Excelta 5-SA Tweezers 3-Star Straight Tapered Ultra Fine Point Anti-Magnetic Stainless Steel
Excelta 5-SA - Tweezers 3-Star Straight Tapered Ultra Fine Point Anti-Magnetic Stainless Steel
Professional-grade ultra fine point tweezers for the most demanding precision component handling in electronics assembly and laboratory work. The Excelta 5-SA is a 3-Star rated tweezer featuring a straight, tapered ultra fine point tip machined from anti-magnetic stainless steel. The ultra fine tip allows precise gripping of the smallest SMD components, fine wire, and delicate parts where standard tweezers would cause damage or slippage.
PRODUCT SPECIFICATIONS
• Model: 5-SA
• Star Rating: 3-Star (Highest Excelta Quality Grade)
• Tip Style: Straight, Tapered Ultra Fine Point
• Material: Anti-Magnetic Stainless Steel
• Manufacturer: Excelta Corporation
KEY FEATURES & BENEFITS
✓ Ultra Fine Point - Grips the smallest SMD components and fine wire
✓ 3-Star Quality - Excelta's highest grade for precision and finish
✓ Anti-Magnetic - Safe for use with magnetic-sensitive components
✓ Stainless Steel - Corrosion resistant, durable, easy to clean
✓ Straight Tip - Direct line-of-sight for precise placement
✓ Tapered Design - Smooth taper for controlled grip pressure
IDEAL APPLICATIONS
• SMD component placement and removal (0201, 0402, 0603 and smaller)
• Fine wire handling and positioning
• PCB rework and repair
• Jewelry and watchmaking
• Laboratory specimen handling
• Optical fiber and micro-optics work
• Any application requiring ultra-precise gripping
EXCELTA STAR RATING GUIDE
• 1-Star - General purpose, economy grade
• 2-Star - Professional grade, good tip accuracy
• 3-Star (this model) - Highest precision, finest tip geometry, best finish
• Choose 3-Star for the most demanding fine-pitch and micro-component work
WHY CHOOSE EXCELTA?
Excelta Corporation is a trusted manufacturer of precision hand tools for the electronics, medical, and laboratory industries. The 5-SA reflects Excelta's commitment to tip accuracy, material quality, and application-specific engineering for the most demanding precision work.
