Technical name: *Drilling deep hole processing device for lathe and milling machine combination

[Technical Summary] *Drilling deep hole processing device for lathe and milling machine combination. In the past, special machine tools were used to process extra long holes, which increased the processing cost. Traditional ordinary boring machines or milling machines cannot process extra long holes. The utility model is composed of: a lathe 1 and a milling machine workbench 8. The lathe spindle 5 in the headstock 12 of the lathe 1 is connected to the driving device 2. The driving device 2 is equipped with a driving shaft 7. The drive shaft 7 is fixed on the guide device 4 through the liquid supply device 3. The guide device 4 is fixed on the bed of the lathe 1. The liquid supply device 3 is connected to the high-pressure pump station 11. The drive shaft One end of the guide device 4 of 7 is connected to the * drill 10. The * drill 10 is fixed on the tool plate of the lathe 1. The other end of the * drill 10 is connected to the guide device 6. The guide device 6 The inner cavity is connected with the chip filtering system 9 . This product is used for processing extra long holes.

Technical name: Hardware slot milling automatic lathe

[Technical summary] The utility model relates to a machining lathe, in particular to a hardware slot milling automatic lathe. It includes a lathe base, a guide rail, a feeding hopper, a fixed fixture, a movable fixture and a milling cutter device. The base is provided with a guide rail, and the guide rail is provided with a fixed fixture and a movable fixture. The lathe base is provided with a feeding hopper and a milling cutter device. The feeding hopper is A pipeline is provided, and the other end of the pipeline is connected to the manipulator. This utility model is widely used in the production of small hardware parts such as electrical appliances, instruments, toys, antennas, etc. One person can operate multiple such hardware slot milling automatic lathes at the same time, which greatly saves labor, improves product quality and quantity, and has reliable safety performance. , simple structure and easy operation.

Technical name: Machine tools with milling and drilling functions

[Technical Summary] The present invention relates to the technical field of mechanical processing equipment, specifically refers to machine tools with milling and drilling functions. The guide rail and bracket are installed on the bottom and side of the square ram of the machine tool. The bracket slides forward and backward along the guide rail. The bracket is equipped with a gland and a guide sleeve. A powerful chuck and drill rod are installed on the spindle, and the drill rod passes through the guide on the bracket. set, and then use the cylinder to push the bracket close to the workpiece to perform drilling; when the tool holder and milling cutter are installed on the spindle, remove the gland and guide sleeve on the bracket, and use the cylinder to return the bracket to retract the bracket. Behind the milling cutter installed on the spindle, the workpiece can be milled. The invention realizes milling and drilling processing on the same machine tool, improves processing efficiency, improves the utilization rate of machine tool equipment, reduces equipment costs, and is convenient and quick to use.

Technical name: Board edge and bevel planing and milling dual-purpose machine tool

[Technical summary] A board edge and bevel planing and milling dual-purpose machine tool, which is composed of a base body and a It consists of four parts: the supporting frame part, the pressure cylinder part, the traveling slide part and the planing and milling part. It can plan and mill various plates at the same time, changing the shortcomings of two machine tools working alone in the past. This machine tool equipment Compact, simple and reliable to operate, it is a new generation of dual-purpose planing and milling machine tools.

Technical name: Double-sided milling machine for plate sample processing

[Technical Summary] This utility model discloses a double-sided milling machine for plate sample processing, and its mechanical spindle milling cutter The feeding device is composed of a servo motor, a drag slide and the corresponding transmission mechanism between the two. The drag slide can also be equipped with a hydraulic clamping device. The thickness measurement mechanism consists of a pair of electronic thickness gauges, which are installed opposite each other. At the side ends of the left and right milling head boxes, there is also a plate specimen hydraulic clamping device and a CNC system; the beneficial effect is to greatly reduce the operator's labor intensity and operation difficulty, and also effectively improve the operation and processing accuracy. ; The use of plate sample hydraulic clamping device and CNC device can clamp a stack of steel plate samples up to 160mm, and use an electronic thickness measuring device to measure the size of the workpiece and automatically complete the size setting, which can realize the processing of workpieces of any size. It can automatically cut and feed once or multiple times. The maximum cutting speed is 12mm on one side and 24mm on both sides. The sample accuracy error is within 0.02mm.

Technical name: Eight-axis automatic torx head milling machine

[Technical summary] The eight-axis automatic torx head milling machine belongs to the machine manufacturing industry and is a special machine tool for rolls. It includes a fixed end and an adjustable end. The four-axis torx head milling machine is composed of a roll bracket, a clamping mechanism, a feed mechanism, an adjustment mechanism, a floor and other components in the middle. According to the batch size of the rolls, it can be composed of single-axis, two-axis, four-axis and eight-axis automatic torx head milling machines. According to the geometric shape of the roller plum blossom groove, it can be composed of semicircle, right angle, trapezoidal groove, large flat head and milling end face, drilling and pinhole plum blossom head milling machine. The milling head adopts electronic technology and AC mechanical speed change. The entire system of the machine tool adopts electronic technology. Automatic program control, the tool is a hollow and staggered tooth milling cutter, and the material cut by the hollow milling cutter is mechanically knocked out or a disc milling cutter is used to mill a groove to make the bar-shaped material fall out.

Technical name: Safe and reliable imitating woodworking milling machine

[Technical summary] This utility model belongs to the technical field of woodworking milling machines and provides a safe and reliable imitating woodworking milling machine. Its main feature is to add a new type of woodworking milling machine on the basis of the original milling machine. It has a lifting workbench, a safety mold sheath, a compression nut, a tapered jacket, and a trimming workbench. Because this utility model adopts such a technical solution, compared with the existing woodworking milling machine, it is easy to operate and has high production efficiency. It has the advantages of high efficiency, simple structure and easy manufacturing.

Technical name: Conversion and disengagement mechanism between gear rack feed and screw feed for drilling, milling and grinding machines

[Technical Summary] This utility model relates to a gear rack for drilling, milling and grinding machines The conversion and disengagement mechanism between feed and screw feed. Because when drilling, the feed amount is large, the rack and pinion mechanism is used to feed, and when grinding and milling, the feed requires smooth feed and the screw rod is used to feed. Based on the above processing characteristics, the utility model is designed to have both a screw feeding mechanism and a rack and pinion feeding mechanism, and the two feeding mechanisms can be converted to each other. The rack mechanism feed and the screw mechanism feed can be switched accurately by simply loosening or locking the small handle, so it has a compact structure, is convenient and quick to use, the feed speed can be adjusted as needed, and the self-locking performance is improved. Reliable use and other advantages.

Technical name: Double-gantry horizontal mixed-principle turning and milling compound CNC machine tool

[Technical Summary] The invention discloses a machine tool with two spindle heads, two tool holders, Two gantry, horizontal hybrid turning and milling compound CNC machine tool that combines series and parallel connection. It has a turning spindle head 1, a milling spindle head 7, a turning tool holder 4, a milling tool holder 8, a small gantry 10, and a large gantry. It is composed of frame 12, bed 2, bed saddle 3, horizontal sliding plates 5 and 9, vertical sliding plate 11 of the small gantry 10, tailstock 6 and other components. The turning tool holder 4 is a turret tool holder, the milling tool holder adopts a 3-PRS three-axis parallel mechanism, and the spindle head 1 is a servo axis. The combination of series and parallel connection of this machine tool can achieve up to six-axis linkage control. This machine tool has a wide range of processing, and can perform turning, milling, drilling and reaming, boring and new-principle turning and milling; it can process shafts, discs, angles and box-shaped parts, reducing the installation and positioning of processes. Error is beneficial to ensure the shape and position processing accuracy. The double gantry structure enables the whole machine to form a high-rigidity closed-loop structure.

Technical name: Milling machine workbench centralized transmission mechanism

[Technical summary] A milling machine workbench centralized transmission mechanism, including a frame, a longitudinal transmission mechanism, a transverse transmission mechanism, and a lifting mechanism , reversing mechanism; the longitudinal transmission mechanism includes a workbench, a bearing seat, a longitudinal screw, a longitudinal nut, a longitudinal manual transmission mechanism, and a longitudinal power transmission mechanism; a transverse transmission mechanism includes a middle sliding seat, a transverse screw, a transverse nut, Horizontal manual transmission mechanism, transverse power transmission mechanism; the lifting mechanism includes a lifting slide and a lifting handwheel; the reversing mechanism includes a handle, a shaft, a rocker arm, a dial block, a reversing gear set, and a reversing shaft; a longitudinal power transmission mechanism Including power input gear, rotating shaft, intermediate wheel, longitudinal power transmission gear; transverse power transmission mechanism includes transmission internal gear, transverse transmission shaft, transverse power gear, transverse power transmission gear, connecting shaft, power bevel gear, transmission bevel gear sleeve, transverse Power conversion shaft, transverse power conversion gear and transverse power conversion transmission gear.