Product Description
Additionally ordered with Small Sample Adapters APM and PPM/B
| References | Viscosity range cP (mPas) |
| TR8 V12401N | n R Models: 50 170.000 In H Models: 400 1.300.000 |
| TR9 V12402N | In R Models: 250 830.000 In H Models: 20.000 6.700.000 |
| TR10 V12403N | n R Models: 500 1.700.000 In H Models: 4.000 13.300.000 |
| TR11 V12404N | In R Models: 1.000 3.300.000 In H Models: 80 26.700.000 |
| TL5 V12505N | 3 10.000 |
| TL6 V12506N | 30 100.000 |
| TL7 V12507N | 60 200.000 |
Engineered for Precision and PerformanceEach special spindle is crafted using advanced manufacturing processes and high-grade materials such as alloy steel or EN Series. The result is unmatched reliability and accuracy, with tolerances up to 2 microns. With high-precision angular contact or ball bearings, these spindles are ready for highly demanding machining environments, including industrial, tool-room, and machining centers.
Flexible Configuration and CustomizationOur special spindles offer a variety of features including grease or oil mist lubrication, air or water cooling, and multiple mounting typesflange, foot, or cartridge. Dimensions and other specifications are fully customizable based on client drawings. This adaptability makes them suitable for a wide array of machining operations, providing solutions tailored to your requirements.
FAQs of Special Spindles:
Q: How can these precision special spindles be customized for specific industrial applications?
A: Our spindles can be tailored to your exact requirements, including shaft dimensions, bearing type, lubrication system, mounting style, cooling method, and surface finish. Simply provide your detailed drawings and specifications, and we will manufacture the spindle to match your application needs.
Q: What are the main advantages of using high-precision angular contact or ball bearings in these spindles?
A: High-precision angular contact and ball bearings ensure reduced friction, increased stability at high RPMs, and extended spindle life. This results in superior machining accuracy, minimized vibrations, and reliable performance in critical operations like milling, grinding, and drilling.
Q: When should I choose air-cooled versus water-cooled spindle options?
A: Air-cooled spindles are suitable for moderate-speed applications or environments without access to a water cooling system. Water-cooled spindles are recommended for high-speed, heavy-duty, or continuous operations where effective heat dissipation is crucial for optimal performance and spindle longevity.
Q: Where are these special spindles commonly used?
A: Our special spindles are widely deployed in industrial manufacturing settings, tool rooms, and machining centers. They are also integrated into special purpose machines for operations such as engraving, drilling, milling, and grinding across various industries.
Q: What is the process for ordering a custom-designed spindle?
A: To order a custom spindle, share your application requirements and detailed engineering drawings. Our design and engineering team will review your specifications, propose suitable spindle features, and initiate manufacturing following approval, ensuring a precise fit for your operational demands.
Q: How does the balancing quality G2.5 (ISO 1940) benefit spindle performance?
A: Balancing quality G2.5 ensures minimal vibration during operation, which leads to greater machining precision, longer bearing life, and reduced wear on equipment, thus supporting consistent output even at very high rotational speeds.
Q: What is the typical usage process for these spindles in daily operations?
A: Once mounted and connected to the required power sourcemechanical or motor-driventhe spindle can be operated manually, semi-automatically, or automatically, depending on the setup. Regular maintenance, lubrication, and following installation guidelines will maximize efficiency and spindle durability.