Name: High Quality Stepper Motor to Lead Screw Bore Flexible Coupling
Brand: Novo3D

GST : 33BEPPS3357L1ZV

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07971550514

Specification

ऊबा देना
5mm to 8mm (customizable)

हेड कोड

कनेक्शन

मैक्स। स्पीड
8000 rpm

टॉर्क
1.5 Nm (varies by model)

थ्रेड
No internal thread, through bore

मटेरियल

स्ट्रक्चर

स्टैण्डर्ड
ISO, RoHS compliant

भीतरी व्यास
5mm to 8mm (standard), others on request

बाहरी व्यास
18mm (as per typical standard)

एप्लीकेशन
Coupling stepper motor shaft to lead screw for linear motion systems, CNC machines, and 3D printers

सतह का उपचार

तकनीक

शेप

Feature
Zero backlash design

Color
Silver/Grey metallic

Misalignment Compensation
Axial, radial, angular (up to 1)

RoHS Compliant
Yes

Packaging
Individual polybag or box packaging

Suitable Motor Shaft Diameter
5mm, 6.35mm, 8mm, and others on request

Corrosion Resistance
High

Operating Temperature
-20C to 80C

Installation
Easy to mount, comes with hex screws

Length
25mm (custom lengths available)

Weight
Approx 18g

Flexibility
Absorbs misalignment, vibration, and shock

Trade Information

Minimum Order Quantity
10 टुकड़ाs

आपूर्ति की क्षमता
प्रति महीने

डिलीवरी का समय
दिन

About

Jump on the opportunity to upgrade your machines with our High Quality Stepper Motor to Lead Screw Bore Flexible Coupling-a must-have solution for precision linear motion. Engineered to majestic standards, this glorious coupling offers impeccable flexibility, eliminating misalignment and absorbing vibration for zero-backlash performance. Its crowning features include high corrosion resistance, choice of robust materials, and flawless installation with hex screws. Available in various customizable bore diameters, it supports a range of applications in CNC, 3D printers, and automation. Try Now and experience unrivalled connection strength and precision!

Glorious Versatility in Industrial Applications

This High Quality Stepper Motor to Lead Screw Bore Flexible Coupling excels in linear motion systems, CNC machinery, and 3D printing setups. Its zero-backlash, flexible design ensures stable, reliable connection even under demanding conditions. Thanks to its customizable bore and robust structure, it's also suited for automation, robotics, and precision tools, making it a perfect fit for both specific and general mechanical integrations. Trust its performance where synchronized movement is critical.

Packing & Dispatch, Payment, and Order Fulfillment

Packing & Dispatch is executed with care, offering individual polybag or sturdy box options. Upon order completion, products are quickly dispatched ensuring timely delivery. Payment terms are transparent and customer-friendly, with quotations tailored to your requirements. The main domestic market spans across India, supporting buyers with attentive service. Each coupling is documented for RoHS compliance and quality, so your order arrives in pristine, ready-to-install condition for immediate integration.

FAQ's of High Quality Stepper Motor to Lead Screw Bore Flexible Coupling:

Q: How does the flexible coupling compensate for shaft misalignment?

A: The coupling's flexible helical cut structure absorbs axial, radial, and angular misalignments (up to 1), enabling smooth operation and reducing stress on equipment.

Q: What is the recommended process for installing this coupling?

A: Installation is easy-simply mount the coupling between your stepper motor and lead screw shaft, secure it with the included hex screws, and ensure correct alignment before tightening.

Q: Where can this coupling be used beyond CNC and 3D printing systems?

A: Besides CNC machines and 3D printers, it's ideal for automation projects, robotics, and any linear motion or precision machinery requiring dependable shaft connection.

Q: What are the available packaging options for this product?

A: Each coupling is individually packed in a polybag or box, safeguarding it during transport. Customized packaging is also available based on order requirements.

Q: When should I choose a zero-backlash coupling for my application?

A: Opt for a zero-backlash coupling when precise motion control is needed, especially where positional accuracy and smooth transmission are critical, like in automation or sensitive measurement systems.

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