This equipment has been designed for extruding small quantities of hot polymers, for the purpose of making small strands or fibres. The equipment is capable of high pressures and very fine and precise flow rates. Operated by a touch screen, the machine can be run via speed based extrusion or run via selected constant pressure extrusion.

The Extruder can extrude on any angle from the vertical plane to the horizontal plane.

A handy machine for research and fibre making of materials in the laboratory!

For more information, see specifications chart in Product Details.

Features

Key Features:

• Full PID temperature control – Ambient to 300C
• Constant speed or constant pressure extrusion control
  (Plunger Speed Rates, Variable; 0.03 mm/min to 100mm/min)
• Touchscreen operating panel
• High-resolution control allows accurate control of micro extruding and operating pressures up to 1000 Bar to be developed.
• With Syringe/Plunger sizes from 4mm to 12mm diameter meaning you can process materials batch volumes from as little as 0.1cc to 10cc.

The extruder comes complete with:

• Digital touch screen controls
• Heat bands & thermo couples
• a selection of tooling

Product details 

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Syringe Type Extruder RX120

(Hot Melt, Variable Temperature Max 300c – Run Via volume or Run Via pressure)

Specifications chart – Barrel/Plunger Volumes, Adjustable Pressures and Feed Rates

Barrel Diameter	Length	Max Barrel Volume / Area	Max Pressure		Volume Output/Feed Rates; (Plunger Speed Rates)
4 mm	60 mm	754 mm3 (0.754 cc)	936 bar	13,572 PSI	0.376 – 1,256 mm3/min
6 mm	100 mm	2,800 mm3 (2.8 cc)	416 bar	6,032 PSI	0.840 – 2,827 mm3/min
8 mm	100 mm	5,026 mm3 (5.026 cc)	234 bar	3,393 PSI	1.5 – 5,025 mm3/min
10 mm	100 mm	7,853 mm3 (7.853 cc)	150 bar	2,175 PSI	2.35 – 7,853 mm3/min
12 mm	100 mm	11,309 mm3(11.309 cc)	104 bar	1,508 PSI	3.393 – 11,309 mm3/min

Volume Output/ Feed Rates; (Plunger Speed Rates, Variable; 0.03 mm/min to 100mm/min)

* Refer to chart for max total Barrel Area/quantity

Note; 1,000 mm³ = 1 cubic centimeter = 1 cc = 1 ml Solid Liquid Form