Technical Characteristics: The machine tool is a single-column vertical guideway structure. The colu...
See DetailsThe Conjoined 35° Oblique Rail Cutter Tower Tail Seat Precision CNC Horizontal Lathe is a really practical machining solution built for steady, un-fussy horizontal turning jobs on the shop floor. Going with a fully enclosed frame structure makes a big difference because it contains flying chips, oil spray, and shop dust while helping keep your working environment a lot quieter during a shift. Plus, the Taiwan-imported linear rolling guides do a great job of handling high-speed axis travel, cutting down on friction and preventing positioning slop over long runs.The heavy-duty horizontal hydraulic servo turret gives your operators precise positioning, fast tool indexes, and solid backbone support when you are tearing into heavier cuts. We also tossed in a fully sealed electrical cabinet with built-in air conditioning to shield the main CNC system from messy shop dust and hot workshop conditions. If you want to make chip handling less of a headache, adding the optional automatic chip conveyor handles transport stability fine and bumps up your overall production efficiency nicely.
The GY-4645 does a great job of keeping your cutting steady and precise, making sure your finished parts match up nicely with the tight quality specs that modern factories demand.
Thanks to the thick, fully enclosed shield and standard safety tripwires, the GY-4645 keeps both your operator and the machine out of trouble, cutting down on sudden accidents and giving you a secure space to work.
Packing a snappy linear guide rail setup alongside that stiff horizontal hydraulic servo turret really bumps up your cutting speeds, turning this rig into a handy asset if your shop is wrestling with a packed production schedule.
The sealed electrical enclosure comes with its own air conditioning unit, which means the GY-4645 runs fine without throwing a fit even when your shop floor gets hot, humid, or messy with oil mist.
Tossing in the optional automatic chip conveyor takes a lot of the headache out of dealing with loose metal curls. The simple layout uses a built-in overload clutch to keep your workspace cleaner and a whole lot safer to walk around.
| Projects | unit | GY-4645 | |
| PROCESSING CAPACITY | Maximum turning diameter of bed | mm | 460 |
| Maximum rotary diameter of support plate | mm | 280 | |
| Maximum machining length | mm | 450 One clip and one top | |
| MAIN SHAFT | Spindle end form | \ | A2-6 |
| Diameter of main shaft through hole | mm | 66 | |
| Maximum rod passing diameter | mm | 52 | |
| Maximum spindle speed | r/min | heavy load2500/r Light load3500/r |
|
| Spindle shift mode | \ | Servo infinitely variable speed | |
| Main motor power | kw | 11 | |
| Chuck type | \ | Hydraulic chucks | |
| Chuck size | inch | 8 | |
| FEED | X-axis stroke | mm | 520 |
| Z-axis stroke | mm | 550 | |
| X-axis fast-moving velocity | m/min | 22 | |
| Z-axis fast-moving velocity | m/min | 22 | |
| X-axis motor torque | N·m | 8.5 | |
| Z-axis motor torque | N·m | 8.5 | |
| Type of rail | \ | Roller guideways | |
| X-axis guide rail specifications | mm | 35 | |
| Z-axis guide rail specifications | mm | 35 | |
| X-axis made screw specification | mm | 3210 | |
| Z-axis made screw specification | mm | 4012 | |
| TOOL REST | Tool rest type | \ | 8-station hydraulic servo system |
| Square tool/Boring tool size | mm | 25*25/φ32 | |
| TAIL SEAT | Tail seat form | \ | Hydraulic tailstock |
| Tail seat sleeve taper | \ | MT-5 | |
| Tail seat sleeve diameter | mm | 80 | |
| Tail seat sleeve stroke | mm | 110 | |
| OTHER | Machine tool size (length* width* height) | mm | 2700*1750*1800 |
| Machine weight | kg | 3500 | |
High-mix production can turn chaotic fast when every order brings different parts, quantities, machining tasks, or delivery windows all landing at once. A Preci...
READ MORE
Production changeovers can become a hidden source of lost time in a machining shop, especially once orders start varying frequently and equipment has to shift f...
READ MORE
Part manufacturing keeps drifting toward shapes that don't fit neatly into simple machining routines anymore. A single component might carry small grooves, curv...
READ MORE