Blunt End Stainless Steel Tips
Blunt End Stainless Steel Tips
- Double-Threaded Design Prevents the Tip from Working Loose Under Pressure.
- Stainless needle Tips are the most popular and versions can be found in different gauges, lengths and threads.
- Industrial dispensing needles for low-viscosity adhesives
- Different length and sizes are available.
Angled Blunt End Tips
This series consist of a stainless-steel shaft with double helix polypropylene hub. This premier line of dispensing needle is burr-free, and electro polished shaft for unobstructed and consistent material flow. In addition they are silicone and chloride free. Designed to dispense most viscosity fluids and adhesives and safe for use to 100 psi. These tips are 45 or 90 degree bend which are suitable for applying fluids inside the bore of products or under components.
Tapered Tips
High quality tapered tips in gauge sizes from 14 to 27. Suitable for many fluids including solder pastes, fluxes, gels, epoxies, grease, compounds, particle filled materials, adhesives, silicones, sealants and RTVs. Double helix locking luer thread provides safe attachment to all syringes and valves. All tips are supplied in sealed packs of 50 or bulk packs. Tapered tips improve application of higher viscosity fluids and particle filled pastes as the smooth taper design allows for lower air pressures to be used. Tapered tips are industrial safe to 100 psi and are silicone free plastics. Our tips are safe and hygienic, eliminating risk of splitting or breaking while being used.
High Precision All Metal Tips
The high precision all metal tips consist of a stainless-steel luer lock hub with stainless steel precision shaft. This high quality line of dispensing needles is burr-free, and electro-polished shaft for unobstructed and consistent material flow. 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 high precision for total consistency.
Why Choose Sumitron ?
