 |
 |
 |
|
The MMT needle series consist of a stainless steel constructed, high quality micro precision range. This high quality line of dispensing needles is burr-free, and electro-polished shaft for unobstructed and consistent material flow. In diameters from 0.15mm to 1.4mm and 18.25mm long. Suitable for dispensing most fluids, SMT adhesives and solvents.
Industrial grade safe for use to 100 psi. Ideal for use on robot dispensing systems as tips are cut to a high precision for total consistency. Supplied in a sealed box of 1 tip.
Key Features:
- Smooth internal fluid path:
- Reduces turbulent fluid flow
- Reduces back pressure
- Increases fluid flow rates.
- Reduces air entrapment and fluid dripping
Metal construction:
- Provides accurate positioning
- Ideal for automatic dispensing applications
- Thin walls - Reduces fluid tailing and stringing
- Clog resistant - ideal for filled fluids
Part ID: MMT035
Tip Material: Stainless Steel
Tip Colour: Silver
Inner Diameter: 0.35mm - 0.014"
Outer Diameter: 0.40mm - 0.016"
Details: Industrial Grade, Silicone Free
Brand: Adhesive Dispensing Ltd
Commodity Code: 90289090
Pack Size: 1
Adhesive Dispensing Ltd provide a wide range of equipment options for dispensing almost all assembly fluids - from watery liquids, solvents, primers and activators through to thick pastes, sealants, silicones, gels and epoxies.
- Part ID: MMT035 Material: Stainless Steel Colour: Silver Hub
- ID: 0.0142" (0.35mm)
- OD: 0.016" (0.40mm)
- Details: Rated to 50�C (122�F)
Supplied in a sealed box.
|
|
|
 |
|
 |
|
|
|
 |
|
 |
|
Features
- Micro precision dispense dots and lines to 50 microns
- Conical tapered convergent duct (optimized flow path)
- Repeatable precision
- Thin rigid metal construction
- Color coded hubs
- Secure Luer lock connection
- Precision solder paste deposition
- Precision close die tolerance underfill
- Medical precision
- MEMS
- Semiconductor packaging
- Automated micro-dispensing applications Precision machined accuracy
- Improved accuracy on robotic applications
- Dispense higher viscosities with lower pressures
- Resist clogging, improved fluid break off, no stringing
- A solution for proximity challenges
- Luer adaptation
|
|
|
|
|
|
|
|
|
