2006 Sunnen SV-210 CNC Vertical Hone w/2019 Sunnen SVF-15-FO55E Coolant Filtration System

2006 Sunnen SV-210 CNC Vertical Hone w/2019 Sunnen SVF-15-FO55E Coolant Filtration System
SPECIFICATIONS:
Diameter Range (ID)………………………………………….3/4″ – 8″
Workpiece Weight – Maximum…………………………………..2,000 Lbs.
Workpiece Length – Maximum…………………………………………24″
Work Area (Envelope)…………………………………………36″ x 40″
Carriage Length…………………………………………………..30″
Carriage Travel (X-Axis)…………………………………………..29″
Stroke Length……………………………………………….Up To 30″
Reciprocation Speed (Stroke Y-Axis)…………………………20 – 160 SPM
Stroke Motor……………………………………………………10 HP
Thrust – Maximum……………………………………………3,000 Lbs.
Spindle Speeds…………………………………………….90 -600 RPM
Spindle Motor………………………………………………….7.5 HP
Rotary Feed – Maximum……………………..Up to 224.8 Lbf per in. Torque
Sump Pump Motor………………………………………………..1/3 HP
Sump Pump Rate…………………………………………………30 GPM
Approximate Dimensions……………………………….88″L x 86″W x 90″H
Approximate Weight………………………………………….4,500 Lbs.

*Catalog Specifications Subject to Verification.

CNC vertical honing is a specialized machining process used to achieve precise surface finishes and dimensions in cylindrical workpieces. This honing method is specifically performed on vertical honing machines that are equipped with CNC (Computer Numerical Control) technology, providing automated control and precision.
During CNC vertical honing, the workpiece, typically a cylinder or bore, is secured vertically and held in place. The honing tool, attached to the vertical spindle, is then programmed to move in a controlled manner along the length of the workpiece. The tool’s movement, speed, and pressure are precisely regulated by the CNC system.
The CNC vertical honing process offers several advantages. Firstly, it ensures consistent and repeatable results, as the honing parameters can be programmed and replicated accurately. This eliminates human error and enhances the overall quality and uniformity of the honed surfaces.
Secondly, CNC vertical honing allows for improved efficiency and productivity. The automation provided by the CNC technology reduces manual intervention, speeds up the honing process, and allows for simultaneous honing of multiple workpieces.
Furthermore, CNC vertical honing provides greater flexibility and versatility. The CNC system enables the creation of complex honing patterns, such as crosshatch or spiral, with precise control. This makes it suitable for a wide range of applications and workpiece materials.
In summary, CNC vertical honing is a highly precise and efficient machining process that delivers consistent and high-quality surface finishes. It offers the benefits of automation, improved productivity, and flexibility, making it a valuable technique in various industries requiring precision honing of cylindrical workpieces.