Quick Summary
This black tilt-head stand mixer is a 5 L kitchen mixer with a 1000 W motor, 8 speeds and pulse mode. It comes with 3 attachments and a removable stainless steel bowl, making it a straightforward choice for mixing, whisking and kneading in one appliance.
The tilt-head design gives access to the bowl and attachments, while the splash guard with feeding port helps keep ingredients in the bowl as you work. If bowl size, speed range and the attachment set matter to you, those are the main details to compare before choosing.
Key Details
| Detail | Verified information and buyer relevance |
|---|---|
| Product type | Stand mixer for baking and mixing tasks. |
| Colour | Black. |
| Motor power | 1000 W motor for general kitchen mixing tasks. |
| Bowl capacity | 5 L bowl, useful when comparing batch size and working space. |
| Bowl material | Stainless steel bowl. |
| Speed settings | 8 speeds plus pulse mode. |
| Attachments | 3 attachments included. |
| Design | Tilt-head design for easier access to the bowl and attachments. |
| Other features | Removable bowl, splash guard and non-slip feet are stated features. |
What to Compare Before Buying
- Bowl size: This model has a 5 L bowl. Compare that with the amount you usually mix at once.
- Power and control: The mixer has a 1000 W motor, 8 speeds and pulse mode. Check whether that range suits the mixtures you plan to make.
- Attachments: It includes 3 attachments. Confirm that the set matches the tasks you want to carry out.
- Workspace: A tilt-head mixer needs enough clearance for opening the head and removing the bowl comfortably.
What Is Included
- 1 stand mixer
- 1 removable stainless steel bowl
- 3 attachments
- 1 splash guard
Before You Decide
Check the 5 L bowl size, the 1000 W motor and the 3 included attachments against the recipes and batch sizes you plan to make. The tilt-head design and removable bowl are useful to consider if access and cleaning matter in your kitchen.
For best results, follow the manufacturer’s instructions for attachment use and mixing limits for the exact model.
