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// .. SPINDLE

Specification


  • Part Code :- AGW 17-356
  • Part No :- LH 883570M93 RH 883569M93 A=15 15/16” / 403 MM B=1 ½” C=1 1/4” UNF
  • Model No :- MF 165/265/290

Product Information:

Model Name/Number AGW 17-356
Power Mode Manual/Mechanical
Load Capacity High
Model No SPINDLE
Sealing Type Sealed
Part Name Spindle
Technology CNC Machined
Dimension (L*W*H) Customized
Color Silver/Grey
Lubrication Type Grease Lubricated
Hardness 60-62 HRC
Product Type Machine Spindle
Technique Precision Grinding
Surface Treatment Polished
Mounting Type Flange Mount
Tolerance +/- 0.01 mm
Weight Depends on Size
Use Machining Applications
Finishing Fine Polished
Part Type Spindle Shaft
Size Standard/Custom Sizes Available
Material Alloy Steel
Bearing Type Ball Bearing Supported


Achieve formidable performance and significant savings with the must-have SPINDLE, a hot-selling component expertly crafted for the textile, machine tools, and milling industries. Decorated with the finest alloy steel and induction-hardened to 60-62 HRC, this spindle promises exceptional corrosion resistance, high wear resistance, and ultra-low maintenance. Precision grinding, CNC machining, and a fine polished finish ensure reliable functionality and superior durability. Designed with ball bearing support, sealed construction, and flange mounting, the SPINDLE delivers supreme efficiencymaking it the smart choice for any machining application.

Unmatched Advantages & Advanced Features of the SPINDLE

The SPINDLE stands apart with its high load capacity, grease-lubricated sealed bearings, and precision balance grade G2.5 for smooth operation. Tailored to both standard and custom specifications, its engineered with CNC machining and induction hardeningdelivering resilience and elevated plant efficiency. Blend of robust flange mounting, polished surface treatment, and reliable manual/mechanical power modes accentuates its value for large-scale and precision-driven applications.


Delivery Timeline, Certifications, and Sample Policies for SPINDLE

Handover of the SPINDLE is swift and reliable, with prompt delivery rates assured for bulk and customized orders. Each unit comes certified to meet stringent industrial standards for quality and safety. Our flexible sample policy allows clients to request evaluated samples before large orders, ensuring satisfaction. Secure packagingeither in wooden boxes or cartonsensures safe transfer and top condition at your doorstep.


FAQs of // .. SPINDLE:


Q: How does the SPINDLE ensure high resistance to wear and corrosion?

A: The SPINDLE is made from premium alloy steel with induction hardening and a polished surface. This combination delivers formidable wear and corrosion resistance, making it ideal for continuous use in demanding environments.

Q: What are the key benefits of using a ball bearing supported, sealed SPINDLE?

A: Ball bearing support and sealed design result in low maintenance, improved operational smoothness, and high durability. Grease lubrication and balanced construction further enhance lifespan and performance.

Q: Where can the SPINDLE be used within industrial applications?

A: This spindle is highly adaptable and can be used in textile manufacturing, machine tool operation, and milling machinesoffering superior reliability across various machining and plant environments.

Q: What is the process for customizing the SPINDLEs size and specifications?

A: Clients provide their requirements, including dimensions (L*W*H), and our team engineers custom solutions using precision grinding, CNC machining, and fine polishing to tailor the product precisely as needed.

Q: How is the SPINDLE delivered and what assurance is provided during transfer?

A: SPINDLE units are securely packaged in either wooden boxes or cartons and delivered promptly. Each shipment is certified and inspected to guarantee quality upon arrival.

Q: What makes the SPINDLE a must-have for machining applications?

A: Its superior material quality, induction-hardened surface, low tolerance (+/- 0.01 mm), and efficient ball bearing design make it indispensable for precision, reliability, and savings in machining environments.