Quick facts
- A blood donor chair is a named entry in the United States: Class I under 21 CFR 880.6140, product code FML.
- A geriatric chair sits in the same section, 880.6140, with its own product code.
- Canada names no chair: a chair is a non-invasive device and reaches Class I through Rule 7(1) of the Medical Devices Regulations.
- A chair that is connected to an active device in a higher class takes that class under Rule 7(2)(b).
- The US section is titled medical chair and table, so one number covers both a chair and a table.
- The regulation text cited here is current to 2026-09-21 and was last amended on 2026-06-17.
A blood drawing chair is the one piece of furniture in a phlebotomy room that changes the geometry of the procedure. It holds the arm still, raises or lowers the patient, and lets a single clinician draw without an assistant. It is also, in the United States, a device with its own product code, while in Canada it is a chair that reaches its class by rule.
What makes a chair a blood drawing chair?
It holds the patient in the position a venous draw needs, and it is built so the arm can be extended without the patient supporting it.
The functional parts are an adjustable armrest, a reclining or locking back, and a height that lets the phlebotomist work seated. Some models add a drawer or a tray for tubes and sharps. None of those parts emit energy or enter the body, which is why a plain chair is a non-invasive device in Canada and a Class I entry in the United States.
The moment a chair carries a powered component, the picture changes. A motorised recline, an integrated light, a connected monitor or a weigh scale attached to the frame makes the chair something more than a chair, and the class can follow the powered part rather than the frame.
How do Canada and the United States classify a blood drawing chair?
It reaches Class I on both sides, by a named product code on one and by rule on the other.
| Item | Canada | United States |
|---|---|---|
| Blood donor chair | Class I by Rule 7(1) | Class I, 21 CFR 880.6140, code FML |
| Geriatric chair | Class I by Rule 7(1) | Class I, 21 CFR 880.6140, code FRJ |
| Examination table | Class I by Rule 7(1) | Class I, 21 CFR 880.6140 |
| Chair wired to a Class II device | Class II by Rule 7(2)(b) | Class of the connected device applies to it |
| Basis named in the rulebook | Rule and use | Device entry and product code |
In the United States the section at 21 CFR 880.6140 is titled medical chair and table. A blood donor chair and a geriatric chair are both filed under it and both carry their own product code, so a US buyer can point to a code rather than to a description. A chair and a table share the number, which is why the entry is broader than its title suggests.
In Canada none of these is a named entry. A chair is a non-invasive device, so Rule 7(1) places it in Class I. The class is the same; the basis is not. A Canadian file states the rule and the intended use, and there is no product code to quote.
Does a powered chair sit in the same class in Canada and the United States?
No. In Canada a chair can move up without its frame changing, because the rule looks at what the chair is connected to.
Under Rule 7(2)(b) a non-invasive device that is intended to be connected to an active device classified as Class II, III or IV is itself placed in the class of that device. A plain chair is Class I. A chair that is wired into a higher-class active device takes that class, even though the upholstery and the armrest are identical.
In the United States the class is read from the entry. A powered chair that is still a chair under 880.6140 stays Class I unless a different entry covers the powered function. The question a buyer should ask is not whether the chair reclines; it is whether the chair contains or connects to a separately regulated device, and in Canada that question decides the class.
What should a phlebotomy station include?
A station is a chair plus the collection and safety items that make a draw repeatable, and the layout matters as much as the furniture.
| Station element | Why it is there |
|---|---|
| Adjustable chair with armrest | Holds the arm so one clinician can draw |
| Tourniquet and alcohol preparation | Standard preparation before venipuncture |
| Evacuated tube holder and needles | Matches the tube system in use |
| Sharps container within reach | Removes the needle at the point of use |
| Labelling surface | Labels the tube at the bedside |
| Record sheet | Ties the draw to the patient and the operator |
The order of draw is set by the tube system, not by the chair, and the chair only has to make that order easy to follow. A station that puts the sharps container out of reach of a seated clinician is a station that invites a hand injury, which is why the container belongs at the arm, not across the room.
Which consumables does a phlebotomy room restock?
A blood drawing station runs on the collection and safety lines that surround the chair. The sterile graduated 90 mL specimen cups carry samples to the bench, and the 120 mL sterile screw-cap container holds anything that has to be kept. Where a clinic and a laboratory share a sterilisation cycle, the sterilization monitoring collection pairs with the 24-hour monitoring five-pack trial. Clinics and multi-site groups ordering at case level use the wholesale ordering page, and the B2B wholesale collection lists the lines held for institutional buyers. Reselling? become a distributor.
What should a buyer check before ordering a blood drawing chair?
The chair is the easy part. The power source and the armrest are what decide whether the order fits the room.
Start with the arm. A drawing chair has to hold an arm extended and still while a clinician works with both hands, and the armrest is what does that. A chair with a plain arm will work for a seated draw but not for a longer procedure, and a chair with a locking armrest is the one that lets the clinician step away between tubes without the patient having to hold position.
Then check the power. A manual recline is a chair; a motorised recline is a chair with a powered component, and in Canada that is the point at which Rule 7(2)(b) can move the class if the chair is intended to be connected to a higher-class active device. A buyer who orders a powered chair without asking what it connects to can end up with a device whose class is set by the system rather than the frame.
Finally, check the footprint. A reclining chair needs clearance behind it, and a station that puts the sharps container out of reach of a seated clinician is a station that invites a hand injury. Measure the room, the reach and the waste route together, because the chair is the item that fixes all three.
Sources
- 21 CFR 880.6140, medical chair and table
- 21 CFR 866.2900, specimen collection and transport device
- 21 CFR 866.3328, influenza virus antigen detection test system
- 21 CFR 872.6390, dental floss
- 21 CFR 886.1150, visual acuity chart
- Medical Devices Regulations, SOR/98-282
- CLSI, clinical and laboratory standards
- Public Health Ontario, laboratory services test index
- CCOHS, OSH answers
- ISO 15189:2022, medical laboratories
- ISO 13485:2016, quality management
- ISO 14971:2019, risk management
- openFDA device classification API
- Opto, eye health library
- College of Optometrists of Ontario, standards of practice
- American Academy of Ophthalmology, eye health
- Canadian Paediatric Society, documents
- Canadian Dental Association
- Royal College of Dental Surgeons of Ontario
- ADA, science and research institute
A draw that is not recorded cannot be traced if a result is questioned. The printable venipuncture log is a free sheet with columns for the patient, the time, the site, the tubes drawn and the operator, so a draw is written down rather than recalled. The venipuncture record generator on the same page sizes the sheet to the number of stations a clinic runs. No account and no sign-up are needed to open either one.
Whether a chair stands alone or is wired into a powered unit decides its class in Canada. Ask a compliance specialist and you will get a written answer specific to your equipment and province, with the regulation or standard it is based on cited.
Related reading
- Butterfly Needles in Canada vs the US: Gauge, Sizing and Selection
- Blood Collection Tube Systems in Canada vs the US: Which Order Applies?
- Blood Collection Station Consumables: A Canadian Safety Checklist
CliniEco Medical supplies laboratory, eye care and dental consumables of the kind described in this article. MDEL #35334. This article is written for laboratory, optometry and procurement professionals and is not legal advice; the class of a device and the records kept by a laboratory belong to the laboratory and to the requirements that apply to it.
Frequently Asked Questions
Is a blood drawing chair a device in the United States?
Yes. A blood donor chair is filed under 21 CFR 880.6140, the section titled medical chair and table, and carries the product code FML. A geriatric chair sits in the same section under a different code.
Does Canada name a blood drawing chair?
No. A chair is a non-invasive device, and Rule 7(1) of the Medical Devices Regulations places all other non-invasive devices in Class I. The Canadian schedule names very few devices.
Can a chair be in a higher class than Class I in Canada?
Yes. Under Rule 7(2)(b) a non-invasive device intended to be connected to an active device classified as Class II, III or IV takes the class of that device. A chair wired into a higher-class powered device moves up with it.
Does one US number cover both a chair and a table?
Yes. The section is titled medical chair and table, so a blood donor chair, a geriatric chair and examination furniture can all be filed under 21 CFR 880.6140, each with its own product code.
What belongs at the arm of a seated phlebotomist?
A sharps container within reach, so the needle can be removed and dropped at the point of use. Putting the container across the room is what turns a routine draw into a hand-injury risk.
What should a venipuncture record carry?
The patient, the time, the site, the tubes drawn and the operator. Recording the site and the tubes is what lets a result be reconciled with the draw that produced it.
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