About H. Ernault Somua Cholet 435 1200 mm Length Lathe Machine
Make - H. Ernault Somua (France)
Model - Cholet 435
Center Height - 205 mm
Max. Turning Length of Job - 1000 mm
Max. Distance between Centers - 1200 mm
Max. Job Diameter over Bed - 400 mm
Max. Job Diameter over Cross-Slide - 230 mm
Max. Job Diameter near Chuck - 435 mm
Bed Width - 315 mm
Spindle Bore - 52 mm
Chuck Diameter - 215 mm
Spindle Speeds - 32 rpm to 1600 rpm
- With Motorised Rapid Travels of Carriage & Cross-Slide.
- Micro-Feed Travels on the Cross-Slide Movement.
- Complete with Job Steady, & other accessories.
- Machine is in excellent working condition.
Video of The Machine -
https://youtu.be/cvQhg2MUheM
High Precision MachiningDesigned for accuracy, the Cholet 435 lathe is equipped with finely adjustable manual controls and a sturdy cast iron frame. This machine ensures consistent and repeatable results when working with various metals, making it ideal for manufacturing, repair shops, and production environments that require exact specifications.
Versatile Thread Cutting CapabilitiesThis lathe supports both metric and inch thread cutting with an extensive range: 56 metric types (1 to 192 mm) and 60 inch types (2 to 112 TPI). The multi-speed spindle combined with adjustable feeds allows operators to tackle complex threading tasks efficiently while maintaining high quality.
Durable and Reliable PerformanceWith a robust main motor (5.5 kW/7.5 HP) and rigid bed construction, the Cholet 435 delivers reliable machining for a wide range of workpiece sizes, up to 1200 mm between centers and typically handling up to 15 mm cutting thickness. Its smooth operation and stable structure support consistent heavy-duty usage.
FAQ's of H. Ernault Somua Cholet 435 1200 mm Length Lathe Machine:
Q: How do I operate the Cholet 435 lathe for precision turning?
A: Operating the Cholet 435 involves setting your desired spindle speed (20-2000 rpm) and selecting appropriate feeds using manual controls. Accurate workholding is achieved with the fitted 250 mm 3-jaw chuck. The machine's rigidity and finely calibrated handwheels allow for precise adjustments during turning and threading tasks.
Q: What types of materials can be machined with the Cholet 435 lathe?
A: The Cholet 435, made of solid cast iron and steel, is suitable for machining a wide spectrum of metals including mild steel, cast iron, and alloy steels. Cutting thickness depends on your tooling and material but typically reaches up to 15 mm per pass, depending on cutting tool and setup.
Q: When is it necessary to change spindle speeds or feed rates during operation?
A: Spindle speeds (20-2000 rpm) and feed rates are adjusted based on the material type, diameter of the workpiece, and desired finish. Higher speeds suit lighter cuts and finishing, while slower speeds are better for deep or heavy cuts. Feed rate adjustments optimize tool life and surface quality.
Q: Where can the Cholet 435 lathe be installed and what power requirements does it have?
A: The Cholet 435 should be installed in a workshop with adequate space to accommodate its dimensions (2600 x 1150 x 1400 mm) and a flat, solid base. It operates on 415V, 3-phase power and weighs approximately 2200 kg, so suitable electrical and flooring provisions are essential.
Q: What processes are supported by this lathe regarding thread cutting and general machining?
A: This lathe performs robust general turning, facing, and threading operations. It supports cutting 56 metric thread types (1-192 mm) and 60 inch thread types (2-112 TPI), as well as efficient longitudinal and transversal feeds for various machining processes.
Q: How does using the Cholet 435 benefit my manufacturing operations?
A: The Cholet 435 enhances shop productivity through high precision, stable operation, and flexible threading capability. Its manual controls foster operator skill, while the coolant system and operator lamp further support consistent, quality output across long production cycles.
Q: Is the Cholet 435 a CNC lathe or does it require manual control?
A: The Cholet 435 is a conventional, manually operated lathe. All adjustments for speed, feed, and threading are made using manual controls, allowing skilled machinists maximum control over the machining process.