KINEMATICA POLYMIX Lab mill PX-MFC 90 D, 230 V, with hammer grinding attachment UK-plug

The KINEMATICA POLYMIX Lab Mill PX-MFC 90 D 230 V with hammer grinding attachment (UK-plug) is a versatile and robust laboratory mill designed for efficient dry sample grinding. Equipped with a powerful 1000 Watt three-phase motor, it offers low noise operation and integrated safety features, making it ideal for processing dried, brittle, and grease-free materials such as dried grain, beans, bones, rock, and ceramics.

Key Features:

• Brand: KINEMATICA
• Model: POLYMIX PX-MFC 90 D
• Voltage: 230 V with UK-plug
• Motor: Powerful 1000 Watt three-phase motor with low noise
• Attachment: Hammer grinding attachment for effective milling of dry samples
• Application: Suitable for grinding dried grain, beans, bones, rock, ceramics, and similar materials
• Safety Features: Safety system prevents start when lid is open; motor cannot operate if chamber door is open; overheating, overload, and rotor blocking protection; safety stopper for certain materials
• Milling Chamber: Interchangeable inserts and sieves available from 0.2 mm to 6 mm diameter
• Controls: Integrated speed control with LED display showing speed and status messages
• Working Volume: 300 ml funnel volume
• Packaging: Mill with hammer mill sets, 2 mm sieve, tool set, wooden stand with 12 collection tubes

Scope of Supply:

• Mill with hammer mill sets
• 2 mm sieve
• Tool set
• Wooden stand with 12 collection tubes

This KINEMATICA lab mill combines powerful performance with safety and convenience, making it an essential instrument for precise laboratory milling tasks.

Frequently Asked Questions

1. What is the KINEMATICA POLYMIX Lab mill PX-MFC 90 D, 230 V, with hammer grinding attachment UK-plug used for?

It is a versatile and robust laboratory mill designed for efficient dry sample grinding. Equipped with a powerful 1000 Watt three-phase motor, it offers low noise operation and integrated safety features, making it ideal for processing dried, brittle, and grease-free materials such as dried grain, beans, bones, rock, and ceramics.

2. Is the KINEMATICA POLYMIX Lab mill PX-MFC 90 D, 230 V, with hammer grinding attachment UK-plug suitable for grinding dried grain, beans, bones, rock, ceramics, and similar materials?

Yes. It is designed for grinding dried grain, beans, bones, rock, ceramics, and similar materials, and offers a voltage of 230 V with UK-plug and a working volume of 300 ml funnel volume to support this kind of work.

3. What voltage and working volume does the KINEMATICA POLYMIX Lab mill PX-MFC 90 D, 230 V, with hammer grinding attachment UK-plug have?

It has a voltage of 230 V with UK-plug, a working volume of 300 ml funnel volume and 2 mm sieve, and is supplied under manufacturer part number 35010022.

4. What motor and attachment does the KINEMATICA POLYMIX Lab mill PX-MFC 90 D, 230 V, with hammer grinding attachment UK-plug offer?

It offers powerful 1000 Watt three-phase motor with low noise, hammer grinding attachment for effective milling of dry samples, safety system prevents start when lid is open; motor cannot operate if chamber door is open; overheating, overload, and rotor blocking protection; safety stopper for certain materials and interchangeable inserts and sieves available from 0.2 mm to 6 mm diameter.

5. How does the KINEMATICA POLYMIX Lab mill PX-MFC 90 D, 230 V, with hammer grinding attachment UK-plug compare with the IKA Grinding Mill A 11 basic S 2 with UK Plug from IKA?

For grinding dried grain, beans, bones, rock, ceramics, and similar materials, the KINEMATICA model is the better choice, offering a voltage of 230 V with UK-plug, a working volume of 300 ml funnel volume and 2 mm sieve. The IKA model offers impact and cutting grinding, batch processing and UK plug included as an alternative, while the KINEMATICA model's powerful 1000 Watt three-phase motor with low noise and hammer grinding attachment for effective milling of dry samples help make it a strong fit for grinding dried grain, beans, bones, rock, ceramics, and similar materials.