With TMC Technologies, unlock the full prospective of high precision CNC lathes and propel your enterprise to unparalleled accomplishment in tailor made programs and outside of.
The headstock features a primary spindle pushed by An electrical motor for torque and speed. It incorporates a chuck or collet to hold the workpiece securely, avoiding motion during machining.
Whether it’s for aerospace factors that need micron-stage precision or automotive parts demanding strong repeatability, these machines stand at the forefront.
These holding products ensure the workpiece stays firmly positioned, allowing for accurate and consistent machining operations.
Kern machines are known for their capacity to tackle micro-machining duties with unbelievable precision.
When you've got any questions on our machines, or desire in setting up a brand new machining course of action. Our pro group are greater than happy to help.
Hardinge is synonymous with longevity and precision. The Tremendous-Precision T-collection machines are constructed with in excess of a hundred years of engineering skills, ensuring they satisfy the highest requirements of accuracy and price of possession.
The automatic sliding headstock lathe differs from a standard lathe in several strategies as listed below:
Star sliding head technological know-how can fit a variety of milled and turned parts around a highest diameter of 42mm, and our machines is usually configured for producing miniature prismatic elements or shafts in excess of 2m. Great things about sliding head technology
INDEX & TRAUB automatic turning machines are In particular suitable for speedy, cost-efficient production of common automated turned parts and complex CNC turned parts.
By securely gripping the workpiece and rotating it at various speeds and Instructions, the headstock facilitates the generation of intricate styles, contours, and features with precision and repeatability.
Common cleaning of the headstock and spindle place is important to remove particles, coolant residue, and also other contaminants that will accumulate throughout machining operations. This helps retain the integrity in the bearings and reduce the chance of contamination-associated failures.
CNC lathes progressed from manually operated lathes. The introduction of computing controls from the forties and 1950s transformed them into your automated powerhouses we use now.
This eliminates the necessity for operator intervention Find out more of manually changing Just about every component involving operations.