TOS BHU 32 A / 1000 Universal Cylindrical Grinder About
Heavy-Duty Universal Cylindrical Grinding Machine made by TOS (Czech Republic). The model of this machine is BHU 32 A/1000 and the least count of the machine is 1 Micron. The machine is in excellent working condition. The technical details are as follows -
Make - TOS-Hostivar (Czech Republic)
Model - BHU 32 A/1000
Center Height - 160 mm
Max. Diameter of Job - 320 mm
Max. Length of Job - 1000 mm
Grinding Wheel Size - Diameter 500 mm x 100 mm Width
Least Count - 1 Micron (0.001 mm)
Work-Head Speed - 18 rpm to 560 rpm (Continuously Variable)
- Equipped with Internal Grinding Attachment.
- Features like Auto-Cut, Auto-Compensation, Delay, Auto-Slow etc.
- Features like Plunge Grinding, Rapid Travel of Table, Hydraulic Tail-Stock etc.
- Joy-stick model One of the latest series of conventional machines made by TOS.
- Complete with 2-point steady, 3-point steady, Wheel Dressers etc.
- Complete with magnetic coolant filtration unit, tank and pump.
- Machine is in excellent working condition.
Video of The Machine-
https://youtu.be/C6zkWQ8TSmA
Optimized for Precision and ReliabilityThe TOS BHU 32 A / 1000 boasts high-precision grinding capabilities, facilitated by its rigid cast iron construction and adjustable table with a +/- 9 swivel range. This ensures consistent results on both large and small batches. The robust design, coupled with a semi-automatic control system, provides smooth operations and long-term dependability in demanding industrial environments.
Versatile for Industrial ApplicationsDesigned to accommodate a diverse range of components, this universal cylindrical grinder is suitable for grinding both outer and inner diameters. Its adaptability makes it ideal for applications in manufacturing, tooling shops, and maintenance workshops, where accuracy, efficiency, and flexibility are essential.
FAQs of TOS BHU 32 A / 1000 Universal Cylindrical Grinder:
Q: How does the TOS BHU 32 A / 1000 improve grinding accuracy in precision applications?
A: The grinder features a stable cast iron construction and precision table swivel adjustments, enabling repeatable, high-quality grinding results for both external and internal surfaces. Its robust workholding and high spindle speeds ensure tolerance control ideal for critical engineering requirements.
Q: What materials can be processed using this cylindrical grinder?
A: The TOS BHU 32 A / 1000 is designed to handle cast iron, steel, and similar metals, making it a versatile choice for various industries including heavy machinery, automotive, and general manufacturing.
Q: When should I use internal versus external grinding on this machine?
A: Internal grinding is used when finishing internal cylindrical surfaces, such as bores, while external grinding is suited for the outer diameters of shafts or cylinders. The machines internal spindle speeds up to 60,000 RPM make it effective for fine surface finishes inside components.
Q: Where is the TOS BHU 32 A / 1000 most beneficial in manufacturing environments?
A: This machine excels in workshops or factories where high-precision grinding of sizeable and heavy components is required. Its 1000 mm distance between centers and 320 mm swing over bed provide ample capacity for versatile component sizes.
Q: What is the operational process for this cylindrical grinder?
A: Operators mount the workpiece between centers, select the desired grinding operation (internal or external), set speeds and swivel angles, and engage the semi-automatic cycle. The built-in coolant system helps manage heat, ensuring consistent dimensional accuracy during grinding.
Q: How does the coolant system benefit the grinding operation?
A: The included coolant system reduces thermal expansion, flushes away debris, and prolongs both tool and workpiece life, contributing to improved surface finishes and overall machine efficiency.
Q: What are the advantages of its conventional semi-automatic control system?
A: The conventional controls provide straightforward setup and operation, increasing reliability and enabling skilled operators to achieve high precision without complex programming. Semi-automatic features add convenience, enhancing productivity without sacrificing manual control.