Buffalo

Buffalo Single Tank Induction Fryer 3kW Countertop

SKU: CP793

£277.00(£332.40 inc VAT)

In stock
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  • In the event of equipment failure any parts needed will be provided 2
  • In the event of equipment failure an engineer will be sent for an onsite repair 2
  • Equipment may be supplied with a moulded plug but may be more suitably connected to a fused spur

The Buffalo Single Tank Induction Fryer is a compact countertop fryer that uses induction heating to bring oil up to temperature rather than a conventional immersed element. Because the heating surface has no direct contact with the oil, there is less carbonised residue build-up over time — a meaningful practical difference for operators who need to turn cleaning around quickly at the end of service.

With a 3kW output and a 7.5 litre tank, this fryer is well suited to moderate, consistent frying — chips, chicken pieces, doughnuts, and similar items through a steady rotation. Recovery between batches is reasonable for a unit at this power level, though it is worth being straightforward: this is not a high-volume production fryer. Operations pushing continuous back-to-back loads through a long peak service may find recovery times a limiting factor. It performs best where frying is one part of a broader menu rather than the primary output.

For the right kitchen, the operational advantages are practical:

  • No exposed elements reduces carbonised oil residue and simplifies daily cleaning
  • Drain tap allows controlled oil removal without lifting or tilting the tank
  • Runs from a standard 13-amp socket — no dedicated circuit or electrician required
  • Stainless steel construction handles daily commercial use reliably
  • Compact footprint suits kiosk counters, market stalls, and smaller prep areas

Setup requires nothing more than a standard 13-amp socket and a stable countertop position with adequate clearance around the unit. There are no gas lines, water connections, or specialist electrical work involved. No extraction hood is mandated by the unit itself, but local ventilation regulations should always be confirmed with your site assessor before service begins.

This fryer suits cafés, small takeaways, food kiosks, and event catering where placement flexibility matters and frying volumes are moderate. It also works well as a secondary fryer in kitchens that already run a larger gas or electric fryer bank. For sites with higher throughput demands or extended continuous frying, a higher-capacity model with greater power output is likely to be a better fit.

If you want to talk through whether this unit's output is right for your expected service volume, the team is glad to help you work that out before you commit.

Frequently asked questions

Is this fryer suitable for a busy takeaway running chips continuously through peak service?

At 3kW, this unit handles moderate and steady frying well, but it is not designed for continuous high-volume production. If your operation runs back-to-back loads throughout a busy service period, recovery times may become a limiting factor and a higher-capacity fryer would be worth considering.

What electrical supply does this fryer require?

It runs from a standard 13-amp socket, so no dedicated circuit or electrical installation work is needed. This makes it straightforward to deploy in a kiosk, market stall, or any kitchen where a standard outlet is available.

Does the induction heating method make a practical difference to day-to-day operation?

It does in a couple of ways. Because there is no element in direct contact with the oil, carbonised residue builds up more slowly, which reduces cleaning time and can help extend oil life with proper management. It also means there is nothing inside the tank to work around when cleaning at the end of service.

Buffalo Single Tank Induction Fryer 3kW Countertop

£277.00(£332.40 inc VAT)

£277.00(£332.40 inc VAT)

The Buffalo Single Tank Induction Fryer is a compact countertop fryer that uses induction heating to bring oil up to temperature rather than a conventional immersed element. Because the heating surface has no direct contact with the oil, there is less carbonised residue build-up over time — a meaningful practical difference for operators who need to turn cleaning around quickly at the end of service.

With a 3kW output and a 7.5 litre tank, this fryer is well suited to moderate, consistent frying — chips, chicken pieces, doughnuts, and similar items through a steady rotation. Recovery between batches is reasonable for a unit at this power level, though it is worth being straightforward: this is not a high-volume production fryer. Operations pushing continuous back-to-back loads through a long peak service may find recovery times a limiting factor. It performs best where frying is one part of a broader menu rather than the primary output.

For the right kitchen, the operational advantages are practical:

  • No exposed elements reduces carbonised oil residue and simplifies daily cleaning
  • Drain tap allows controlled oil removal without lifting or tilting the tank
  • Runs from a standard 13-amp socket — no dedicated circuit or electrician required
  • Stainless steel construction handles daily commercial use reliably
  • Compact footprint suits kiosk counters, market stalls, and smaller prep areas

Setup requires nothing more than a standard 13-amp socket and a stable countertop position with adequate clearance around the unit. There are no gas lines, water connections, or specialist electrical work involved. No extraction hood is mandated by the unit itself, but local ventilation regulations should always be confirmed with your site assessor before service begins.

This fryer suits cafés, small takeaways, food kiosks, and event catering where placement flexibility matters and frying volumes are moderate. It also works well as a secondary fryer in kitchens that already run a larger gas or electric fryer bank. For sites with higher throughput demands or extended continuous frying, a higher-capacity model with greater power output is likely to be a better fit.

If you want to talk through whether this unit's output is right for your expected service volume, the team is glad to help you work that out before you commit.