Showing 1 - 20 out of 142
Year: 1981
Max. length of workpiece | 600 mm |
---|---|
Centre height | mm |
Type of CNC |
Max. weight between centers | kg |
---|---|
CNC | No |
Grinding wheel diameter | 100 mm |
Year: 1998
CNC | Yes |
---|---|
Grinding wheel diameter | 250 mm |
Type of CNC |
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Year: 2002
Max. length of workpiece | 400 mm |
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Centre height | 175 mm |
Type of CNC | FANUC 16i-T |
Max. weight between centers | 80 kg |
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CNC | Yes |
Grinding wheel speed | 3200 rpm |
Year: 2015
Max. length of workpiece | 200 mm |
---|---|
Centre height | 100 mm |
Type of CNC |
Max. weight between centers | 100 kg |
---|---|
CNC | No |
Grinding wheel diameter | 205 mm |
Year: 2016
Max. length of workpiece | 1500 mm |
---|---|
Centre height | 230 mm |
Type of CNC |
Max. weight between centers | 150 kg |
---|---|
CNC | Yes |
Year: 2002
Max. length of workpiece | 1000 mm |
---|---|
Centre height | 175 mm |
Type of CNC | GE FANUC Series 18-T |
Max. weight between centers | 1000 kg |
---|---|
CNC | Yes |
Grinding wheel diameter | 500 mm |
Year: 1999
Max. length of workpiece | 600 mm |
---|---|
Type of CNC |
Centre height | 1500 mm |
---|---|
Grinding wheel diameter | 300 mm |
Year: 2003
Max. weight between centers | 650 kg |
---|---|
CNC | Yes |
Grinding wheel diameter | 500 mm |
Centre height | 175 mm |
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Type of CNC | Fanuc |
Grinding wheel width | 63 mm |
Year:
Max. length of workpiece | 1500 mm |
---|---|
Type of CNC | |
Grinding wheel width | 50 mm |
Centre height | 175 mm |
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Grinding wheel diameter | 400 mm |
Grinding wheel bore | 127 mm |
Year:
Max. length of workpiece | 630 mm |
---|---|
CNC | No |
Grinding wheel diameter | 280 mm |
Max. weight between centers | 60 kg |
---|---|
Type of CNC |
Year: 2005
Max. length of workpiece | 1500 mm |
---|---|
Centre height | 175 mm |
Type of CNC | GE FANUC Series 18i-T |
Max. weight between centers | 150 kg |
---|---|
CNC | Yes |
Grinding wheel diameter | 500 mm |
Year: 2014
CNC | Yes |
---|
Type of CNC | Fanuc |
---|
Year: 2002
Max. length of workpiece | 800 mm |
---|---|
Centre height | 175 mm |
Type of CNC | Fanuc 21i-T |
Max. weight between centers | 80 kg |
---|---|
CNC | Yes |
Grinding wheel diameter | 500 mm |
Year: 2013
Type of CNC | |
---|---|
Grinding wheel width | 205 mm |
Grinding wheel diameter | 455 mm |
---|---|
Grinding wheel speed | 1260 rpm |
Year: 2004
Max. length of workpiece | 250 mm |
---|---|
Type of CNC | FANUC 21i-MB |
Grinding wheel width | 250 mm |
CNC | Yes |
---|---|
Grinding wheel diameter | 400 mm |
Grinding wheel speed | 8600 rpm |
Year: 1989
Max. length of workpiece | 1000 mm |
---|---|
Centre height | 225 mm |
Type of CNC |
Max. weight between centers | 130 kg |
---|---|
CNC | No |
Grinding wheel diameter | 400 mm |
Year: 1999
Max. length of workpiece | 125 mm |
---|---|
Type of CNC |
Max. weight between centers | 400 kg |
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Cylindrical centerless grinding machines are vital tools in the metalworking industry, designed for the precision grinding of cylindrical components without needing centers to hold the workpiece. This grinding method is highly efficient for producing parts with high accuracy and surface finish, making it indispensable in industries such as automotive, aerospace, medical device manufacturing, and general engineering.
Cylindrical centerless grinding machines come in various configurations, each suited to specific grinding needs and production requirements:
This method involves feeding the workpiece into the grinding wheel to grind specific sections without axial movement. It is ideal for parts with complex shapes and varying diameters.
In this method, the workpiece is fed continuously through the grinding wheels, making it suitable for grinding long, cylindrical parts with consistent diameters.
Combines elements of both infeed and throughfeed grinding. The workpiece is axially fed into the grinding wheels, making it ideal for parts with tapered sections.
When selecting a cylindrical centerless grinding machine, consider the following key features and specifications:
The maximum diameter and length of the workpieces that the machine can handle. This ensures the machine can accommodate the desired part sizes.
The size and speed of the grinding wheel affect the grinding process's efficiency and quality. Larger wheels are suitable for high-volume production, while variable speed control allows flexibility in grinding different materials.
Depending on production volume, the level of automation (manual, semi-automatic, or fully automatic) impacts efficiency and throughput.
The machine's ability to maintain tight tolerances and achieve high surface finishes, which is essential for high-quality parts.
Effective cooling systems are necessary to dissipate heat generated during grinding, preventing thermal damage to the workpiece and grinding wheels.
User-friendly controls and features that facilitate quick setup and adjustments can enhance productivity and reduce downtime.
Investing in high-quality cylindrical centerless grinding machines offers numerous benefits:
To select the right cylindrical centerless grinding machine for your needs, consider these factors:
Determine the volume of parts to be produced to choose a machine with suitable capacity and speed.
Ensure the machine can handle the specific diameters, lengths, and shapes of the parts you need to grind.
Match the machine’s precision capabilities with your quality standards.
Balance the initial investment with long-term operational costs, including maintenance and consumables.
Evaluate the availability of technical support and maintenance services for the machine.
Assess the need for operator training to effectively use the machine’s advanced features.
Several reputable brands manufacture cylindrical centerless grinding machines known for their reliability and performance:
Cylindrical centerless grinding machines are essential tools in the metalworking industry for producing high-precision cylindrical parts. With different types such as infeed, throughfeed, and endfeed grinding, selecting the right machine depends on specific production needs and part specifications. Key factors to consider include grinding capacity, wheel size and speed, automation level, precision, coolant system, and ease of operation. Leading brands like Studer, Cincinnati, Danobat, TGS, and Junker offer a range of high-quality cylindrical centerless grinding machines to suit different applications and budgets. By carefully evaluating production volume, part specifications, precision requirements, and budget, businesses can invest in the right cylindrical centerless grinding machine to enhance their manufacturing capabilities and ensure consistent, high-quality part production.