CNC Lathe Machines
CNC turning for cylindrical components, shafts, rings and other rotationally machined parts across a range of chuck sizes and bed lengths.
Stated range: 1-inch to 1-meter diameter; lengths from 6 inches to 20 feet.Precision machining capabilities for complex components, engineered parts and demanding industrial applications. Explore our range of turning, milling, drilling, grinding, cutting and specialized machining processes.
Capital Engineering Corporation's machining capability portfolio covers conventional and CNC-based processes for a wide range of component sizes and manufacturing needs.
From large-format milling and turning to precision drilling, grinding and specialized material removal, each process can be evaluated against the component drawing, material, tolerances and production requirements.
An overview of the machining processes and facilities provided for engineering and industrial applications.
CNC turning for cylindrical components, shafts, rings and other rotationally machined parts across a range of chuck sizes and bed lengths.
Stated range: 1-inch to 1-meter diameter; lengths from 6 inches to 20 feet.High-speed milling for detailed features, precision surfaces and components requiring efficient material removal.
Multi-axis milling and machining centers for complex geometries, multiple-face machining and components with demanding dimensional requirements.
Stated job size: 6 inches to 1 meter.Large-format milling for extended components and machining applications requiring a long working bed.
Stated bed length: 14 meters.Rolling capability for forming material to the required profile, radius or curvature, subject to material and job specifications.
Stated material thickness range: 1 mm to 40 mm.Controlled drilling for accurately positioned holes and repeatable hole-making operations in engineering components.
Stated drilling range: 1 mm to 100 mm.Multi-head drilling capability for coordinated hole-making operations where component layout and production requirements are suitable.
Precision boring for accurately located holes, bore finishing and components requiring close positional control.
Grinding processes for surface finish, dimensional control and component finishing across suitable geometries.
Processes include surface, cylindrical and centerless grinding.Sheet-metal nibbling and punching for profiles, openings and repeated features according to component drawings.
Controlled tube forming for specified bends and component shapes, subject to tube material, wall thickness and bend-radius requirements.
Stated tube size range: 3 mm to 10 mm.Wire-cut machining for intricate profiles, precision contours and features that are difficult to produce with conventional cutting methods.
Workpiece capacity depends on machine and setup.Electrical discharge machining for suitable electrically conductive materials and detailed features requiring controlled material removal.
Planing operations for machining broad surfaces and selected large components, depending on workpiece geometry and machine capacity.
Shaping operations for suitable flat surfaces, slots and component features based on the required geometry.
Gear hobbing for manufacturing compatible gear teeth and related components according to specified gear geometry.
Honing for controlled internal surface finishing and bore geometry where the component and tolerance requirements are suitable.
Gouging capability for designated material-removal and component preparation applications, based on the required process and material.
Micron-level precision may be achievable for suitable operations and components, subject to machine capability, material, setup, measurement method and the specified tolerances. Final feasibility should be confirmed against the individual engineering drawing and job requirements.
Send your drawing, dimensions, material details and tolerance requirements for an initial review of the appropriate machining process.
ceo@capitalgroup.pk