Heat Exchanger Espresso Machines

Find the machine for your everyday espresso ritual.

Choosing your equipment

Turin Gallatin heat-exchanger espresso machines bring an E61 brewing group and a dedicated steam-boiler workflow to the home coffee bar. Compare Gallatin V and R configurations, including their pumps, flow-control options and water-supply arrangements.

How a Heat Exchanger Works

A heat-exchanger machine heats brew water through a separate passage within the steam boiler. This supports an espresso-and-steam workflow without switching a single brew boiler between brewing and steaming temperatures. It remains a different design from a machine with distinct brew and steam boilers.

The boiler setting and the water temperature at the coffee are not the same measurement. A PID helps control boiler temperature, but an E61 heat exchanger can still require a cooling flush after standing. Follow the operating procedure for the exact model and build a consistent routine.

Gallatin V or Gallatin R?

The Gallatin V uses a vibration pump and a 2L stainless-steel heat-exchanger boiler. Flow control is optional, so the selected Yes or No configuration determines the hardware supplied. It offers the traditional E61 brew-lever workflow with PID boiler control.

The Gallatin R uses a rotary pump and includes flow control. It also supports reservoir or direct-water operation. The R remains a heat exchanger; its rotary pump does not turn it into a dual-boiler machine.

Check Water Supply and Installation

Reservoir use is practical when you want to place the machine without installing a water line. Direct connection can suit a permanent coffee station, but fittings, inlet conditions and drainage must be checked model by model. The Gallatin V’s manual-valve direct connection is described for occasional use; compare R or DB for regular plumbed operation.

Leave room to access the tank, steam wand and drip tray. Measure depth with the working portafilter and front clearance, not only the body. Follow the machine’s water-quality guidance to care for the boiler and brew system.

When to Compare a Dual Boiler

If independent brew and steam temperature control is a priority, compare the Gallatin DB dual-boiler option. If you want a more compact machine with a different heating arrangement, see Legato V2 in all espresso machines. Pair either approach with an espresso-capable grinder and use a scale to establish a repeatable recipe.

Does PID eliminate cooling flushes on an HX machine?

No. It controls boiler temperature, but the brew path can still heat while the machine stands. Follow the Gallatin model’s flushing and warm-up guidance.

Is flow control included on every Gallatin?

No. Gallatin R includes flow control, while Gallatin V offers it as a selected option. Check the exact new or open-box variant before ordering.

Is a heat exchanger a dual boiler?

No. A heat exchanger uses brew-water heating within the steam-boiler arrangement. A dual boiler has separate brew and steam boilers. Both can support milk-drink routines, but their temperature-control architectures differ.

Turin Gallatin V — black E61 espresso machine, angled front view

Turin Gallatin V E61 HX with PID

Heat exchanger
Vibratory pump

$1,499.00From $1,249.00
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Turin Gallatin E61 espresso machine — stainless body with walnut flow paddle Sold Out

Turin Gallatin R Rotary-Pump HX

Heat exchanger
Rotary pump

$1,899.00From $1,499.00
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Turin Gallatin V — stainless machine beside a grinder

Turin Gallatin V PID — Open Box

Heat exchanger
Vibratory pump

$1,499.00From $999.00
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Specifications describe this listing. Unverified details are marked “Not specified”; an empty value does not mean a feature is absent. Prices, availability, burr choices and condition can vary by option. Check the product page before ordering. Dimensions and warm-up times are approximate.