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Saunders

Saunders Cervical HomeTrac Home Traction Device

Quality Inspected Before ShippingOngoing US-Based Phone Support

$742.58

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Chattanooga

Chattanooga Traction Kit, TX Traction Unit, Quickwrap Belt, Saunders Cervical, knee bolster set

Touchscreen ControlsEasy-Access Entry DesignDigital Control Panel

$6,482.35

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What Cervical Traction Actually Does to the Spine

Cervical traction applies a sustained or intermittent distraction force to the neck, separating the vertebral bodies and opening the intervertebral foramina. The clinical result is decompression of nerve roots, a reduction in intradiscal pressure, and a lengthening of the posterior cervical musculature and ligaments. These mechanisms are well-documented in physical therapy research, and they explain why traction remains a first-line conservative treatment for radiculopathy caused by disc herniation or foraminal stenosis.

The angle of pull matters considerably. Pulling the occiput at a more flexed angle, roughly 20 to 30 degrees, opens the posterior facet joints and foramina more effectively than a neutral or extended position. Several devices on the market are designed specifically to direct force toward the occiput at this optimal angle. The Saunders Cervical Traction System with TX Clevis Attachment, for instance, is built to pull at the base of the occiput for what the manufacturer describes as more effective cervical traction, and it performs horizontal traction rather than angled-upward traction, which keeps the force vector consistent throughout the treatment.

Force magnitude is the other variable that separates adequate treatment from ineffective one. Research on cervical traction generally finds that meaningful distraction of the posterior structures requires at least 25 to 30 pounds of force, with therapeutic ranges for radiculopathy often extending to 50 pounds or more depending on patient body mass and tolerance. A device that tops out at 20 pounds may feel comfortable but is unlikely to produce the spinal separation needed to reduce nerve root compression.

Home Units Versus Clinical Traction Systems: Where the Line Is

The divide between home and clinical cervical traction is not simply a matter of price. It reflects fundamentally different treatment philosophies. Home devices are designed for self-administered maintenance or continuation of a clinician-prescribed protocol. Clinical systems are designed for a practitioner to set, monitor, and adjust parameters in real time, with the ability to record patient pain profiles and store treatment protocols across multiple sessions.

The Chattanooga TX Traction Kit is a clear example of what clinical capability looks like in practice. Its TX unit accepts pull patterns ranging from static to intermittent to cyclic traction with forces up to 200 pounds for lumbar applications, offers a 270-degree rotating touchscreen interface, and stores up to ten user-defined protocols per patient alongside before-and-after pain profiles on individual patient data cards. That level of documentation and programmability has no counterpart in a home device, and it should not. Clinical systems like this one are intended to be used only under the prescription and supervision of a licensed practitioner.

Home devices, by contrast, give the patient direct control and are optimized for simplicity and portability. The Saunders Cervical HomeTrac, for example, applies up to 50 pounds of traction with the user in full control of force throughout the session, requires no assembly, and comes ready to use out of its carrying case. That ceiling of 50 pounds is appropriate for home cervical use and aligns with the upper range most patients need for maintenance-level treatment once the acute phase has been managed clinically.

What to Look for in a Cervical Traction Device

The selection criteria for cervical traction equipment are more specific than most buyers expect going in. These are the variables worth evaluating before any purchase decision.

Force Range and Adjustability

A device that cannot reach 25 to 30 pounds of force is unlikely to produce clinically meaningful decompression for most adult patients. The upper limit matters too: patients with significant disc herniation or foraminal narrowing may need 40 to 50 pounds. Look for fine-grained adjustability across that range rather than preset increments, so force can be titrated gradually as tolerance builds.

Pull Direction and Head Positioning

Horizontal traction, where the patient lies supine and force is applied along the body's axis, tends to produce more reproducible results than seated or over-the-door designs because gravity is removed from the equation and the patient can fully relax the cervical musculature. Devices that pull at the occiput rather than under the chin distribute force more effectively to the posterior structures where compression typically occurs.

Traction Mode: Static, Intermittent, or Cyclic

Static traction applies a constant force for the duration of the session. Intermittent traction alternates between a hold force and a rest force on a timed cycle. Cyclic traction varies force continuously through a wave pattern. Research suggests intermittent and cyclic modes may be better tolerated for longer sessions and may produce greater muscle relaxation by allowing periodic rest, though static traction at lower forces is often used for acute presentations. Clinical units offer all three; most home devices provide static traction only.

Portability and Setup

For home use, ease of setup directly determines whether a patient uses the device consistently. A device that takes 10 minutes to assemble correctly tends to go unused. The Saunders HomeTrac requires no assembly and fits in a carrying case, which is worth noting for patients who travel or need to use it in multiple locations. Clinical units are stationary by nature and are typically paired with a dedicated traction table.

User Controls and Safety Features

For home devices, a simple dial or hand-controlled tensioning mechanism that the patient can release instantly is essential. Clinical units should include an emergency patient interrupt switch that allows the patient to immediately stop treatment. The Chattanooga TX unit incorporates this safety feature as standard, which is important in any setting where force levels extend well above home-device ranges.

Comparing Cervical Traction Devices: Specs Side by Side

The table below covers the main devices available across the price spectrum, from home units to clinical-grade systems. Force figures are for cervical applications unless otherwise noted. "Not published" reflects a gap in the manufacturer's documentation, not an assumed limitation.

Model	Max Force (Cervical)	Traction Mode	Setting	Price
Saunders Cervical HomeTrac Home Traction Device	50 lb	Static	Home	$742.58
Saunders Cervical Traction System with TX Clevis Attachment	Not published	Static (horizontal)	Home / Clinical	$559.99
Chattanooga Traction Kit, TX Traction Unit, Quickwrap Belt, Saunders Cervical, knee bolster set	200 lb (unit max)	Static, intermittent, cyclic	Clinical only	$6,482.35
ComforTrac Home Lumbar Traction Device with Carry Case	N/A (lumbar)	Static	Home	$625
Saunders Lumbar HomeTrac Home Traction Device	N/A (lumbar)	Static	Home	$813.12

The clinical kit's price reflects far more than the traction unit itself. The Chattanooga TX Traction Kit bundles the TX unit, a QuickWrap DTS Belt Set rated to 300 pounds for pelvic and lumbar applications, the Saunders Cervical Traction Set, and a Knee Bolster Set. For a clinic setting up a complete traction station, that bundled price is considerably more practical than sourcing the components separately. Home buyers, by contrast, are looking at the $560 to $743 range for the Saunders cervical options, which covers genuine clinical-grade cervical traction at a scale appropriate for unsupervised home use. If you are also managing lumbar symptoms and browsing lumbar traction options alongside cervical equipment, the Saunders Lumbar HomeTrac is worth considering as part of the same home setup.

Who Should Use a Home Cervical Traction Device

Home cervical traction is appropriate for patients who have already been evaluated by a clinician, received a diagnosis consistent with traction as a treatment modality, and had an initial course of clinical traction to establish that they respond positively. Self-administered traction without that baseline assessment introduces real risk: traction is contraindicated in acute cervical fracture, cord compression, spinal instability, rheumatoid arthritis affecting the atlanto-axial joint, and several other conditions. The home device does not replace the diagnostic process.

For patients who meet those criteria, a home device provides a practical way to continue treatment between clinic visits or to maintain gains after discharge. The cost argument is straightforward: two to three clinic sessions per week over several months adds up quickly, and a device like the Saunders HomeTrac at $742.58 typically pays for itself within a few months of regular use. The key is adherence; a device that is comfortable and quick to set up gets used, and one that is awkward or unreliable does not.

Clinicians prescribing home traction should document the recommended force range, session duration, and frequency, and verify that the patient understands how to self-adjust. The HomeTrac's design, which gives the user total control of force at all times and can be released immediately if symptoms worsen, supports that kind of guided self-management. Research on home traction adherence consistently identifies ease of use as the primary predictor of whether patients complete their prescribed course.

Setting Up a Clinical Cervical Traction Station

A functional clinical traction station for cervical and lumbar treatment involves three components working together: the traction table, the traction unit, and the accessory set. The traction table and unit are sold separately across the Chattanooga range, which gives clinics flexibility to pair components based on their existing infrastructure and patient volume. The Chattanooga Galaxy TTET300 and TTET400 four-section Hi-Lo tables are designed specifically to work with the TX unit, and the TX Traction Kit is built around that pairing.

For cervical applications on a clinical table, the Saunders Cervical Set included in the TX Traction Kit is designed to replicate the consistency of hands-on clinical traction. The Knee Bolster Set addresses body positioning for lumbar work, which matters because proper positioning reduces compensatory muscle activation that can otherwise interfere with traction effectiveness. Clinical practitioners familiar with pelvic traction protocols will recognize the same positioning logic applied here: the lumbar spine must be supported and the pelvis stabilized before distraction force is applied.

The TX unit's patient data card system is worth particular attention for practices seeing a high volume of traction patients. Each card stores session parameters, pain profiles recorded before and after treatment, and session notes for multiple visits. That creates a treatment record that follows the patient and can be recalled by any clinician in the practice, which supports consistency across providers and simplifies documentation for insurance purposes.

Clinics sourcing their first complete traction setup can browse the full range of traction equipment to compare table configurations alongside the TX kit, rather than evaluating the unit and table in isolation.

Decompression vs. Traction: Are They the Same Thing

The terms decompression and traction are frequently used interchangeably in marketing, but they carry distinct meanings in clinical literature. Traction refers to the application of a longitudinal pulling force to a body segment. Decompression describes the resulting mechanical effect: a reduction in intradiscal pressure, relief of foraminal compression, and separation of bony structures. Traction is the mechanism; decompression is the outcome.

The distinction matters practically because some equipment is marketed specifically as "decompression therapy," which often implies motorized, computer-controlled force delivery with real-time feedback, as seen in dedicated decompression systems. Understanding what DTS means in motorized traction tables helps clarify why those systems carry different price points and capability sets compared to manual or pneumatic home devices. Both achieve cervical decompression; the difference lies in precision of force delivery, monitoring capability, and the variety of pull patterns available.

For most patients managing cervical radiculopathy conservatively, the mechanical decompression achieved by a well-designed home traction device is clinically comparable to what a basic clinical setup provides, provided the force range is adequate and the head positioning is correct. The advantage of a clinical system is programmability, monitoring, and the ability to shift between static, intermittent, and cyclic modes based on patient response, none of which home devices currently replicate.

Recommendations by Use Case

Choosing among the available options depends less on budget than on the context in which the device will be used. Below is a practical breakdown by situation.

• Home maintenance after clinical discharge: The Saunders Cervical HomeTrac is the most practical option. It applies up to 50 pounds, requires no assembly, and ships ready to use. The carrying case makes it manageable for patients who are not particularly confident with equipment setup.
• Home use with an emphasis on occipital targeting: The Saunders Cervical Traction System with TX Clevis Attachment at $559.99 is worth considering. The clevis attachment pulls at the base of the occiput rather than under the chin, which is mechanically preferable for posterior cervical decompression, and the horizontal pull keeps the force vector consistent throughout treatment.
• New clinic establishing a full traction service: The Chattanooga TX Traction Kit covers cervical and lumbar applications in a single purchase and pairs with the Galaxy TTET300 or TTET400 tables. The programmability, patient data card system, and emergency interrupt switch make it suitable for a high-volume clinical environment.
• Existing clinic adding cervical-specific capability: If lumbar traction is already in place, adding the Saunders Cervical Set as a standalone accessory allows the existing traction unit to be adapted for cervical work without duplicating hardware. Check compatibility with the current unit before purchasing.

Across all use cases, the most consistent predictor of good patient outcomes with cervical traction is correct force magnitude combined with proper positioning. The device is the delivery mechanism for those two variables; its quality determines how reliably it can hold them throughout a session. Patients who have been through clinical traction and respond well tend to know what 30 or 40 pounds of traction feels like, which gives them a reliable internal reference when self-administering at home. That feedback loop, combined with a device that holds force steadily and releases safely, is the practical foundation of effective home cervical traction. Browsing cervical traction options alongside this guide gives a full picture of what is available at each price point before committing to a purchase.

More traction equipment worth a look

Saunders

Saunders Cervical Traction System with TX Clevis Attachment

Quality Inspected Before ShippingOngoing US-Based Phone Support

$559.99

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Frequently asked questions