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Blackstone HS101

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Blackstone HS101

Product Code: SATE-adwtasfsa-3208

Controlled Ventilation Only, Rate 5 to 40 Breaths a Minute, Flow Beyond 20 L/min, with Battery Life Stated Above Eight Hours

The Blackstone HS101 is an emergency ventilator in a handled case, offering controlled mechanical ventilation as its only mode. The respiratory rate adjusts from 5 to 40 breaths per minute, flow exceeds 20 litres per minute, the inspiratory ratio is fixed at 1:2, and battery life is quoted at over eight hours, the longest figure Blackstone publishes. Available through Medigear.uk.

Sections

ICU Ventilators

Categories

Surgical & Therapeutic Equipment

Condition

New

Origin

China

Seller Type

Certified Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

One line on this emergency ventilator sheet is printed twice, and the repetition matters. The oxygen setting reads "air mix" twice. That's the same setting repeated. On a machine of this type the usual pairing is air mix against no air mix. The first entrains room air to give roughly half oxygen. The second delivers it undiluted. On a resuscitation machine, that gap isn't a detail, so the second position establishes rather than guesses.

Beyond that,t the emergency ventilator specification is deliberately narrow. Controlled mechanical ventilation is the only mode, which means breaths arrive on a fixed schedule, regardless of whatever the patient does. That suits an apnoeic or paralysed patient entirely. It suits a breathing one not at all, since nothing here can synchronise with an effort. The inspiratory ratio is fixed at 1:2 rather than adjustable. A patient needing longer expiration cannot be given it. Rate runs 5 to 40, covering adults and older children, though not the faster rates a newborn needs.

What this emergency ventilator does publish, and the others do not, is a battery figure. More than eight hours is the longest quoted anywhere across the Blackstone ventilators and monitors. The HS-200, also sold as portable, gives none.

On a machine whose whole purpose is working away from a socket, that is the figure that matters most, and this one states it. Medigear.uk clarifies the oxygen positions and the gas source before this unit is offered.

Place this emergency ventilator correctly, and it makes sense. A single-mode emergency ventilator delivering controlled breaths at a set rate is what an emergency team wants when a patient is apneic and hands are needed elsewhere; freeing someone from squeezing a bag during a resuscitation or transfer is the entire point of owning one. Simplicity is a virtue in that setting—fewer controls, less to set wrongly, and nothing to learn under pressure.

The boundary is equally clear. A patient who begins breathing will fight a machine that cannot see their effort, and CMV offers nothing to synchronise with. The fixed 1:2 ratio compounds that. A patient with obstructive disease needs a longer expiratory time, and no setting provides it. Neither limitation counts as a fault in a machine built for apnoeic ventilation. Both decide the point at which a patient must be handed over to something else.

Battery endurance is where it quietly beats its more sophisticated stablemates. Blackstone publishes more than eight hours as its longest figure anywhere, and the HS-200, a far more capable portable machine, publishes nothing. For a transfer team planning a journey, a stated eight hours is worth more than an unstated mode list, because one can be relied upon and the other cannot.

Medigear.uk establishes what the second oxygen position delivers, whether any PEEP is provided, what drives the breath, and what the alarm arrangement is before supplying this emergency ventilator to anyone.

A Battery Figure Actually Published

More than eight hours is the longest Blackstone quotes anywhere, and the far more capable HS-200 publishes no battery endurance at all.

Frees a Pair of Hands

Automatic controlled ventilation releases whoever would otherwise be squeezing a bag, which, during a resuscitation or transfer, is the point of the machine.

Very Little to Set Wrongly

A rate control, a flow control and an oxygen selector are close to the minimum, and under pressure, that simplicity is worth more than flexibility.

A Conventional Ratio

One to two is the ordinary adult inspiratory ratio, so the fixed setting is the one most cases would be given anyway.

Wide Rate Range

Five through 40 breaths a minute covers slow adult ventilation at one end and an older child at the other, from a single control.

Flow Beyond Twenty Litres

Sufficient flow to deliver adult tidal volumes within a reasonable inspiratory time, which a lower ceiling would restrict.

Built Into a Carrying Case

The handled case suits a machine meant to be picked up and taken to a patient rather than wheeled between bed spaces.

Nothing to Boot

A machine carrying no screen and no operating system starts working the moment it is switched on, rather than after a wait.

Controlled Ventilation Only

CMV with no assisted or spontaneous modes.

Rate of 5 to 40 Breaths

Adjustable across that band.

Flow Beyond 20 L/min

From zero upward.

Inspiratory Ratio Fixed at 1:2

Not adjustable at any setting.

Battery Above Eight Hours

The longest figure Blackstone publishes.

Oxygen Selector

Printed as air mix or air mix, which warrants clarification.

No PEEP Described

Absent from the specification entirely.

Handled Carrying Case

Built for carrying rather than wheeling.

Judged as what it is, a single-mode emergency ventilator, this does its job and states the figure that matters. More than eight hours of battery is the longest Blackstone publishes anywhere, and it comes on the machine most likely to be used away from a socket, where the far more capable HS-200 publishes nothing at all. Controlled ventilation at a set rate frees a pair of hands during a resuscitation, and there is very little to set wrongly under pressure. Two things need settling. The oxygen line reads air mix or air mix, offering one option against itself, when the alternative on this type of machine is ordinarily undiluted oxygen, and that difference is substantial. And CMV cannot respond to a patient who starts breathing, while the fixed 1:2 ratio cannot lengthen expiration for obstructive disease. Medigear.uk clarifies the oxygen positions before this emergency ventilator is quoted.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

It reads air mix or air mix, which cannot be right, since that offers one option against itself. The usual pairing on this type of machine is air mix against no air mix, the first giving roughly half oxygen and the second delivering it undiluted, and we establish which applies.

Because roughly 50 per cent oxygen and 100 per cent oxygen are quite different things during a resuscitation. Knowing which the second position delivers governs how the machine is used, and no percentage figure appears for either setting on the sheet.

Not comfortably. Controlled mechanical ventilation delivers breaths on a fixed schedule and cannot detect or respond to patient effort, so a patient who begins breathing will fight it. The machine is built for an apnoeic or paralysed patient.

No, it is fixed at 1:2. That is the conventional adult setting, so it covers ordinary use. Still, a patient with obstructive disease needs a longer expiratory phase to prevent gas stacking, and this machine cannot provide one at any setting.

The rate range reaches 40 breaths a minute, which covers adults and older children. Neonatal ventilation commonly runs faster, so newborns are outside it. No patient range is stated outright, so we put the intended population to Blackstone directly rather than reading it off a rate figure.

More than eight hours, and that figure is worth noting because it is the longest Blackstone publishes across any ventilator or monitor. The HS-200, also sold as a portable ventilator, gives no battery figure whatsoever.

Nothing on the sheet mentions end-expiratory pressure in any form, so it appears not to. For controlled ventilation of an apnoeic patient over a short period, that is less limiting than it would be on a ward machine, but we confirm it with Blackstone rather than reading silence as absence.

What the second oxygen position delivers and at what concentration, the gas source, tidal volume, any PEEP provision, the alarm set, patient range, weight and dimensions, ingress protection, consumables, cylinder mounting, the standard applied and conformity marking.