The PIINC TCM508 Portable CNC Thread Milling Machine is a high-precision, portable CNC machining system designed for on-site thread repair, broken stud removal, and specialized industrial maintenance tasks. Equipped with a Siemens CNC control system and three-axis control, the TCM508 supports accurate, repeatable machining for repair applications where controlled tool positioning and extended machining reach are important.
With X- and Y-axis strokes of 203 mm and a Z-axis stroke of 508 mm, the TCM508 provides a long Z-axis travel for applications requiring deeper machining access. Its precision-ground ball screws and high-tolerance profile rails help provide controlled movement and consistent machining performance.
Designed for field service and industrial repair work, the TCM508 combines CNC technology with a portable configuration to support machining tasks on site, including in confined working environments where transporting components to a conventional machine shop may be difficult.
Equipped with a Siemens CNC control system for controlled machining operations.
Designed to support accurate and repeatable machining.
Suitable for specialized maintenance tasks, including broken stud removal and damaged thread refurbishment.
Provides CNC control across the X, Y, and Z axes.
Supports bolt extraction and thread refurbishment within a single setup, according to the workpiece configuration and machining process.
Allows controlled movement and positioning of the milling head during machining.
The TCM508 features a Z-axis stroke of 508 mm, providing extended travel for machining applications that require greater depth access. This capability can be beneficial for suitable on-site repair tasks involving recessed or deep machining locations.
Note: The 508 mm figure refers to Z-axis stroke, not a confirmed maximum thread depth or guaranteed machining depth for every application.
High-tolerance profile rails: Guide machine movement to support consistent machining results.
Precision-ground ball screws: Used on all three axes to provide precise movement of the milling head.
The combination of guided movement and ball-screw transmission is designed to support controlled feeding and repeatable machining.
The product description specifies a visible editing interface and an operating handwheel to help operators adjust and monitor machining operations. These features are intended to make operation more intuitive and reduce reliance on complex manual programming for suitable tasks.
The TCM508 is designed for transportation and operation at industrial job sites, including confined work areas. Its portable configuration supports field machining and repair tasks where moving large or installed components to a workshop is impractical.
Model: TCM508
Machine Type: Portable CNC Thread Milling Machine
CNC Control System: Siemens
Axis Control: 3-axis CNC control
X-Axis Stroke: 203 mm
Y-Axis Stroke: 203 mm
Z-Axis Stroke: 508 mm
Guide System: High-tolerance profile rails
Axis Transmission: Precision-ground ball screws on all three axes
Operating Features: Visible editing interface and operating handwheel, as described by the manufacturer
Primary Applications: Broken stud removal, damaged thread repair, and thread refurbishment
The PIINC TCM508 Portable CNC Thread Milling Machine is designed for suitable on-site machining and maintenance applications, including:
Broken stud and bolt removal
Damaged thread repair
Thread refurbishment
Industrial machinery maintenance
Automotive repair applications requiring suitable machining access
On-site machining of components that are difficult to transport
The TCM508 combines three-axis CNC control, a Siemens control system, precision-ground ball screws, and a 508 mm Z-axis stroke in a portable machining platform. These features make it a potential solution for industrial maintenance teams requiring controlled machining movement and extended travel for specialized repair work.
For field service providers, repair workshops, and industrial maintenance contractors, the TCM508 offers a portable CNC option for broken stud removal, thread refurbishment, and other suitable on-site machining tasks.