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PARTIAL-PROFILE THREADING - Universal Thread Machining Solution

PARTIAL-PROFILE THREADING - Universal Thread Machining Solution

PARTIAL-PROFILE THREADING - Universal Thread Machining Solution
One insert = Multiple thread pitches
Reduced setup and changeover time
Lower tooling investment costs
Minimized inventory management

Description

PARTIAL-PROFILE THREADING - Universal Thread Machining Solution

 

One Insert, Multiple Pitches - Maximum Versatility

Discover the ultimate threading flexibility with our PARTIAL-PROFILE THREADING insert series. These innovative 60° V-profile inserts revolutionize thread machining by accommodating multiple pitch ranges with a single insert, dramatically reducing tooling costs and inventory while maintaining precision thread quality.

Partial Profile Technology Advantages

🎯 Universal Design Concept

60° thread angle covers all metric/UN standards

Accommodates various pitch ranges (0.5-3.0mm)

Eliminates pitch-specific insert requirements

Reduces insert inventory by 75%

⚡ Economic Benefits

One insert = Multiple thread pitches

Reduced setup and changeover time

Lower tooling investment costs

Minimized inventory management

Technical Specifications

 

Feature External (16ER) Internal (16IR)
Insert Style Laydown threading Laydown threading
Inscribed Circle 9.53mm (3/8") 9.53mm (3/8")
Thread Angle 60° Partial Profile 60° Partial Profile
Pitch Coverage 0.5-3.0mm 0.5-1.5mm
Cutting Edges 3 per insert 3 per insert
Coating TiAlN PVD TiAlN PVD
Standards ISO, UN, DIN ISO, UN, DIN

Comprehensive Partial-Profile Range

 

Insert Type Model Pitch Range Application Material
External 16ER-A60-GM3225 0.5-1.5mm Universal Multi-material
External 16ER-AG60-BMA 0.5-3.0mm Heavy duty Steel/Stainless
External 16ER-A60-YP3025 0.5-3.0mm High performance TiAlN coated
Internal 16IR-A60-GM3225 0.5-1.5mm Universal Multi-material
Internal 16IR-A60-IC908 0.5-1.5mm Precision Stainless/Alloy
Internal 16IR-A60-YP3025 0.5-1.5mm Premium TiAlN coated
External 16ER-1.5ISO-VTX 1.5mm ISO metric Precision work
Internal 16IR-1.5ISO-VTX 1.5mm ISO metric Precision work

Partial vs. Full Profile Comparison

 

Aspect Partial Profile Full Profile
Versatility Multiple pitches per insert One pitch per insert
Inventory 75% reduction required High inventory needed
Cost Efficiency Higher (fewer inserts) Lower (more inserts)
Setup Time Minimal (same insert) Significant (change inserts)
Thread Quality Excellent (crest formed separately) Excellent (complete form)
Application Flexibility High Limited

Thread Standards Coverage

 

Standard Pitch Range Thread Angle Partial Profile Compatible
ISO Metric 0.5-3.0mm 60° ✓
UN/UNC 8-48 TPI 60° ✓
UNF 12-48 TPI 60° ✓
UNEF 18-48 TPI 60° ✓
Whitworth 11-28 TPI 55° ✗ (Special required)
BSPT 11-28 TPI 55° ✗ (Special required)

Application Guidelines

🔧 When to Choose Partial-Profile Threading

✅ Ideal Applications:

Multiple pitch requirements

Prototype development

Job shop environments

Repair work

Low to medium volumes

Mixed production runs

❌ Consider Full-Profile When:

High-volume dedicated production

Crest-critical applications

Automated production lines

Specific crest requirements

Complete form necessary

Machining Strategies

 

Strategy Benefit Application
Multiple Passes Improved accuracy Precision threads
Constant Chip Area Tool life extension Difficult materials
Variable Feed Rate Surface finish Critical applications
Optimized Entry/Exit Reduced burrs All applications

Economic Analysis

 

Scenario Full Profile Cost Partial Profile Cost Savings
10 Different Pitches $200 (10 inserts) $60 (2 inserts) 70%
Setup Change Time 30 minutes each 5 minutes each 83%
Inventory Management Complex Simplified 75%
Tooling Investment High Low 65%

Performance Optimization

 Cutting Parameter Guidelines

 

Material Speed (m/min) Feed Strategy Passes Required
Carbon Steel 120-180 Constant feed 3-7 passes
Stainless Steel 80-120 Variable feed 4-8 passes
Cast Iron 100-150 Constant feed 2-5 passes
Aluminum 200-350 High feed 2-4 passes
Super Alloys 30-80 Multiple light passes 6-12 passes

Quality Considerations

📏 Thread Crest Formation

Partial-profile inserts form thread flanks

Crest diameter achieved through machining parameters

Requires precise control of major/minor diameters

Achieves same functional thread quality as full-profile

🔍 Surface Finish Achievement

Ra 0.8-1.6μm achievable on thread flanks

Consistent finish across pitch range

Reduced tearing compared to full-profile

Excellent for critical applications

Success Stories

🏭 Job Shop Implementation

70% reduction in threading insert inventory

50% faster setup times for new jobs

$15,000 annual savings on tooling costs

Improved customer response time

🔧 Maintenance Department

One insert set covers all repair needs

Eliminates emergency tooling orders

Reduces machine downtime by 60%

Simplifies technician training


📧 Ready to revolutionize your threading operations with partial-profile technology? Contact our experts today!

Email: sales@cutoutiltools.com Website: www.cutoutiltools.com

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