آلة خيط الخرز الكهربائية الدوارة مع سدادة الطول مقياس متدرج محاذاة الإبرة التلقائية 2 قناة دوارة الخرز لقلادة سوار صنع المجوهرات من الخرز 1.5-17 مم (3 بكرات قياسية)
1.No More Slow Hand Stringing:This tool solves tedious manual bead threading. The bead spinner auto-aligns needles for 1.5–17mm beads, cutting time and eye strain. It makes creating bracelets, necklaces, and DIY gifts faster and simpler.
2.Professional, Consistent Results:Get uniform jewelry every time. This bead stringing machine has a stainless steel build, length stopper, and dual channels for steady operation, delivering polished, reliable designs for all your projects.
3.Fits Any Space, For Any Project:A versatile tool for crafters. The compact electric bead spinner for jewelry making fits small desks, handles various beads, and works perfectly for home, studio, or on-the-go creation.
4.Quiet and Easy to Use:Craft in peace with this user-friendly design. This bead spinner for jewelry making runs under 45dB and offers 5 adjustable forward/reverse speeds, ensuring smooth operation without disturbance.
5.Your Complete Jewelry Making Kit:Unlock creativity with this professional tool. The all-in-one bead machine for bracelets includes needles and threaders, letting you efficiently make unique, personalized jewelry and gifts.
وصف
Dual-channel auto-alignment system, compatible with 1.5-17mm (0.059-0.67") beads
5 adjustable speed settings (with forward/reverse function)
USB-powered design, operating volume below 45dB
Compact size (8.27×1.97×2.36 inches, 2.2 lbs)
1 main unit
8 professional beading needles (4 sizes)
2 threaders
1 speed control cable
1 English instruction manual
For standard regularly-shaped beads
Clean channels after use for optimal performance
Voltage: 5V USB (compatible with US power adapters)
Compatible Beads: 1.5-17mm (0.059-0.67") regularly-shaped
Note: This is a handcraft tool, not fully automated. Results may vary based on material quality and user technique.
Please follow the instruction manual for proper use. Improper operation may affect performance.