Boston T
Tapered basket stretcher

Boston T was created with the exceptional experience of international professional rescue teams and Spencer technicians.
This basket stretcher is the most robust and adventurous of its category.
As with Boston, this special version represents an absolute point of reference in the world of recovery stretchers, the maximum technological expression of a multi-purpose skeleton.
The new framework in stainless steel, already at the top of this category, raises by 15% the level of torsion rigidity.
The overall weight has been reduced by 2600g, the distribution of the weight has been optimized, the design modified and the surface for the patient has been joined to the “crib” to create a monolithic framework.
The result is an extraordinary sensation of lightness with rigidity and manageability.

Headrest
Spencer stretchers are also distinguished by their MBC backrest mechanical regulation system, a real milestone in the technique of blocking systems. A system that guarantees trustworthiness and durability for millions of manoeuvres without having to use any kind of lever and above all allows raising of the backrest even laterally. To reset the level or select intermediate positions you use just one hand to activate the ergonomic handle which is easily found in its distal position, and at the same time sustains the weight.

Boston can be recognized by its dynamic aspect, dominated by an advanced technological chassis.
The 30 mm tube structure resembles the legendary silhouette of the Shell. The outside colours and finishing have also been defined to offer more choice. Unprecedented solution for the patient level platform, made in HDPE (high density polyethylene).
The unprecedented original Spencer design has evolved fast, giving life to this highly perfectioned and prestigious model, guaranteeing more reliability and to become the tireless protagonist of your rescues.
Looks and functionality combined in an irresistible architecture.

Trendelenburg
A clever and unprecedented mechanical system that interacting with a rack and pinion moulded directly into the underside of the patient resting board assures the functioning of the anti-shock system in one swift movement, and does not require the use of compound levers.
An easily identified lever, situated laterally must be operated to reset the board level or to select the intermediate positions.

Boston Pro