Dispensing Equipment - Tips, Nozzles

Image Part Number Description / PDF Quantity Rfq
9773

9773

3M

SCOTCH-WELD PUR ADHESIVE APP

0

9946

9946

3M

SCOTCH WELD HOT MELT TIP 1=3TIPS

19

NOZZLE-GREEN

NOZZLE-GREEN

3M

EPX MIXING NOZZLE GREEN 1=1PC

11111

9729

9729

3M

HOT MELT APPL HI-FLOW VALVE/TIP

1

9637

9637

3M

CHOOSE 3M SCOTCH-WELD 3PCK

48

FO-25DT

FO-25DT

3M

DISPENSING TIPS GREEN

2

62918494907

62918494907

3M

CHOOSE 3M SCOTCH-WELD EP

98

9785

9785

3M

HOT MELT APPLICATOR TIP 1=3TIPS

6

MIXING NOZZLE

MIXING NOZZLE

3M

MIX NOZZLE SQ ORANGE 45ML 1=1PC

1552

DUO PACK NOZZLE - 400

DUO PACK NOZZLE - 400

3M

MIXING NOZZLE-200/400ML DUO-PACK

904

9223

9223

3M

SCOTCH-WELD APP PG II VALVE ASSY

10

9726

9726

3M

HOT MELT APPL T TIP ASSY 3/BAG

0

EPX NOZ 9178 72/CS

EPX NOZ 9178 72/CS

3M

MIXING NOZZLE 48.5ML

771

NOZ

NOZ

3M

CHOOSE 3M SCOTCH-WELD EP

23

EPX NOZ 9171

EPX NOZ 9171

3M

NOZZLE EPX GREEN SHORT 48.5/50ML

6247

9922

9922

3M

APPLICATOR TIP FLUTED .063"

7

9176

9176

3M

CHOOSE 3M SCOTCH-WELD EP

43

EPX NOZ 9178 2000/CS

EPX NOZ 9178 2000/CS

3M

NOZZLE EPX HELICAL FOR 48.5/50ML

1338

400A-2K NOZZLES

400A-2K NOZZLES

3M

NOZZLES FOR TWO-COMPONENT ADHESI

0

9930

9930

3M

PERFORMANCE PNEUMATIC APPLICATOR

0

Dispensing Equipment - Tips, Nozzles

1. Overview

Dispensing tips and nozzles are precision components used in fluid dispensing systems to control the application of adhesives, sealants, lubricants, and other materials. They play a critical role in ensuring accuracy, consistency, and efficiency in automated manufacturing processes across industries such as electronics, automotive, and medical devices.

2. Main Types and Functional Classification

TypeFunctional FeaturesApplication Examples
Standard TipsGeneral-purpose, disposable, cost-effectivePCB assembly, glue dispensing
Flexible TipsConform to uneven surfaces, reduce clogging3D printing, biomedical applications
High-Precision NozzlesMicron-level accuracy, non-contact dispensingChip encapsulation, optical fiber alignment
Multi-Material TipsSimultaneous dispensing of multiple fluidsAutomotive gasketing, adhesive sealing

3. Structure and Components

Typical dispensing tips/nozzles consist of: - Material: Stainless steel, ceramic, or polymer for wear resistance - Geometry: Conical, flat, or tapered designs for flow control - Inner Channel: Optimized pathways to prevent turbulence - Connection Interface: Standardized threads or quick-release fittings

4. Key Technical Specifications

ParameterDescriptionImportance
Orifice Diameter0.1-5.0 mm rangeDetermines flow rate and deposit size
Material CompatibilityChemical resistance ratingsPrevents degradation from aggressive fluids
Operating Pressure10-100 psi rangeAffects dispensing speed and precision
Temperature Resistance-20 C to 200 CEnsures stability in thermal environments

5. Application Fields

Key industries include: - Electronics: Solder paste dispensing, underfill for CSP/BGA - Medical: Diagnostic test strip coating, surgical adhesive application - Automotive: RTV silicone gasketing, adhesive bonding - Consumer Goods: Cosmetics packaging, food-grade lubricant dispensing

6. Leading Manufacturers and Products

ManufacturerRepresentative ProductKey Feature
Nordson CorporationOptimum Precision NozzlesModular design with 0.02mm accuracy
AsymtekComet AX Series TipsSelf-cleaning geometry for high-viscosity fluids
Fisnar Inc.FP-06SS Stainless Steel TipsInterchangeable system for R&D applications

7. Selection Recommendations

Key considerations: - Fluid properties (viscosity, particulate content) - Required deposit accuracy ( 5% tolerance for critical processes) - Environmental conditions (temperature, chemical exposure) - Maintenance requirements (cleaning frequency, replacement costs) - Compatibility with existing dispensing platforms

8. Industry Trends

Emerging developments: - Miniaturization for 0201 component packaging - Integration with IoT-enabled dispensing systems - Development of wear-resistant diamond-like carbon coatings - Growth in demand for disposable aseptic tips in medical applications - Adoption of AI-driven flow control algorithms

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