Wrist MRI in Singapore: Price, Uses and Scanner Options

Wrist MRI price: S$1,000

A wrist MRI available through The Pain Relief Clinic in Singapore currently costs S$1,000.

The S$1,000 price includes:

• The wrist MRI scan
• Images from the examination
• A radiologist’s report

MRI scanner options available

Depending on the clinical requirements and imaging-centre availability, The Pain Relief Clinic can help arrange:

• 1.5 Tesla MRI
• 3 Tesla MRI
• Wide-bore MRI for patients who are claustrophobic or uncomfortable in conventional MRI scanners

The most appropriate scanner and protocol depend on the clinical question, implants, body size, ability to remain still and type of images required. A 3 Tesla MRI is not automatically necessary or better for every wrist condition.

Current price: S$1,000
Price last reviewed: 9 August 2026
MRI strength options: 1.5 Tesla and 3 Tesla, depending on clinical requirements
Claustrophobia option: Wide-bore MRI available, subject to suitability and availability
Appointment availability: Often within one working day, subject to availability and MRI safety clearance
MediSave: Up to S$600 may be available for eligible outpatient scans, subject to prevailing conditions
Insurance: Coverage depends on the patient’s policy, medical indication and insurer approval

Additional charges may apply if contrast, an MR arthrogram, specialised imaging sequences or a different MRI protocol is medically required. The final scanner, scan coverage, protocol and price will be confirmed before proceeding.

When medically indicated, The Pain Relief Clinic can often help arrange a wrist MRI within one working day, subject to imaging-centre availability and scheduling.

What is a wrist MRI?

A wrist MRI uses magnetic resonance imaging to produce detailed images of the wrist joint and surrounding structures.

The wrist contains several small bones, joints, ligaments, tendons, nerves, cartilage and other supporting tissues.

MRI does not use X-rays or ionising radiation. It uses a strong magnetic field, radiofrequency signals and computer processing to produce detailed images.

Depending on the prescribed protocol, a wrist MRI may assess:

• Carpal bones
• Distal radius and ulna
• Wrist ligaments
• Triangular fibrocartilage complex
• Tendons
• Articular cartilage
• Bones and bone marrow
• Nerves and surrounding tissues
• Joint fluid and synovial tissue
• Soft-tissue lumps or masses

Not every episode of wrist pain requires MRI. The appropriate investigation depends on the symptoms, examination findings, previous tests and whether the MRI result is likely to affect treatment.

When might a doctor consider a wrist MRI?

A doctor may consider wrist MRI when symptoms are persistent, unexplained, functionally limiting or associated with a suspected structural injury.

Possible situations include:

• Persistent wrist pain that has not improved as expected
• Pain following a fall or sports injury
• Persistent symptoms despite a normal or inconclusive X-ray
• Suspected occult fracture
• Suspected scaphoid injury
• Suspected ligament injury
• Suspected triangular fibrocartilage complex injury
• Persistent clicking, catching or instability
• Suspected tendon injury
• Unexplained wrist swelling
• Reduced wrist movement
• Persistent pain despite appropriate treatment or rehabilitation
• Suspected cartilage or joint-surface damage
• A soft-tissue lump requiring further characterisation
• Concern about inflammation, infection or another structural abnormality
• Symptoms following previous wrist surgery
• Planning treatment when MRI findings could affect the decision

Having one of these symptoms does not automatically mean that MRI is required. A doctor should assess the location, severity and duration of the symptoms before recommending imaging.

Wrist pain after a fall

A fall onto an outstretched hand is a common cause of wrist injury.

Possible injuries include:

• Distal radius fracture
• Scaphoid fracture
• Other carpal-bone fracture
• Ligament injury
• Triangular fibrocartilage complex injury
• Bone bruising
• Tendon injury
• Cartilage damage

An X-ray is usually the first imaging test following acute wrist trauma.

MRI may be considered when:

• Pain persists despite a normal or inconclusive X-ray
• An occult fracture remains suspected
• A ligament or cartilage injury is suspected
• Symptoms are not improving as expected
• The result could affect treatment

A wrist that is visibly deformed, severely swollen or associated with loss of feeling or circulation requires urgent assessment.

Suspected scaphoid fracture

The scaphoid is one of the small bones on the thumb side of the wrist.

A scaphoid injury may cause:

• Pain near the base of the thumb
• Tenderness in the anatomical snuffbox
• Pain when gripping
• Pain after a fall onto an outstretched hand
• Persistent pain despite a normal initial X-ray

Some scaphoid fractures may not be visible on the first X-ray.

MRI may help identify:

• Occult scaphoid fracture
• Bone bruising
• Bone-marrow changes
• Associated soft-tissue injuries

Prompt assessment is important because certain scaphoid fractures can have difficulty healing if they are not recognised and protected appropriately.

Wrist clicking, catching or instability

Persistent mechanical symptoms may include:

• Painful clicking
• Catching
• Clunking
• A feeling of instability
• Pain during rotation
• Reduced grip strength
• Pain when pushing through the hand

Possible structural explanations include:

• Ligament injury
• Triangular fibrocartilage complex injury
• Tendon instability
• Cartilage abnormality
• Joint instability
• Other wrist abnormalities

Painless clicking does not necessarily indicate a significant injury. MRI may be considered when mechanical symptoms are painful, persistent or associated with functional loss.

Wrist pain affecting work and daily life

Persistent wrist symptoms can interfere with:

• Typing
• Writing
• Using a computer mouse
• Using a mobile phone
• Gripping
• Carrying bags
• Opening containers
• Cooking
• Driving
• Manual work
• Gym training
• Racquet sports
• Yoga or push-ups
• Playing musical instruments
• Caring for children or older family members

Some people seek further assessment because pain is reducing their productivity or preventing them from returning to exercise. Others worry that continuing weakness or reduced grip may affect their independence.

Identifying the likely source can help determine whether the next step should involve rehabilitation, treatment, activity modification, observation or imaging.

What can a wrist MRI show?

Depending on the scan protocol and clinical question, wrist MRI may help assess the following.

Wrist ligaments

MRI may provide information about ligaments that stabilise the small wrist bones.

Possible findings may include:

• Ligament sprain
• Partial injury
• More significant tearing
• Changes associated with instability
• Associated bone or cartilage abnormalities

A standard MRI may not identify every small ligament injury. A specialised protocol or MR arthrogram may sometimes be considered.

Triangular fibrocartilage complex

The triangular fibrocartilage complex, or TFCC, supports the side of the wrist near the little finger.

A TFCC abnormality may be considered when there is:

• Pain on the little-finger side of the wrist
• Pain during rotation
• Pain when pushing through the hand
• Clicking or catching
• Reduced grip strength
• Symptoms following trauma

MRI may provide information about the TFCC and surrounding structures. Some changes can also occur with age and may not be responsible for the symptoms.

Tendons

MRI may assess tendons passing through the wrist.

Possible findings may include:

• Tendon degeneration
• Inflammation around a tendon
• Partial tearing
• Complete tearing
• Tendon displacement
• Associated fluid

Ultrasound may also be useful for superficial tendons and can assess them during movement.

Bone and bone marrow

MRI can show bone-marrow changes that may not be visible on an early X-ray.

These may include:

• Bone bruising
• Occult fracture
• Stress injury
• Some stress fractures
• Inflammation
• Infection
• Other structural abnormalities

Cartilage and joint structures

MRI may provide information about:

• Articular cartilage
• Joint surfaces
• Joint fluid
• Synovial tissue
• Osteochondral injuries
• Other joint abnormalities

Soft-tissue lumps

A wrist MRI may be considered when there is an unexplained lump or swelling.

The scan may help show:

• Location
• Size and extent
• Relationship to nearby tendons, nerves and joints
• Whether it appears solid or fluid-filled
• Whether further assessment is required

MRI cannot always provide a final diagnosis. Additional imaging, specialist referral or tissue testing may sometimes be needed.

Wrist pain with numbness or tingling

Numbness, tingling, burning or weakness in the hand may originate from:

• Median nerve at the wrist
• Ulnar nerve
• Nerves around the elbow
• Cervical spine
• Brachial plexus
• Another neurological condition

Carpal tunnel syndrome is often assessed using the symptoms, physical examination and, when required, nerve-conduction studies.

Wrist MRI is not routinely required for every case of suspected carpal tunnel syndrome. It may be considered when:

• A structural cause of nerve compression is suspected
• A lump or unusual abnormality is present
• The diagnosis is uncertain
• Previous surgery has been performed
• Another wrist condition may be contributing

Wrist MRI versus hand MRI

A wrist MRI and hand MRI examine different anatomical areas.

Wrist MRI

A wrist MRI focuses on:

• Carpal bones
• Wrist ligaments
• Triangular fibrocartilage complex
• Wrist joint
• Tendons and nerves near the wrist

Hand MRI

A hand MRI focuses on:

• Metacarpal bones
• Fingers
• Finger joints
• Tendons and ligaments within the hand

One examination may not fully cover both the wrist and hand. The correct body region should be confirmed before proceeding.

Wrist MRI versus X-ray, ultrasound or CT

Different tests provide different information.

Wrist X-ray

X-ray may be used initially to assess:

• Fracture
• Joint alignment
• Arthritis
• Certain bone abnormalities
• Significant trauma

Wrist ultrasound

Ultrasound may be useful for:

• Superficial tendons
• Fluid collections
• Ganglion cysts
• Certain nerves
• Structures during movement

Wrist CT

CT provides detailed images of bone and may be preferred for:

• Complex fractures
• Detailed assessment of bony anatomy
• Selected joint abnormalities
• Situations where MRI is unsuitable

Wrist MRI

MRI provides detailed images of:

• Ligaments
• TFCC
• Tendons
• Cartilage
• Bone marrow
• Other soft tissues

The appropriate test depends on the suspected condition rather than one method being universally superior.

When is a wrist injury an emergency?

An outpatient wrist MRI appointment is not the appropriate first step when symptoms suggest a serious or urgent injury.

Seek urgent medical care if:

• The wrist or hand is visibly deformed
• A bone is visible through the skin
• There is a deep or open wound
• Severe pain follows major trauma
• The hand becomes cold, pale or blue
• There is new loss of feeling
• You cannot move the fingers after an injury
• Swelling or tightness is increasing rapidly
• A ring is trapped on a rapidly swelling finger
• A hot, swollen wrist occurs with fever or systemic illness
• Sudden hand or arm weakness occurs with facial drooping or difficulty speaking

Call 995 for possible stroke or another potentially life-threatening emergency.

Do not delay urgent assessment while waiting for a routine MRI.

Is the wrist MRI performed on a 1.5 Tesla or 3 Tesla machine?

Both 1.5 Tesla and 3 Tesla MRI machines are available, depending on the clinical situation and imaging-centre availability.

Tesla, abbreviated as “T”, describes the strength of the MRI machine’s magnetic field.

1.5 Tesla wrist MRI

A 1.5 Tesla MRI is widely used for musculoskeletal imaging and can produce clinically useful images for many wrist conditions.

It may be suitable for assessing:

• Wrist ligaments
• TFCC
• Tendons
• Cartilage
• Bones and bone marrow
• Many common structural abnormalities

3 Tesla wrist MRI

A 3 Tesla MRI uses a stronger magnetic field and may provide a higher signal or allow more detailed imaging for selected clinical questions.

It may be considered when:

• Greater anatomical detail is clinically useful
• Small wrist structures require focused assessment
• A specialised ligament or cartilage protocol is requested
• The referring doctor or radiologist considers it appropriate
• The imaging requirements favour a 3 Tesla examination

A 3 Tesla MRI is not automatically better for every wrist condition. A 1.5 Tesla MRI may provide the necessary diagnostic information and may be more suitable in some circumstances.

The scanner should be selected according to the clinical question rather than field strength alone.

Is a wide-bore MRI available for claustrophobic patients?

Yes. Wide-bore MRI machines are available for patients who are claustrophobic or uncomfortable in conventional MRI scanners, subject to suitability and appointment availability.

A wide-bore MRI has a larger internal opening than many traditional MRI machines.

The additional space may help patients who:

• Feel anxious in enclosed spaces
• Have previously been unable to complete an MRI
• Are concerned about claustrophobia
• Have a larger body size
• Find conventional scanners uncomfortable
• Prefer a more spacious scanning environment

A wide-bore MRI is not the same as a completely open MRI. The patient will still be positioned partly or fully within the scanner depending on the required wrist position and imaging setup.

Patients concerned about claustrophobia should inform The Pain Relief Clinic before the appointment so that an appropriate scanner and positioning option can be considered.

What are the potential benefits of wrist MRI?

When medically appropriate, wrist MRI offers several potential benefits:

• It provides detailed images of small ligaments and soft tissues
• It can assess the TFCC, tendons and cartilage
• It can show bone-marrow abnormalities
• It may identify certain fractures not visible on an early X-ray
• It may clarify persistent or unexplained symptoms
• It may assist with treatment or rehabilitation planning
• It does not use ionising radiation
• It is non-invasive
• Both 1.5 Tesla and 3 Tesla options are available
• Wide-bore MRI is available for selected claustrophobic patients
• The examination includes MRI images
• A radiologist’s report is provided

MRI also has limitations:

• Not every abnormality seen on MRI causes symptoms
• Some ligament or TFCC abnormalities may occur without pain
• A standard MRI may not identify every small tear
• MRI findings must be interpreted with the physical examination
• Some conditions are better assessed with X-ray, ultrasound or CT
• Nerve symptoms may require nerve-conduction studies
• A separate hand or forearm MRI may be required
• MRI may not be needed if the result will not change treatment

Is wrist MRI safe?

MRI does not use ionising radiation and is generally considered safe when the required safety checks are completed.

Before the scan, tell the clinic and imaging centre if you have:

• A pacemaker or implanted defibrillator
• A cochlear implant
• Aneurysm clips
• A neurostimulator
• An implanted medication pump
• Metal fragments in the eye or body
• Previous surgery involving metallic implants
• Wrist implants or previous wrist surgery
• Kidney disease
• A previous reaction to MRI contrast
• Pregnancy or possible pregnancy
• Severe claustrophobia
• Difficulty remaining still
• Any implanted or attached medical device

Some implants can be scanned only under specific conditions. The imaging provider must verify the exact device information before the MRI.

Metallic wrist implants may affect image quality. A specialised protocol or particular scanner strength may sometimes be preferred.

Is contrast required for a wrist MRI?

Most routine wrist MRI examinations can be performed without contrast.

Contrast may be considered for particular clinical questions, including selected cases involving:

• A suspected mass
• Infection
• Inflammatory disease
• Previous wrist surgery
• An abnormality requiring further characterisation

An MR arthrogram is different from a routine MRI with intravenous contrast. It may involve placing contrast into the wrist joint before imaging.

If contrast or an MR arthrogram is recommended, the reason, relevant safety considerations and any additional charges will be explained before the procedure.

What happens during a wrist MRI?

Before the examination, you will complete an MRI safety questionnaire and remove items that may contain metal.

During the scan:

1. You will lie on the MRI examination table.
2. The wrist will be positioned within a specialised imaging coil.
3. The arm may be positioned beside the body or above the head, depending on the scanner and protocol.
4. The table will move into the scanner.
5. You will hear loud knocking, tapping or humming sounds.
6. Hearing protection will be provided.
7. You will need to keep the wrist and hand still while the images are acquired.
8. The radiographer will be able to communicate with you throughout the examination.

The duration depends on the required MRI protocol and whether additional sequences or contrast are needed.

After the examination, a radiologist will review the images and prepare a report.

Current wrist MRI price in Singapore

Wrist MRI: S$1,000

The S$1,000 price includes:

• The wrist MRI scan
• Images from the examination
• A radiologist’s report
• Access to a 1.5 Tesla or 3 Tesla MRI machine, depending on clinical requirements and availability
• A wide-bore MRI option when appropriate and available

Price last reviewed: 9 August 2026

Additional charges may apply if:

• Contrast is medically required
• An MR arthrogram is required
• Specialised imaging sequences are required
• A different MRI protocol is needed
• Separate hand or forearm imaging is required
• Additional imaging is requested or recommended

The final scanner, scan coverage, protocol and price will be confirmed before proceeding.

Can MediSave be used for a wrist MRI?

From 1 January 2026, the MediSave annual withdrawal limit for eligible outpatient scans increased to up to S$600 per patient per year.

Eligibility is not automatic. It depends on:

• Whether the MRI is used to diagnose or treat a medical condition
• The prevailing MediSave rules
• Whether the scan is performed through an eligible participating medical institution
• The patient’s remaining annual withdrawal limit
• Whether the applicable medical and administrative requirements are satisfied

Patients may be able to use their own MediSave or an eligible immediate family member’s MediSave, subject to prevailing rules.

The S$600 figure is a maximum annual withdrawal limit for eligible outpatient scans. It does not guarantee that S$600 will be approved or available for every wrist MRI.

Please confirm eligibility before proceeding.

Can insurance cover a wrist MRI?

Private insurance may cover a medically indicated wrist MRI, but coverage depends on the individual policy.

Possible requirements may include:

• Documented medical necessity
• An appropriate medical referral
• Insurer pre-authorisation
• Use of an approved panel imaging centre
• A deductible or co-payment
• Limits on outpatient diagnostic benefits
• Submission of supporting medical information
• Submission of the invoice and radiologist’s report

The insurer makes the final decision about approval and reimbursement.

Patients who intend to claim through insurance should confirm their coverage and any pre-authorisation requirements before undergoing the MRI.

How quickly can a wrist MRI be arranged?

When MRI is medically appropriate, The Pain Relief Clinic can often help arrange a wrist MRI within one working day.

This is subject to:

• Imaging-centre availability
• Availability of the appropriate 1.5 Tesla or 3 Tesla scanner
• Availability of a wide-bore scanner if requested
• The required MRI protocol
• MRI safety clearance
• Whether contrast or an MR arthrogram is required
• Insurance or MediSave administrative requirements
• The patient’s availability

A one-working-day appointment cannot be guaranteed in every case.

Frequently asked questions

Does every case of wrist pain require MRI?

No. Many wrist conditions can be assessed and managed without MRI. MRI may be considered when symptoms persist, a significant structural injury is suspected, the diagnosis remains unclear or the result could change treatment.

Can wrist MRI show a ligament tear?

MRI may show injuries involving wrist ligaments. A specialised protocol or MR arthrogram may sometimes be considered for very small or complex abnormalities.

Can wrist MRI show a TFCC tear?

MRI may provide information about the TFCC. The findings must be interpreted with the symptoms and examination because TFCC changes may occur without pain.

Can wrist MRI show a scaphoid fracture?

MRI may identify an occult scaphoid fracture or bone-marrow injury that is not visible on an early X-ray.

Can wrist MRI diagnose carpal tunnel syndrome?

Wrist MRI is not routinely required for every case of suspected carpal tunnel syndrome. Clinical assessment and nerve-conduction studies may be more appropriate. MRI may be considered when a structural cause is suspected.

Is wrist MRI the same as hand MRI?

No. A wrist MRI focuses on the carpal bones, wrist ligaments, TFCC and wrist joint. A hand MRI focuses on the metacarpals, fingers and structures within the hand.

Is wrist MRI better than an X-ray?

The tests provide different information. X-rays assess fractures, alignment and bone-related changes. MRI provides more detailed images of ligaments, TFCC, tendons, cartilage and bone marrow.

Is the scan performed on a 1.5 Tesla or 3 Tesla machine?

Both 1.5 Tesla and 3 Tesla MRI machines are available. The most appropriate scanner depends on the clinical question, required protocol and appointment availability.

Is a 3 Tesla wrist MRI always better?

No. A 3 Tesla MRI may offer advantages for selected clinical questions, but a 1.5 Tesla MRI can provide appropriate diagnostic images for many wrist conditions.

Is a wide-bore MRI available for claustrophobic patients?

Yes. Wide-bore MRI machines are available, subject to clinical suitability and appointment availability.

Does wrist MRI use radiation?

No. MRI does not use ionising radiation.

Is contrast always required?

No. Most routine wrist MRI examinations can be performed without contrast. Contrast or an MR arthrogram may be recommended for selected clinical questions.

How much does a wrist MRI cost?

A wrist MRI available through The Pain Relief Clinic costs S$1,000.

The price includes:

• The wrist MRI scan
• Images from the examination
• A radiologist’s report

Both 1.5 Tesla and 3 Tesla MRI machines are available depending on the clinical requirements. Wide-bore MRI is also available for selected claustrophobic patients, subject to suitability and appointment availability.

Additional charges may apply if contrast, an MR arthrogram, specialised sequences or a different MRI protocol is medically required.

Can I use up to S$600 of MediSave?

Up to S$600 per patient per year may be withdrawn for eligible outpatient scans from 1 January 2026. Eligibility depends on prevailing rules, the participating medical institution, the remaining annual limit and the circumstances of the claim.

Will insurance cover the wrist MRI?

It depends on the patient’s policy and clinical circumstances. Medical necessity, pre-authorisation, panel restrictions, deductibles or co-payments may apply.

Will I receive the MRI images and report?

Yes. The S$1,000 price includes the images from the examination and a radiologist’s report.

Can the MRI be arranged within one working day?

The Pain Relief Clinic can often help arrange a medically indicated wrist MRI within one working day, subject to MRI safety clearance, imaging-centre availability and availability of the appropriate scanner.

Arrange a wrist MRI

If persistent wrist pain, swelling, clicking, instability or reduced grip is interfering with work, exercise or daily activities, The Pain Relief Clinic can assess whether further investigation may be appropriate.

When medically indicated, the clinic can help arrange an affordably priced wrist MRI, often within one working day.

Wrist MRI: S$1,000

The price includes:

• The wrist MRI scan
• Images from the examination
• A radiologist’s report

Depending on clinical requirements and availability, the scan may be arranged using:

• A 1.5 Tesla MRI machine
• A 3 Tesla MRI machine
• A wide-bore MRI machine for patients concerned about claustrophobia

Important medical information

This page provides general educational and pricing information. It does not replace an individual medical assessment.

MRI is not required for every episode of wrist pain or every wrist injury. The most appropriate scanner, field strength and protocol depend on the clinical question and individual circumstances.

Prices, availability, scanner type, MediSave eligibility and insurance coverage should be confirmed before proceeding.

Seek urgent medical care for severe trauma, visible deformity, an open injury, rapidly increasing swelling, loss of circulation or sensation, a hot swollen wrist with fever, or sudden hand weakness associated with facial drooping or speech difficulty.