Published 10 October 2026 · Updated 10 October 2026
By World Handpan Map
Discover how handpans are made, from shaping steel shells and forming tone fields to heat treatment, harmonic tuning, shell assembly and final quality control.
A finished handpan can look surprisingly simple.
Two curved pieces of steel.
A central Ding.
A circle of tone fields.
But turning flat metal into a responsive musical instrument is an extremely specialised process involving metal shaping, heat treatment, acoustics, hammering, tuning and thousands of tiny adjustments.
Unlike a guitar, there are no strings you can simply tighten after construction.
The steel itself becomes the tuning mechanism.
The precise shape and tension of each tone field determines its pitch and harmonics.
That is one reason skilled handpan makers can spend years developing their craft.
In this guide, we'll follow the journey from raw steel to finished handpan and explain what actually goes into making the instrument you play.
Almost every handpan begins with sheet steel.
Today, makers work with several types of material, including:
The choice of steel affects how the material behaves while being shaped and tuned, as well as characteristics such as sustain, timbre and corrosion resistance.
Modern handpan shells are commonly made from steel roughly around 1 mm thick, although the exact specification varies between makers and materials.
Stainless Steel vs Nitrided Handpan: Which Is Better?
A handpan is normally made from two curved steel shells.
When joined together, they create the familiar UFO-like body.
The upper shell contains:
The lower shell normally contains:
Before tuning can begin, flat steel needs to be transformed into these curved forms.
Different makers use different methods.
The shell may be created through:
Early handpan makers often relied heavily on manual shaping.
Modern workshops may use specialised presses or forming equipment to create a more consistent starting shell before the detailed handwork begins.
Saraz, for example, describes experimenting with hammered, drawn and hydroformed shells, while MAG Instruments describes modern precision forming as a way of creating consistent shell thickness and geometry.
There is no single correct method.
What matters is what the maker can achieve with the material afterwards.
The shell is not just a container for the notes.
It is part of the acoustic system.
Its:
all influence how vibrations travel through the instrument.
This is why handpan construction requires much more precision than simply hammering a bowl shape into steel.
Before the maker shapes the individual notes, they need to know what instrument they are building.
That means choosing:
For example, a common D Kurd could contain:
D / A Bb C D E F G A
A larger instrument may extend that layout with additional notes.
D Kurd Handpan Scale Explained
A maker cannot simply place notes anywhere there is empty space.
Every tone field interacts acoustically with the steel surrounding it.
The builder needs to consider:
Lower notes generally require larger tone fields.
This becomes particularly challenging on extended handpans where many notes need to share a limited surface.
How Many Notes Should a Handpan Have? Beginner’s Guide
Once the layout has been designed, the maker marks where each tone field will be located.
These areas will eventually become the individual notes.
The shape is usually oval or elliptical.
At the centre of many tone fields is a small raised or recessed area commonly called the:
dimple
The exact geometry varies between makers.
Tiny differences in size and shape can affect how the note responds.
The maker then forms the central dimples.
Depending on the workshop, this may be done using:
This begins establishing the physical structure of each tone field.
But at this stage, the instrument is still far from properly tuned.
The surrounding tone-field areas now need to be carefully shaped.
This can involve extensive hammering.
Makers may use:
Saraz describes using different hammers for shell sinking, fine shaping, note borders and tuning, while MAG describes a combination of pneumatic and manual hammering throughout construction.
This is where handpan building begins to look like a combination of:
metalworking + acoustics + musical instrument making.
When a maker hammers a tone field, they are changing the:
of the steel.
These changes alter how the metal vibrates.
Different hammer locations and forces can move different frequencies.
The tuner therefore needs to understand not just:
where to hit
but:
what that particular hammer strike will do.
That skill requires enormous practice.
This is one of the most fascinating things about handpans.
A guitar note can be adjusted by changing string tension.
A piano uses strings that can also be mechanically adjusted.
A handpan does not have adjustable strings.
Instead, the pitch is determined by:
the shape and internal stress of the steel itself.
The tuning is physically built into the instrument.
At different stages of construction, many makers use heat treatment.
The exact process depends heavily on the steel and maker.
Heat can be used to:
MAG describes heat treatment and stress relief as a dedicated stage in its production process before further manual tuning.
Different steel types require different treatment temperatures and methods.
This is another reason handpan manufacturing processes vary from workshop to workshop.
For nitrided handpans, the steel undergoes a treatment where nitrogen diffuses into the surface.
This changes the outer layer of the steel and can improve:
Nitrided steel played an important role in the early development of these instruments and is still widely used.
Stainless steel handpans use different metallurgy and therefore do not require the same nitriding process.
Stainless Steel vs Nitrided Handpan: Which Is Better?
Now the maker begins bringing each tone field toward its intended pitch.
This may require hundreds or thousands of careful hammer strikes across an entire instrument.
The maker repeatedly:
strikes → listens → measures → adjusts → listens again.
And this process does not happen only once.
Professional makers commonly tune the instrument through multiple rounds during construction.
A quality handpan tone field is more complex than a single pitch.
Many professional makers tune several important frequencies within each tone field.
Typically this includes:
The main note you perceive.
A harmonic one octave above the fundamental.
Another important harmonic relationship.
For example, a tone field with an A3 fundamental may also be tuned to contain controlled harmonic components around:
A4
and
E5
This harmonic structure contributes to the characteristic layered sound of a good handpan.
The maker is not simply trying to achieve:
A = correct frequency.
They may simultaneously be controlling:
Adjusting one part of a note can affect another part.
And adjusting one tone field can influence the surrounding shell.
That interconnected behaviour is one of the major challenges of handpan making.
Modern handpan tuners often combine their ears with tuning software.
Specialised software can display:
Saraz describes using software such as Linotune and spectrum-analysis tools during its tuning process.
The computer does not make the instrument.
It gives the maker more information about what the steel is doing.
The actual adjustment still comes from skilled shaping and hammering.
You can download a tuner app in minutes.
That does not teach you:
The measurement is only one part of the craft.
The difficult part is knowing what physical change will create the musical result you want.
The lower shell normally contains an opening known as the:
Gu
The Gu is more than simply a hole in the instrument.
Together with the enclosed air volume of the handpan, it contributes to a Helmholtz-type resonance.
The size and geometry of the opening can therefore influence the overall acoustic behaviour of the instrument. MAG describes the Gu as part of the instrument's Helmholtz resonator system.
Some modern handpans also contain additional tuned fields on the bottom shell.
These may expand:
However, every additional note makes the overall tuning problem more complicated.
This is one reason large extended instruments often cost significantly more.
How Many Notes Should a Handpan Have? Beginner’s Guide
The steel may also receive finishing treatments.
Depending on the maker, this can include:
These treatments can influence:
Some makers use very minimal finishes.
Others create distinctive colours and textures.
But the appearance should always come second to the sound.
This is worth remembering when buying.
A handpan may look spectacular with:
but still have poor tuning.
Likewise, a relatively plain-looking instrument can sound extraordinary.
Judge the sound first.
How to Tell If a Handpan Is Good Quality: Buyer’s Guide
Once the shells have been shaped and prepared, they need to be joined.
Many handpan makers use specialised adhesives to bond the upper and lower shells.
The joining process also influences the final instrument.
Saraz even notes that adhesive selection and curing conditions form part of its approach to controlling timbre.
Once joined, the two separate steel shells become one resonating acoustic body.
Closing the handpan changes the acoustic system.
You now have:
As a result, tuning performed on an open shell may change slightly once the instrument is closed.
That is why the process is not finished yet.
After joining the shells, the maker returns to tuning.
This final tuning stage may involve extremely small adjustments.
The aim is to balance:
MAG describes this as a dedicated fine-tuning stage after shell assembly.
Because all the notes share one steel shell, vibrations can interact.
Playing one note may activate another.
This is called:
crosstalk
Some sympathetic resonance is natural and can contribute to the beauty of the instrument.
Too much unwanted interaction can make the handpan difficult to play clearly.
The maker therefore tests how all the tone fields behave together.
How to Tell If a Handpan Is Good Quality: Buyer’s Guide
Every note should belong to the same instrument.
One tone field should not be almost inaudible while another completely dominates.
Makers therefore check the relative amplitude of:
and make further adjustments if necessary.
Perfectly identical volume is neither realistic nor always desirable.
But the instrument should feel balanced.
A good handpan should respond to relatively light playing.
The maker may test:
to ensure that tone fields respond across a useful dynamic range.
If a note only activates when hit aggressively, it may not be very expressive.
The tuner does not only evaluate individual notes.
They also play combinations.
They may test:
because an instrument must work musically as a whole.
A note can appear correct on a tuner and still interact badly with another part of the instrument.
Before a professional handpan leaves the workshop, it should go through final inspection.
This can include checking:
MAG describes a final quality-assurance stage where an experienced tuner checks every tone field and looks specifically for issues such as unwanted crosstalk.
There is no universal answer.
Production methods vary enormously.
Some processes can be performed efficiently in organised workshops.
Highly specialised or custom instruments may require much more time.
There may also be pauses between stages for:
Saraz notes that its instruments can take weeks to complete and that tuning itself represents a significant part of the work.
Once you understand the process, the cost becomes easier to understand.
You're paying for much more than the steel.
A handpan price can reflect:
The raw sheet steel is only the beginning.
How Much Does a Handpan Cost? Handpan Prices Explained
The handpan market now includes everything from small artisan workshops to larger-scale production.
The difference is not simply:
handmade = good
and
factory = bad.
A well-organised workshop can use machinery to create consistent shell forms while still relying heavily on skilled manual tuning.
Likewise, manually hammering every stage does not guarantee excellent acoustics.
What matters is the final result.
Modern equipment can help create:
But the final acoustic work still requires an understanding of the steel.
Even makers using precision shell-forming equipment continue to tune manually through repeated adjustments.
Handpan making is still a relatively young craft.
Different makers have developed their own:
That is why two handpans with exactly the same scale can sound very different.
Handpan Makers: How to Find and Choose the Right Maker
Imagine two instruments containing:
D / A Bb C D E F G A
On paper, they are both D Kurd.
Yet they may have different:
because they were made using different:
The scale tells you the notes.
It does not tell you the entire sound.
D Kurd Handpan Scale Explained
Technically, anyone can begin learning.
But producing consistently high-quality instruments is difficult.
A maker needs to develop skills in:
The learning curve can involve many unsuccessful shells before consistently good instruments emerge.
This is one reason experienced makers are highly valued.
It is possible to experiment with handpan building at home, but it requires far more than:
two metal bowls and a hammer.
Professional construction may require:
Making something handpan-shaped is relatively easy.
Making a stable, responsive, harmonically tuned musical instrument is much harder.
An experienced tuner begins to understand how the steel reacts before and after each adjustment.
That knowledge is difficult to capture in a simple instruction manual.
It develops through:
thousands of hours of shaping, tuning, testing and listening.
This is why researching the maker is so important when choosing a handpan.
How to Tell If a Handpan Is Good Quality: Buyer’s Guide
One of the best ways to understand handpan construction is to visit a maker.
Some workshops offer:
You may get to see instruments at different stages of production and understand how much work goes into each one.
World Handpan Map helps you discover makers around the world.
When considering an instrument, ask:
What steel do you use?
How do you form your shells?
Do you offer retuning?
What makes your instruments different?
A knowledgeable maker should be able to explain their process and philosophy.
You do not need them to reveal trade secrets.
You simply want confidence that they understand the instrument they are building.
Another way to understand maker differences is to hear several handpans side by side.
World Handpan Map can help you find players in your area.
You might hear:
That experience can teach you more than specifications alone.
Festivals and gatherings can be particularly useful because you may encounter many makers and instruments in one place.
You can:
You do not need to become a handpan maker before buying one.
But understanding the process helps you recognise what you're paying for.
Focus on:
sound
tuning
response
maker reputation
support
rather than only:
appearance
or:
number of notes.
When buying new, the maker's process and support matter greatly.
When buying used, you also need to understand how the instrument has been treated since leaving the workshop.
A great handpan can still be damaged by:
How to Buy a Second-Hand Handpan Safely
Once the maker finishes tuning the steel, your job is to protect it.
Good care includes:
Handpans are generally made from steel, with stainless and nitrided steel among the most common modern material categories.
Different makers also work with specialised steel treatments and alloys.
Many handpans involve extensive manual shaping and tuning.
Modern makers may also use presses, pneumatic tools, hydroforming and other machinery during shell production.
The degree of manual work varies between workshops.
The maker changes the geometry and tension of the steel through precise hammering and shaping.
This adjusts the frequencies produced by each tone field.
No.
Quality tone fields typically contain a fundamental pitch along with important tuned harmonics, commonly the octave and compound fifth.
Carefully placed hammer strikes change the shape, stiffness and tension of the steel, which changes its frequencies.
The Ding is the main central tone field on the upper shell.
It is generally the lowest primary note on the instrument.
The Gu is the opening on the bottom shell.
It contributes to the acoustic resonance of the enclosed instrument.
Joining the shells creates the enclosed resonating body that gives the handpan much of its characteristic acoustic behaviour.
It varies considerably by maker and process.
Complex or custom instruments can require many stages over an extended period, with repeated tuning rounds throughout production.
The price reflects not only material but specialised shaping, heat treatment, tuning, equipment, development, quality control and maker expertise.
How Much Does a Handpan Cost? Handpan Prices Explained
No.
Makers use different steels, shell-forming processes, heat treatments, tools and tuning methods.
That is one reason different makers can have recognisable sound characteristics.
A handpan begins as something remarkably ordinary:
sheet steel.
The maker transforms it through:
shaping → heat → hammering → listening → tuning → more hammering → assembly → final tuning.
By the end, the same piece of metal that once produced little more than a dull clang can contain a complete musical scale with carefully controlled harmonics.
That transformation is part of what makes handpan building so fascinating.
The best makers do not simply manufacture a metal object.
They gradually teach a piece of steel how to sing.
And once you understand how much work goes into creating that sound, it becomes easier to understand why choosing the right maker matters.
Explore handpan makers around the world and discover workshops near you.
Find makers, players, teachers and events worldwide.
Hear instruments from different builders and connect with the community.
Explore new and used instruments within the wider handpan community.
Handpan Makers: How to Find and Choose the Right Maker
How to Tell If a Handpan Is Good Quality: Buyer’s Guide
Stainless Steel vs Nitrided Handpan: Which Is Better?
How Much Does a Handpan Cost? Handpan Prices Explained
How Many Notes Should a Handpan Have? Beginner’s Guide
How to Choose Your First Handpan
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