• Cart 0

Hobart Eco Combi HECME10-C Convection Steamer

Categories: Combi Ovens
Special Price $14,193.23 $12,902.94 RRP $22,170.00
$14,193.23 $12,902.94
SAVE $9267.06

Flow pressure :   2 - 4 bar

Recommended water hardness :  3 - 4.5 °dH

Total Loading : Standard 19.5 kW l 26.7 A

Noise Level  : < 70 dB (A)

Product Code : HECME10-C

Brand : Hobart

Rent From $281.39 per week

Minimum 12 Months

enquire

More Information
SKU HECME10-C

  • We deliver Monday to Friday, during regular business hours. After your order has been shipped from our suppliers warehouses, delivery times are approximately:

    3-5 business days for metro Melbourne, Sydney and Brisbane

    3-7 business days for Adelaide, Gold Coast, Wollongong and Newcastle

    5-10 business days for Perth

    7-14 business days for all other regions

    Delivery dates are not guaranteed and subject to courier availability. Please allow for up to 5 additional business days.

  • Standard deliveries are Kerbside Drop-off (Door-to-Door) only (not delivered inside your premises):

    - Standard deliveries do not allow delivery date/time reservations

    - Please Read our FAQ page for more details

    - If you require In-Store Delivery, removal of old appliances, removal of packaging or a specific day/time for delivery, please advise so that we can arrange a private courier.

Experiencing an issue with this product?
Please complete our warranty request form found at www.mattysequipment.com.au/warranty and we will forward your request to the manufacturer's service department right away

Ordered the wrong product or changed your mind?
Our priority is our customers however we have to respect our suppliers' strict returns policies. We live in a world of high volumes and slim margins to keep prices down. For these reasons, our suppliers charge 30% restocking fees if you change your mind about a purchase or order the wrong item and then want to exchange it for another.
If your order needs to be re-routed or returned to its warehouse(s) of origin after being collected by a courier, many additional people become involved to facilitate your return.

Unless there is transit damage, a manufacturing defect or a mistake on our end, you will be responsible for any re-delivery and restocking fees.
If you have any questions about the product or want to confirm any details at all, please contact us before ordering.

For more information, please see our terms and conditions page: www.mattysequipment.com.au/policy

  • DeliveryWe Deliver all Over Australia.
  • PriceMatty's Price Match Promise.
  • Customer Support24/7 Online Customer Support.

Product Description
HECME10-C

Hobart Eco Combi HECME10-C Convection Steamer

The Hobart Eco Combi HECME10-C is a state-of-the-art convection steamer designed for efficient and versatile cooking in professional kitchens. Combining advanced technology with eco-friendly features, it delivers exceptional performance while reducing energy consumption.

Key Features:

  • Convection Steaming: Efficiently combines convection and steam cooking for optimal results.
  • Energy Efficiency: Eco-friendly design that reduces energy consumption while maintaining high performance.
  • Temperature Range: Provides precise cooking with adjustable temperatures to suit a variety of recipes.
  • Cooking Programs: Includes pre-set cooking programs and the ability to save custom recipes for convenience.
  • Humidity Control: Adjustable humidity settings for perfect steam cooking and baking.
  • Cleaning System: Features an efficient automatic cleaning system for easy maintenance.
  • Control Panel: User-friendly control panel with intuitive settings for easy operation.
  • Durability: Constructed with high-quality materials for long-lasting durability in busy kitchen environments.

Dimensions and Specifications:

  • Product Code: HECME10-C
  • Brand: Hobart
  • Product Origin: Germany

Power Rating and Warranty:

  • Power Rating: Specific details can be provided based on model specifications
  • Warranty: 12 Months Parts and Labour (typical for Hobart products; verify for this model)