About Jones & Shipman Universal Production Cylindrical Grinder
Make - Jones & Shipman (England)
Model - 1076
Center Height - 178 mm (7")
Max. Diameter of Job - 355 mm (14")
Max. Length of Job - 686 mm (27")
Grinding Wheel Diameter - 350 mm
Table Rotation - +18 Degree to -16 Degree
Work-Head Speeds - 30 rpm to 300 rpm (Continuously Variable)
Least Count of the Machine - 1 Micron (0.001 mm)
- Equipped with Internal Grinding Attachment.
- Equipped with DRO.
- Micro-feed Adjustments in both Table & Wheel-Head Travels.
- Machine can be used in complete Auto-Cycle mode.
- Complete with Coolant Filtration Unit.
- Machine is in excellent working condition.
Video link - https://youtu.be/mwYX6gfqaiQ
Precision Grinding for Demanding ApplicationsThe Universal Production Series by Jones & Shipman delivers unmatched accuracy for both external and internal cylindrical grinding, making it the top choice for manufacturers requiring tight tolerances and superior surface finish. Its adjustable workhead, dependable mechanical dials, and variable spindle speeds allow operators to achieve consistent results on a wide range of workpieces, from small components to shafts up to 650 mm long.
Built for Versatility and ReliabilityDesigned with flexibility in mind, this cylindrical grinder features a universal workhead swivel, automatic lubrication, and both hydraulic and manual table traverse. Its robust construction from quality materials promotes longevity and stability, accommodating both 3-jaw/4-jaw chucks or face plates. The easy-to-adjust tailstock supports various component lengths, making it a valuable addition to any workshop focused on industrial production or maintenance.
FAQs of Jones & Shipman Universal Production Cylindrical Grinder:
Q: How do I select the correct chuck type for my workpiece on the Jones & Shipman Universal Production Series?
A: You can choose between a 3-jaw, 4-jaw chuck, or a face plate depending on the shape and holding requirements of your workpiece. For cylindrical parts with uniform geometry, a 3-jaw chuck offers quick centering, while irregular shapes or components needing precise alignment may benefit from a 4-jaw or face plate.
Q: What is the process for achieving both external and internal grinding operations with this cylindrical grinder?
A: This grinder is equipped to handle both operations thanks to its universal workhead and versatile spindle setup. Set up your component between centers or in a chuck, adjust the workhead swivel as needed, and use the appropriate grinding wheel for either external or internal surfaces. The table and wheel head can be controlled manually or automatically for optimal results.
Q: When should I use the manual versus automatic traverse settings?
A: Manual traverse is best for fine adjustment or when handling complex, sensitive grinding tasks that require direct operator control. Automatic traverseor the hydraulic table traverseis optimal for repetitive or long grinding operations, enabling consistent movement and boosting productivity, especially for larger workpieces.
Q: Where is the Jones & Shipman Universal Production Cylindrical Grinder typically used?
A: This grinder is widely deployed in precision engineering workshops, manufacturing plants, tool rooms, and maintenance facilities, especially where cylindrical components of varying sizes in steel or cast iron demand high accuracy and repeatable finishes.
Q: How does the automatic lubrication system benefit the machines performance?
A: The integrated automatic lubrication system reduces wear on moving components and maintains consistent operation. It ensures vital parts are continuously lubricated, enhancing the grinders durability and minimizing downtime due to maintenance.
Q: What are the main advantages of using this model for precision grinding?
A: Key benefits include superior accuracy (up to 0.002 mm), robust construction for long service life, versatility in handling different component types and sizes, variable spindle and table speeds for process optimization, and user-friendly controls for both manual and semi-automatic operation.