Keywords: #CNC Teaching #Small CNC Lathe #Vocational Education #Teaching CNC Lathe #Manufacturer

In the engineering training center of a vocational school, the subtle sound of metal cutting carries a unique appeal. This is not a place for rigid textbook formulas, but rather a space where fingertips meet machine tools to spark innovation. And the small CNC lathe is precisely the "partner" most beloved by students in this hands-on training environment.

Unlike the theory-heavy instruction of traditional classrooms, the CNC training course places the initiative in students' hands from the very start.

Innovative practice is never an empty slogan. In this engineering training center, it takes the form of students repeatedly fine‑tuning dozens of parameters on a small CNC lathe, revising programs over and over to optimize a part's surface roughness, or huddling around a blueprint for half an hour, debating the finer points of an optimization plan.

(I) Small CNC Lathe, Model C56

Technical Specifications:

Parameter Value

X‑axis travel：70 mm

Z‑axis travel：160 mm

Effective table size：130 × 85 mm

Rapid traverse speed：5000 mm/min

Spindle speed range：100 – 2000 rpm ±10%

Max. swing over bed：140 mm

Spindle bore diameter：10 mm

Max. clamping diameter：70 mm

CNC system：XD818TC2 industrial‑grade CNC system

Spindle motor power：150 W

Power supply：AC 220V / 50Hz

Net / Gross weight：50 / 60 kg

Overall dimensions：750 × 450 × 450 mm

Vocational school CNC training is never about producing button‑pushers. Its real purpose is to help students internalize the logic of engineering thinking through hands‑on operation: a tiny parameter deviation can throw an entire part's precision out of tolerance; planning the toolpath in advance can save nearly one‑third of machining time; and even the most basic clamping step, when given an extra ten seconds to confirm secure fastening, can prevent potential safety hazards during subsequent processing.

These are lessons forged in actual practice—knowledge that no amount of memorization in a classroom can replace.

Today, the small CNC lathes in the engineering training center continue to run day and night, guiding batch after batch of students through the journey from "reading a blueprint" to "producing a qualified part."

What they gain here is not just the skill of operating a machine, but the confidence to experiment and innovate boldly. They know that when they step into broader manufacturing roles in the future, the programs they write will be able to transform the ideas in their minds into solid, real‑world industrial products.

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