Zhengzhou Lanshuo Electronics Co., Ltd
Zhengzhou Lanshuo Electronics Co., Ltd
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1. Main technical parameters of LSN series CNC induction quenching machine tools
| Model | LSN-2000 | LSN-1500 | LSN-1000 | LSN-600 |
| Max lengths of the clamping parts(mm) | 2050 | 1250 | 1050 | 650 |
| Max length of quenching parts(mm) | 2000 | 1200 | 1000 | 600 |
| The largest diameter quenching parts(mm) | 600 | 600 | 600 | 600 |
| The largest total quenching parts (Kg) | 150 | 150 | 150 | 150 |
| Spindle rotation speed (rps) | 0-200 | 0-200 | 0-200 | 0-200 |
| Workpieces moving speed ( mm/s) | 1-60 | 1-60 | 1-60 | 1-60 |
| Mobile positioning accuracy (mm) | ±0.1 | ±0.1 | ±0.1 | ±0.1 |
2. Advantages of Our CNC Hardening Machine Tool:
Technical characteristics of cnc quenching machine:
1.Quenching time is short, parts of the HRC value can be adjusted.
2.The workpiece rotation set any speed of any interval to meet the coaxial diameters different.
3.Quenching range size accurately.
4.Part layer deep meet the technical requirements, similar to non-oxidative quenching(if required can also be quenched in the protective atmosphere).
5.Low quenching deformation.
6.Reproducible well in the process.
7.Easy to quench multiple local of workpiece.
With optional full automatic PLC program control, CNC numerical control, energy monitoring system, touch screen man-machine interface, etc. Scope of application: Workpiece length range: 200-2000 mm Workpiece Diameter Range: >Φ 15-Φ600 mm Quenching Processing Method: Workpiece Moving Heating Quenching Working mode of machine tool: automatic loading and unloading Heating startup mode: automatic Cooling mode: quenching and cooling, automatic program control Heating Power Supply: Intermediate Frequency, Ultra Frequency, High Frequency Induction and Heating Power Supply Technical Indicators: Special design according to user's
3. Applications of Our CNC Hardening Machine Tool:
Shaft: Single heating spray hardening, segmental single heating spray hardening, continuous heating spray hardening, segmental continuous heating spray hardening.
Gear: Overall single heating spray hardening, single tooth single heating spray hardening, single tooth continuous heating spray hardening.
Disc-type workpiece:Overall single heating spray hardening, circumferential surface continuous heating spray hardening.
4. Main features of the induction quenching machine
1. Lathe: adopt welded structure with good rust-proof functions.
2. Top adjustment parts: adopt electric adjustment to realize clamping of different length work pieces.
3. Work table system: adopt ball screw and servo motor to drive, light driving, high guide precision and accurate positioning.
4. Main shaft rotation system: adopt variable frequency regulating to realize parts rotation speed continuous adjusted.
5. Electric control part: the machine tool has power-loosing protection function. Safe and reliable.
6. Frame: made by thick steel plates, with window and sliding doors, prevent water splash, easy to load parts and monitor hardening process.
5. Advantage of CNC quenching machine tools:
Quenching is to heat the material above the phase transition temperature, and to keep the microstructure of the material
sufficiently transformed into austenite during a certain period of time. Then, the material is cooled rapidly and the martensite microstructure is obtained. Quenching is mainly to obtain higher hardness and better wear resistance. It is mainly used for carburizing parts such as gear, shaft, motor, roller, knife edge, screw, mould, track and so on.
Induction quenching equipment is our heat treatment systems for surface and through hardening.
At the heart of each quenching machine is Induction high frequency heat generator, which adopts the latest MOSFET power units and unique frequency conversion technology. Induction hardening equipment consists of induction power supply, load line, capacitor, transformer, inductor, and machine tool. The quenching family includes horizontal type, vertical type and special machine, and compensated induction power sources with a wide range of output frequency and power.