starting point.

0.01 g vs. 0.1 g Scale for Beads

Feature	0.01 g	0.1 g
Display increment	0.01 g	0.1 g
Fine seed-bead portions	Better	Good
Small packages	Better	Good
Large batches	Good	Better
Gemstone beads	Excellent	Excellent
Finished jewelry	Excellent	Excellent
Portability	Excellent	Depends on model
Typical capacity	Moderate	Moderate to high
Container flexibility	Good	Excellent
Best overall bead use	Excellent	Larger quantities

If your work involves small packaged quantities:

choose 0.01 g.

If you primarily weigh large batches:

0.1 g may be sufficient.

What Capacity Do You Need?

Capacity describes the maximum physical load the scale is designed to support.

Common options include:

100 g
200 g
500 g
1,000 g
2,000 g
3,000 g
5,000 g

The important rule is:

capacity includes everything on the platform.

That includes:

Beads
Bowl
Tray
Bag
Container

Is 100 g Enough?

A 100 g scale may work for:

Small seed-bead packages
Lightweight findings
Small quantities

However, the container can quickly consume part of the available capacity.

Example:

Container = 35 g
Beads = 70 g

Total physical load:

105 g.

A 100 g scale would not provide enough capacity.

Is 200 g Enough?

A 200 g scale gives more room for:

Small jars
Trays
Bead packages
Jewelry components

It may be sufficient for hobbyists who primarily work with small batches.

Why 500 g Is So Practical

500 g

capacity gives substantially more flexibility while remaining compact enough for a pocket scale.

It can handle many:

Seed-bead batches
Gemstone bead strands
Crystal beads
Findings
Small containers
Finished bracelets
Necklaces
Jewelry components

For many jewelry and bead applications:

500 g × 0.01 g

is an especially useful combination.

Best All-Around Scale Format for Beads

One practical example is the SC501g Precision Digital Pocket Scale.

It combines:

500 g capacity × 0.01 g readability

with features useful for bead work such as:

Tare
Stainless-steel platform
Multiple weighing units
Expansion trays
Battery operation
Compact construction

Its balance between capacity and readability makes it suitable for many jewelry-making applications.

Compact Option for Bead Sellers

The SM-501-BLK ScaleMate also provides:

500 g × 0.01 g

in a compact format.

This can be useful for:

Craft fairs
Jewelry shows
Mobile work
Small studios
Sellers with limited bench space

A protective cover is also useful when a scale is frequently transported.

What About a 500 g × 0.1 g Bench Scale?

Some bead makers prioritize platform space over hundredth-of-a-gram readability.

A 500 g × 0.1 g bench scale can be useful when working with:

Wider containers
Larger bead trays
Finished jewelry
Larger bead batches

The AWS AMW-500I compact bench scale provides a larger platform than many pocket scales while maintaining 0.1 g readability.

This can be useful when:

container size is more important than extremely fine resolution.

Platform Size Matters More Than Many Buyers Expect

A scale may have enough numerical capacity but still be inconvenient if the platform is too small.

Suppose you use a:

6-inch bead tray.

A tiny pocket-scale platform may support the weight, but the tray may:

Hang over the display
Become unstable
Touch the surrounding scale housing
Make adding beads difficult

Consider both:

weight capacity and physical platform size.

The Container Must Sit Freely

The container should rest entirely on the weighing platform without touching:

The table
Scale housing
Another container
Your hand

External contact can interfere with the measurement.

Tare Is Essential for Bead Work

Tare allows you to remove the displayed weight of a container.

Example:

Empty bead jar = 42.36 g

Place it on the scale.

Press:

TARE.

Display:

0.00 g.

Add beads until the scale shows:

25.00 g.

You now have approximately 25 g of bead material in the container.

This is far easier than manually subtracting the container weight every time.

Tare Does Not Increase Scale Capacity

This is important.

If:

Container = 100 g

and:

Scale capacity = 500 g

pressing tare does not give you another full 500 g of usable capacity.

The scale is still physically supporting:

100 g.

Your remaining physical load capacity is approximately:

400 g.

Tare changes the displayed zero.

It does not remove physical weight.

Counting Beads by Weight

Weight can also help estimate bead counts.

Suppose:

100 beads weigh 4.00 g.

Average weight per bead:

4.00 ÷ 100 = 0.04 g.

If another batch weighs:

20.00 g

an approximate count would be:

20 ÷ 0.04 = 500 beads.

This can be much faster than counting 500 pieces manually.

Why Weight-Based Counting Is Only an Estimate

Do not assume every individual bead has identical mass.

Variation can occur because of:

Size differences
Manufacturing tolerances
Hole dimensions
Coatings
Finishes
Shape
Material variation

For accurate inventory:

create an average using a representative sample of the exact bead SKU.

Better Method for Estimating Bead Count

Instead of weighing only one bead:

Count 50 or 100 beads.
Weigh the complete sample.
Divide total weight by piece count.
Calculate average weight per bead.
Weigh the larger batch.
Divide batch weight by average individual weight.

Using a larger reference sample reduces the influence of individual bead variation.

Example: Seed-Bead Inventory Estimate

Suppose:

100 seed beads = 1.25 g.

Average bead mass:

1.25 ÷ 100 = 0.0125 g.

Inventory batch:

62.50 g.

Estimated quantity:

62.50 ÷ 0.0125 =

5,000 beads.

Treat the result as an estimate rather than an exact count unless individual bead mass is sufficiently uniform for your required purpose.

Example: Gemstone Beads

Suppose:

50 gemstone beads = 32.50 g.

Average:

32.50 ÷ 50 =

0.65 g per bead.

A batch weighing:

130 g

would contain approximately:

130 ÷ 0.65 =

200 beads.

Again, natural stone beads may vary in:

Density
Dimensions
Drilling
Shape

so weight-based quantity estimates should be checked against the specific product.

Bead Material Changes Weight

Two beads with identical dimensions may have very different weights if one is made from:

Glass

and another from:

Acrylic
Ceramic
Steel
Sterling silver
Natural gemstone

The GIA Gem Encyclopedia illustrates the wide variety of gemstone materials used throughout jewelry.

Different minerals have different physical properties.

Therefore:

size alone does not determine bead weight.

Glass Beads

Glass beads are often relatively consistent within the same manufactured style.

A 0.01 g scale can be useful for:

Portioning
Inventory estimates
Packaging

Seed Beads

Seed beads are among the strongest use cases for precision weighing because large quantities can be packaged into relatively small gram weights.

500 g × 0.01 g

scale offers plenty of capacity for most small packaging operations.

Gemstone Beads

Natural gemstone beads can vary because of:

Mineral type
Density
Shape
Diameter
Hole size
Natural variation

Use weight for:

Batch comparison
Packaging
Inventory

but do not assume identical dimensions always produce identical mass.

Metal Beads

Metal beads can be significantly heavier.

For:

Sterling silver beads
Brass beads
Steel beads
Other metal findings

capacity may become more important.

For larger batches:

500 g–2,000 g

may be preferable.

Acrylic and Plastic Beads

Plastic and acrylic beads tend to be lightweight.

The challenge may therefore be:

resolution rather than capacity.

For small packages:

0.01 g can provide useful control.

Crystal Beads

Crystal bead batches can benefit from:

0.01 g readability
Tare
500 g capacity
Appropriate tray size

Weight can help standardize packaging when products are sold by gram quantity.

Gemstone Bead Strands

Entire strands may weigh:

Several grams
Tens of grams
More, depending on bead size and material

A 500 g scale generally provides substantial capacity for individual strands and many small batches.

Finished Beaded Jewelry

If the same scale will weigh:

Bracelets
Necklaces
Earrings
Finished pieces

500 g capacity provides much greater flexibility than extremely low-capacity precision models.

AWS's broader digital scale for jewelry guide explains why jewelry applications often benefit from matching capacity and readability to the specific item rather than simply selecting the finest possible resolution.

Readability Is Not Accuracy

500 g × 0.01 g

scale displays weight in 0.01 g increments.

That does not mean:

every measurement is automatically guaranteed accurate to ±0.01 g under all conditions.

Readability describes:

the display increment.

Accuracy refers to:

closeness to the relevant reference value.

Repeatability describes:

how consistently the same item produces similar readings.

All three matter.

Repeatability Is Important for Bead Packaging

Suppose you place the same bead container on the scale several times.

Readings such as:

25.02 g
25.02 g
25.02 g

suggest consistent behavior under those conditions.

If readings vary substantially:

24.87 g
25.15 g
24.91 g

investigate the setup.

Potential causes include:

Vibration
Airflow
Calibration
Static
Unstable surface
Battery condition

Calibration Matters

Precision scales should be calibrated according to the manufacturer's instructions.

The National Institute of Standards and Technology's balance and scale calibration guidance emphasizes concepts including:

Calibration procedures
Reference standards
Measurement assurance
Sources of weighing error

For a craft or jewelry scale:

follow the instructions supplied for the exact model.

Calibration Weight Is Model-Specific

Do not assume every scale uses the same calibration mass.

One scale may require:

100 g.

Another:

200 g.

Another:

500 g.

Always check the manufacturer's instructions.

Do Not Calibrate With Random Household Items

Avoid using:

Coins
Beads
Bolts
Jewelry
Kitchen objects

as substitutes for the specified calibration reference.

Their actual mass may differ from what you assume.

Use a Stable Work Surface

Place the scale on a:

Flat
Hard
Stable
Level

surface.

Avoid:

Wobbly craft tables
Flexible shelving
Moving workbenches

Vibration can affect precision measurements.

Avoid Strong Airflow

At 0.01 g—and especially 0.001 g—air movement can contribute to unstable readings.

Avoid weighing directly beneath:

Ceiling fans
HVAC vents
Desk fans
Open windows

For most 0.1 g bead work, this is less critical, but a stable environment is still preferable.

Watch for Static With Tiny Beads

Plastic containers, small beads and dry environments can generate static.

Static becomes more relevant as measurements become finer.

If your scale repeatedly behaves erratically despite:

Proper calibration
Stable surface
No airflow

static may be worth considering.

Keep the Platform Clean

Small beads can roll into:

Platform edges
Scale housing
Buttons

Use a tray whenever loose beads could escape.

Also remove:

Dust
Thread
Wire scraps
Previous beads

before weighing.

Use a Tray for Loose Beads

Loose beads should rarely be poured directly onto an exposed scale platform.

A tray helps:

Prevent rolling
Reduce bead loss
Make transfer easier
Keep batches organized

Place the empty tray on the scale and tare it before adding beads.

Clear Containers Help Inventory Work

For bead businesses, a clear lightweight container can make it easier to:

Verify color
Confirm bead type
Spot contamination
Compare batches

The important scale consideration is that the container must remain within capacity.

Best Scale for Seed Beads

For most seed-bead workflows:

500 g × 0.01 g

is an excellent starting point.

It provides enough detail for:

5 g packages
10 g packages
25 g packages
50 g packages

while still offering plenty of capacity for larger inventory quantities.

Best Scale for Gemstone Beads

For individual strands and small batches:

500 g × 0.01 g

offers strong versatility.

If weighing several heavy stone strands simultaneously:

you may want additional capacity.

Best Scale for Glass Beads

For small glass-bead packaging:

0.01 g

provides useful fine control.

For larger wholesale quantities:

0.1 g

may be sufficient.

Best Scale for Jewelry Findings and Beads

For mixed jewelry work involving:

Beads
Clasps
Jump rings
Charms
Findings
Chains

500 g × 0.01 g provides a useful middle ground.

Best Scale for Bead Sellers

A seller portioning products into small packages should prioritize:

0.01 g readability
500 g capacity
Fast tare
Stable repeatability
Easy calibration
Appropriate tray size

If packaging primarily larger wholesale quantities:

0.1 g may be enough.

Best Scale for Etsy Jewelry Sellers

Small jewelry businesses often need one scale for:

Beads
Findings
Finished bracelets
Finished necklaces
Small craft materials

500 g × 0.01 g

pocket scale provides broad flexibility while taking up very little workspace.

Best Scale for Craft Shows

For mobile selling, prioritize:

Compact size
Battery power
Protective cover
Tare
Easy calibration

Be aware that:

Unstable folding tables
Outdoor wind
Foot traffic
Uneven surfaces

can affect precise readings.

Best Scale for Large Bead Batches

If you routinely weigh:

500 g
1 kg
2 kg

of beads at a time, a pocket scale may not be appropriate.

Choose a higher-capacity bench scale with:

0.1 g readability

if that level of detail meets your workflow.

Do not sacrifice required capacity merely to obtain another decimal place.

Fine Resolution vs. High Capacity

The scale-buying tradeoff looks like this:

Lower Capacity + Finer Resolution

Useful for:

Seed beads
Findings
Small packages
Precision portions

Higher Capacity + Coarser Resolution

Useful for:

Bulk bead inventory
Heavy gemstone strands
Metal beads
Large containers

Neither format is universally better.

Do You Need a Counting Scale for Beads?

Businesses processing extremely large volumes may consider dedicated counting equipment.

But for many small jewelry businesses, a precision digital scale can provide a simple way to estimate counts from:

sample average weight.

Remember that this works best when beads within the SKU are reasonably uniform.

Commercial Product Descriptions Should Be Accurate

If beads are sold by:

Weight
Material
Gemstone type
Quantity

those descriptions should accurately reflect the merchandise.

The Federal Trade Commission's Jewelry Guides emphasize truthful representations of characteristics including:

Type
Quality
Quantity
Size
Weight
Material

This is especially relevant for businesses selling gemstone or precious-metal bead products.

Common Mistakes When Choosing a Bead Scale

Using a Whole-Gram Kitchen Scale

A 1 g increment can be too coarse for small bead packages.

Assuming 0.001 g Is Always Better

Most bead work does not need milligram readability.

Buying Too Little Capacity

Remember:

container + beads = total physical load.

Buying Too Much Capacity With Too-Coarse Resolution

A 5 kg × 1 g scale may be unsuitable for small seed-bead packaging.

Forgetting Container Weight

Every tray and jar contributes to capacity.

Thinking Tare Restores Capacity

It does not.

Ignoring Platform Size

Large containers may not sit correctly on tiny pocket scales.

Pouring Loose Beads Directly Onto the Scale

Use a tray.

Assuming Weight Equals Exact Count

Individual bead weight can vary.

Using One Weight-per-Bead Value for Every SKU

Calculate averages separately for each bead type.

Ignoring Material Density

Glass, plastic, gemstone and metal beads can weigh very differently.

Ignoring Calibration

Fine measurements still depend on proper instrument setup.

Using Coins for Calibration

Use the specified calibration reference.

Ignoring Repeatability

Consistent readings matter.

Using a Wobbly Workbench

Vibration affects fine weighing.

Weighing in Strong Airflow

Air movement can destabilize sensitive scales.

Bead Scale Buying Checklist

Before buying, ask:

What type of beads will I weigh?
Are they seed beads, glass, gemstone or metal?
Will I weigh individual beads or batches?
What is my smallest typical package?
What is my largest batch?
Is 0.1 g readability enough?
Would 0.01 g be more useful?
Do I genuinely need 0.001 g?
Is 100 g capacity enough?
Is 200 g enough?
Would 500 g be more versatile?
Do I need 1–2 kg capacity?
What container will I use?
How much does it weigh?
Have I included the container in total capacity?
Does the scale have tare?
Is the platform large enough?
Will my bead tray fit correctly?
Is calibration straightforward?
What calibration weight is required?
Are repeated readings stable?
Is the scale portable?
Do I need battery operation?
Do I need a protective cover?
Will I use the scale to estimate bead quantities?
Are bead weights sufficiently uniform for that estimate?
Will I also weigh finished jewelry?
Would a second higher-capacity scale be useful?

Frequently Asked Questions

What is the best digital scale for beads?

For most bead and jewelry-making applications:

500 g × 0.01 g

is an excellent starting specification.

It combines fine readability with practical capacity.

What resolution should a bead scale have?

For small bead packages:

0.01 g

is highly useful.

For larger batches:

0.1 g

may be sufficient.

Is 0.1 g accurate enough for beads?

It can be sufficient for:

Larger bead quantities
Heavy gemstone beads
Finished jewelry
Bulk batches

For small packages of seed beads, 0.01 g provides finer control.

Do I need a 0.001 g scale for seed beads?

Usually not.

A 0.01 g scale offers a better combination of capacity and fine readability for most seed-bead work.

Is 500 g capacity enough?

For many jewelry makers:

yes.

It can handle:

Small bead packages
Multiple strands
Findings
Small containers
Finished jewelry

Do I need more than 500 g?

Possibly if you weigh:

Bulk inventory
Heavy metal beads
Multiple gemstone strands
Large containers

Can I count beads with a scale?

You can estimate bead quantity by calculating average weight per bead from a representative counted sample.

How do I estimate bead count by weight?

Count a reference sample.

Weigh it.

Calculate:

sample weight ÷ number of beads = average bead weight.

Then:

batch weight ÷ average bead weight = estimated count.

Is bead counting by weight exact?

Usually not.

Individual pieces may vary in:

Size
Finish
Shape
Hole size
Material

Treat the result as an estimate unless your production tolerances establish otherwise.

Does tare remove the container weight?

It removes the container from the displayed net reading.

It does not remove the container's physical weight from the scale's capacity.

Can I weigh beads directly on the platform?

A tray is usually safer.

Loose beads can roll away or enter gaps around the scale platform.

Can I use coins to calibrate the scale?

Use the calibration weight specified by the manufacturer instead.

Why does my bead scale fluctuate?

Potential causes include:

Vibration
Airflow
Static
Temperature
Calibration
Battery condition

Does 0.01 g readability mean ±0.01 g accuracy?

Not automatically.

Readability and accuracy are different specifications.

What scale should I use for gemstone beads?

For many gemstone-bead workflows:

500 g × 0.01 g

provides a useful balance.

What scale should I use for seed beads?

100–500 g × 0.01 g

scale is a practical range for most small seed-bead packaging.

What scale should I use for bulk beads?

For larger quantities:

500 g–2,000 g+ × 0.1 g

may be more practical.

Can the same scale weigh finished jewelry?

Yes, if capacity is sufficient.

A 500 g × 0.01 g scale can handle many:

Bracelets
Necklaces
Earrings
Pendants

in addition to beads.

Final Verdict: What Is the Best Digital Scale for Beads?

For most jewelry makers, bead sellers and crafters, the best digital scale for beads is not the scale with the greatest capacity or the most decimal places.

It is the scale that balances:

resolution + capacity + platform size + tare + calibration.

For most small-to-medium bead work:

500 g × 0.01 g

is the strongest all-around starting point.

It provides fine enough readability for:

Seed beads
Glass beads
Crystal beads
Gemstone beads
Findings
Small packages

while providing enough capacity for:

Containers
Trays
Multiple strands
Finished jewelry

If you primarily weigh larger bead batches:

0.1 g readability

may be entirely sufficient and can allow access to larger platforms or capacities.

If you work with extremely tiny components where differences below:

0.01 g

are genuinely important, then consider:

0.001 g.

But milligram resolution should not be selected simply because it appears more precise.

For most bead businesses, start with:

500 g × 0.01 g.

Then move toward:

higher capacity × 0.1 g

when bulk weighing becomes the priority.

When choosing, remember:

capacity includes the tray.

Tare does not restore physical capacity.

Readability is not automatically accuracy.

Weight-based bead counts are estimates unless bead mass is sufficiently uniform.

The most practical selection process is:

identify bead type → determine smallest package → choose resolution → calculate heaviest beads + container → choose capacity → check platform size → confirm tare → verify calibration → test repeatability.

That approach produces a bead scale that works for the actual jewelry-making workflow rather than simply the specification with the biggest numbers.