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CNC Milling - Ultra precision is a leading UK-based CNC milling and turning company

CNC
Computerized Numerical Control

CAD
Computer Aided Design

CAM
Computer Aided Manufacturing

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CNC Engraving Machines are made up of engraving machine body, control chip, control cabinet, control software and other related fittings.

CNC Engraving Machines are working following processes and methods marked out by JDPaint software's programming.

CNC Engraving Machines currently have 8 series 22 models machines working for industrial moulds, environment artwares, professional products with its high efficiency, precision machining.

China CNC Engraving Machines are surely your preferred machines.

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The application characteristic of China CNC Engraving Machines is its small cutting tools which are most suitable for processing Letters, Veins, Design Pictures, Thin Wall Parts, Minitype Precision Workpiece,
Minitype Complicated Surface, Art Relievo Surface, etc.

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◇ CNC Engraving Machine Carver Series are put in market in 2004 for high standard precision industry.
◇ CNC Engraving Machine Carver Series have great improvement on structure, figure, performance.
◇ CNC Engraving Machine Carver Series have rather good stability especially on machining products of high precision, high requirements. So it is propitious to customers for mass production.
◇ CNC Engraving Machine Carver Series are suitable for machining of precision products, copper electrodes, precision die moulds, bronzing moulds, plastic dripping moulds, hot cutting moulds, mould lettering and minitype injection moulds. Especialy for machining those products with requirements of high smooth finish, such as copper electrode, CNC Engraving Machines have excellent performance and behavior.
◇ CNC Engraving Machine Model Carver 280 is a standard one suitable for precision mould's machining.
◇ CNC Engraving Machine Model Carver DZ is a machine with dual machine heads suitable for moulds' batch machining. It has two machining methods, one is single working procedure for dual workpieces, another is single workpiece dual working procedures. Axis Z could be solely controled independently working.
◇ CNC Engraving Machines have two kinds of main axis electric machinery. One axis is with diameter 62 at maximum rotate speed 24, 000 rpm which is suitable for minitype cutting tools' precision machining, another axis is with diameter 80 at maximum rotate speed 20, 000 rpm, 1.2KW which is suitable for diameter 4 cutting tool's machining.

Technical Data of CNC Engraving Machines Carver Series

Performance Index	Standard Data
Control Distinguish Rate of XYZ Axises	0.00078125mm
Movement Positioning Accuracy of XYZ Axises	±0.01/300mm
Repeatability Positioning Accuracy of XYZ Axises	±0.005mm
Movement Sensitivity of XYZ Axises	≤0.005mm
Plane Degree of Worktable	≤0.05mm
Vertical of XY Axises	0.025/300mm
Working Stroke of XYZ Axises	400 x 400 x 120mm
Size of Worktable	560 x 490mm
Center Distance of Carver DZ's 2 Main Axises	118mm
Space Height of Z Direction	280mm
Maximum Working Load	200Kg
Deformation of Worktable Under Pressure	〈0.02mm(200Kg)
Total Weight	1300Kg
Maximum Power Consumption at Working	3KW
Output Power of Spindle Motor	1.2KW/370W
Spindle Speed	10000-24000rpm(D62)
Spindle Speed	6000-20000rpm(D80)
Maximum Movement Speed	6000mm/min
Maximum Carving Feed Speed	3000mm/min
Driving System	AC Servo System
Outline Sizes of Machine	1220 x 1445 x 1880mm
Working Voltage	3 Phases 380V/50Hz
Remark: The above precision parameters are measured by Renishaw Dual Frequency Laser Interferometer and Ballbar.

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◇ CNC Engraving Machine Model PMSG is rather salable machine due to its high machining precision, low usage cost, high machining efficiency for high precision products, legerity structure, convenient operation, good performance/price rate.
◇ CNC Engraving Machine Model PMSG is especialy suitable for small mould manufacturers with high requirements on machining.
◇ CNC Engraving Machine Model PMSG is suitable for precision products, copper electrodes, precision die moulds, bronzing moulds, plastic dripping moulds, high frequency moulds, hot cutting moulds, small moulds' lettering and minitype injection moulds' machining.
◇ With reasonable processing conditions, for machining copper, Cr12, cuprum 59 materials, the finished products made from CNC Engraving Machine Model PMSG could have sizes' precision as ±0.04mm, surface roughness degree as 0.8um; while with strict processing conditions, the finished products made from CNC Engraving Machine Model PMSG could have sizes' precision as ±0.02mm, surface roughness degree as 0.4um.

Technical Data of CNC Engraving Machines Model PMSG

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◇ CNC Engraving Machine Model EMB is an economic equipment with stepping drive system. Compared with model PMS, CNC Engraving Machine EMB is in the shade on machining precision, machining efficiency and machining stability.
◇ Being economic model, CNC Engraving Machine EMB has wide application fields at the beginning of application of CNC Engraving Machines in China market.
◇ However, in the movement of higher and higher requirements on products' precision, especially that moulds have higher and higher requirements on the smooth finish of machined underside in order to improve polishing precision. CNC Engraving Machine EMB could not meet with the market requirements of "High Precision, High Efficiency" due to its low cost stepping driving system.
◇ CNC Engraving Machine EMB is most suitable for high frequency moulds which have not so high requirements on machining precision.

Technical Data of CNC Engraving Machines Model EMB

Performance Index	Standard Data
Control Distinguish Rate of XYZ Axises	0.00078125mm
Movement Positioning Accuracy of XYZ Axises	±0.01/300mm
Repeatability Positioning Accuracy of XYZ Axises	±0.006mm
Movement Sensitivity of XYZ Axises	≤0.005mm
Plane Degree of Worktable	≤0.06mm
Vertical of XY Axises	0.025/300mm
Working Stroke of XYZ Axises	400 x 310 x 80mm
Sizes of Worktable	480 x 380mm
Space Height of Z Direction	180mm
Maximum Working Load	70Kg
Deformation of Worktable Under Pressure	〈0.02mm(70Kg)
Total Weight	360Kg
Maximum Power Consumption at Working	2KW
Output Power of Spindle Motor	370W
Spindle Speed	10000-24000rpm
Maximum Movement Speed and Carving Feed Speed	3000mm/min
Driving System	Stepping System
Outline Sizes of Machine	820 x 870 x 1320mm
Working Voltage	3 Phases 380V/50Hz
Remark: The above precision parameters are measured by Renishaw Dual Frequency Laser Interferometer and Ballbar.

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Technical Data of CNC Engraving Machines Model XMS

Performance Index	Standard Data
Control Distinguish Rate of XYZ Axises	0.0015625mm
Movement Positioning Accuracy of XYZ Axises	±0.02/300mm
Repeatability Positioning Accuracy of XYZ Axises	±0.01mm
Movement Sensitivity of XYZ Axises	≤0.01mm
Vertical of XY Axises	0.03/300mm
Working Stroke of XYZ Axises	410 x 310 x 170mm
Maximum Sizes of Workpieces	380 x 150 x 90mm
Space Height of Z Direction	500mm
Vertical Degree of Z Axle and Professional Clamp Tools	0.02/100mm
Total Weight	900Kg
Maximum Power Consumption at Working	2.5KW
Output Power of Spindle Motor	750W
Spindle Speed	6000-20000rpm
Maximum Movement Speed and Carving Speed	4000mm/min
Driving System	AC Servo System
Outline Sizes of Machine	1100 x 1305 x 1850mm
Working Voltage	3 Phases 380V/50Hz
Remark: The above precision parameters are measured by Renishaw Dual Frequency Laser Interferometer and Ballbar.

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◇ CNC Engraving Machine Model HMS is the most solid and well-knit one among our machines. That is why its output power of spindle motor is 2.2KW. With reasonable process methods, it could adopt cutting tools with diameter 6 for some rough machining.
◇ And it is because that CNC Engraving Machine Model HMS has axle with diameter 120mm at maximum speed 18000rpm only that limit its small cutting tools' precision cutting capacity.
◇ The most suitable machining fields of CNC Engraving Machine Model HMS are refining large steel moulds, machining aluminum alloy moulds and roughly/subtly machining nonmetal materials.
◇ CNC Engraving Machine Model HMS has 3 specifications as HMS280, HMS350, HMS480 whose main difference is the different feed heights.
--The feed height of CNC Engraving Machine Model HMS280 is 280mm which is suitable for machining high precision products.
--The feed height of CNC Engraving Machine Model HMS350 is 350mm which has standard configure.
--The feed height of CNC Engraving Machine Model HMS480 is 480mm which is suitable for machining nonmetal materials such as ABS shoe moulds and industrial models.

Technical Data of CNC Engraving Machines Model HMS

Performance Index	Standard Data
Control Distinguish Rate of XYZ Axises	0.00078125mm
Movement Positioning Accuracy of XYZ Axises	±0.01/300mm
Repeatability Positioning Accuracy of XYZ Axises	±0.005mm
Movement Sensitivity of XYZ Axises	≤0.005mm
Plane Degree of Worktable	≤0.06mm
Vertical of XY Axises	0.025/300mm
Working Stroke of XYZ Axises	600 x 500 x 200mm
Sizes of Worktable	700 x 650mm
Space Height of Z Direction	280/350/480mm
Maximum Working Load	200Kg
Deformation of Worktable Under Pressure	〈0.02mm(200Kg)
Total Weight	1800Kg
Maximum Power Consumption at Working	4KW
Output Power of Spindle Motor	2.2KW
Spindle Speed	6000-18000rpm
Maximum Movement Speed	6000mm/min
Maximum Carving Feed Speed	3000mm/min
Driving System	AC Servo System
Outline Sizes of Machine	1500 x 1640 x 2000mm
Working Voltage	3 Phases 380V/50Hz
Remark: The above precision parameters are measured by Renishaw Dual Frequency Laser Interferometer and Ballbar.

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◇ CNC Engraving Machine Model WMS has a movable horizontal transom and fixed worktable. Such structure could bear a heavy burden and be suitable for large area and heavy products.
◇ Because the machining movement of CNC Engraving Machine Model WMS is multi axles superposing, the movement of axle Y has influence on axle X and axle Z. So CNC Engraving Machine Model WMS is difficult to manufacture high precision ±0.06mm prodcuts.
◇ CNC Engraving Machine Model WMS is more suitable for machining ply type moulds such as sole patterns' moulds and CNC Engraving Machine Model WMS could produce several sets of moulds at one time which could reduce moulds' cost much.
◇ CNC Engraving Machine Model WMS has 2 model, one is WMS200 and another is WMS380, the major difference is different feed heights.
--The feed height of CNC Engraving Machine Model WMS200 is 200mm, it is a standard configure.
--The feed height of CNC Engraving Machine Model WMS380 is 380mm, which is suitable for machining thicker ply products.

Technical Data of CNC Engraving Machines Model WMS

Performance Index	Standard Data
Control Distinguish Rate of XYZ Axises	0.00078125mm
Movement Positioning Accuracy of XYZ Axises	±0.01/300mm
Repeatability Positioning Accuracy of XYZ Axises	±0.008mm
Movement Sensitivity of XYZ Axises	≤0.01mm
Plane Degree of Worktable	≤0.25mm
Vertical of XY Axises	0.03/300mm
Working Stroke of XYZ Axises	800 x 800 x 120/200mm
Sizes of Worktable	820 x 1080mm
Space Height of Z Direction	200/380mm
Maximum Working Load	200Kg
Deformation of Worktable Under Pressure	〈0.05mm(200Kg)
Total Weight	800Kg
Maximum Power Consumption at Working	3KW
Output Power of Spindle Motor	1.2KW
Spindle Speed	6000-20000rpm
Maximum Movement Speed	6000mm/min
Maximum Carving Feed Speed	3000mm/min
Driving System	AC Servo System
Outline Sizes of Machine	1362 x 1350 x 1800mm
Working Voltage	3 Phases 380V/50Hz
Remark: The above precision parameters are measured by Renishaw Dual Frequency Laser Interferometer and Ballbar.

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◇ CNC Engraving Machine Model LMS is mainly used in machining nonmetal industrial materials. The structure characteristics is that its worktable, machine head and others moveable parts are made from cast aluminium which is light in weight and is suitable for high feed speed machining. The base of machine is cast iron parts which has stable structure and good shock asorption capacity.
◇ There are 3 models of CNC Engraving Machine Model LMS series which have different configures.
--CNC Engraving Machine Model LMS200 is with 200mm feed height, it is a standard confirgure, it is adopted for industrial models' machining.
--CNC Engraving Machine Model LMSXP is with 120mm feed height, there is a bottom notch with vacuum cupule, it is professionally used for machining organic thin boards such as windows of mobile telephone, panels of DVDs.
--CNC Engraving Machine Model LMSDZ is with 200mm feed height, it is configured with dual machine heads, it is used for batch production. Its machining methods include single working procedure dual workpieces or single workpiece dual working procedures. Its axle Z could be solely controled and moving independently.

Technical Data of CNC Engraving Machines Model LMS

Performance Index	Standard Data
Control Distinguish Rate of XYZ Axises	0.0015625mm
Movement Positioning Accuracy of XYZ Axises	±0.01/300mm
Repeatability Positioning Accuracy of XYZ Axises	±0.006mm
Movement Sensitivity of XYZ Axises	≤0.005mm
Plane Degree of Worktable	≤0.15mm
Vertical of XY Axises	0.025/300mm
Working Stroke of XYZ Axises	600 x 600 x 80/110mm
Working Stroke of XYZ Axises (Model LMSDZ)	450 x 600 x 11 0mm
Center Distance of 2 Main Axises (Model LMSDZ)	150mm
Sizes of Worktable	640 x 640mm
Space Height of Z Direction	120/200mm
Maximum Working Load	30Kg
Deformation of Worktable Under Pressure	〈0.02mm(30Kg)
Total Weight	560Kg
Maximum Power Consumption at Working	2KW
Output Power of Spindle Motor	370KW
Spindle Speed	10000-24000rpm
Maximum Movement Speed	6000mm/min
Maximum Carving Feed Speed	3600mm/min
Driving System	AC Servo System
Outline Sizes of Machine	1005 x 1080 x 1460mm
Card Installation Method	Vacuum Cupule (Model LMSXP)
Working Voltage	3 Phases 380V/50Hz
Remark: The above precision parameters are measured by Renishaw Dual Frequency Laser Interferometer and Ballbar.

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◇ CNC Engraving Machine Model FS is suitable for some production procedures of hair jewelleries such as drilling, lineation and edges cutting, it is batch production machine.
◇ The 3 axles driving system of CNC Engraving Machine Model FS adopts AC servo system. It has high average machining speed. Its single head's drilling speed could reach 8 holes per second. CNC Engraving Machine Model FS could drill according to scheduled depth, make lineation according to scheduled depth. The drilled holes have same roundness and depth. The edges of inlaid holes have no burrs and have good linearity. The inlaided jewelleries have good appearance. The edges of finished hair jewlleries have very smooth edges after cutting by professional cutting tools. Thus the last procedures require little processing and customers could reach high machining efficiency.

Technical Data of CNC Engraving Machines Model FS

Performance Index	Standard Data
Control Distinguish Rate of XYZ Axises	0.0015625mm
Movement Positioning Accuracy of XYZ Axises	±0.01/300mm
Repeatability Positioning Accuracy of XYZ Axises	±0.006mm
Movement Sensitivity of XYZ Axises	≤0.005mm
Plane Degree of Worktable	≤0.15mm
Vertical of XY Axises	0.025/300mm
Working Stroke of XYZ Axises	450 x 600 x 80mm
Sizes of Worktable	640 x 640mm
Space Height of Z Direction	120mm
Maximum Working Load	30Kg
Deformation of Worktable Under Pressure	〈0.02mm(30Kg)
Total Weight	580Kg
Maximum Power Consumption at Working	2.3KW
Output Power of Spindle Motor	180W x2
Spindle Speed	10000-40000rpm
Maximum Movement Speed and Machining Speed	6000mm/min
Driving System	AC Servo System
Outline Sizes of Machine	1005 x 1080 x 1380mm
Card Installation Method	Vacuum Cupule
Working Voltage	3 Phases 380V/50Hz
Remark: The above precision parameters are measured by Renishaw Dual Frequency Laser Interferometer and Ballbar.

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◇ CNC Engraving Machine Model GMS series are mainly used in machining bronzing rollers, empaistic rollers, knife mould rollers and column products.
◇ Because rollers usually require high precision, need long machining time and require high precision retentivity and stability, so CNC Engraving Machine Model GMS adopts Japan Nikken numerical control swivel table as rotation axis.
◇ CNC Engraving Machine Model GMS series have 3 models, GMS60, GMS80, GMS120. The major difference is that they could process different sizes of workpieces.

Technical Data of CNC Engraving Machines Model FS

Performance Index	GMS60	GMS80	GMS120
Control Distinguish Rate of XYZ Axises	0.00078125mm
Movement Positioning Accuracy of XYZ Axises	±0.01/300mm
Repeatability Positioning Accuracy of XYZ Axises	±0.01mm
Movement Sensitivity of XYZ Axises	≤0.01mm
Models of Nikken Rotation Axis	CNC180MA	CNC250MA	CNC260TMA
Cent Error of Rotation Axis	±20"
Repeatability Accuracy of Rotation Axis	4"
Working Stroke of XZ Axises	600 x 110mm	800 x 120mm	1300 x 120mm
Maximum Workpiece Length of Installed Card	600mm	1100mm	1600mm
Maximum Workpiece Diameter of Installed Card	270mm	340mm	340mm
Maximum Workpiece Weight of Installed Card	80Kg	125Kg	150Kg
Total Weight	600Kg	3100Kg	4050Kg
Maximum Power Consumption at Working	2KW	3.5KW	4.8KW
Output Power of Spindle Motor	370W	1.2KW
Spindle Speed	10000-24000rpm	6000-20000rpm
Maximum Movement Speed Maximum Carving Speed	3000mm/min
Driving System	AC Servo System
Outline Sizes of Machine	1226x566x1546mm	2200x1260x1860mm	2750x1456x2030mm
Working Voltage	220V/50Hz	3 Phases 380V/50Hz
Remark: The above precision parameters are measured by Renishaw Dual Frequency Laser Interferometer and Ballbar.

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◇ High Speed Precision Main Axes Electrical Machinery is one of the major factors that guarantee engraving precision, high efficiency.
◇ High Speed Precision Main Axes Electrical Machinery is the power source of small cutting tools' machining. In order to insure small cutting tools could work under better status, High Speed Precision Main Axes Electrical Machinery should meet with these basis requirements as high rotary precision, quick rotary speed, low rotary vibratility, low rotary noise.
◇ High Speed Precision Main Axes Electrical Machinery for CNC Engraving Machines are 3 phases AC asynchronism electrical machinery with following major performance datas:

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High Precision, Good Wearable, Professional Carving Cutting Tools For CNC Engraving Machines

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Locale Repairing Path Designed By Software For CNC Engraving Machines

◇ Locale repairing capacity with convenience and practicality.
CNC Engraving Machines mainly adopt small cutting tools for machining. Cutting tools' broken problem could hardly be solved. And due to influences from materials, process, cutting tools, workpiece clamping status, it is difficult to absolutely avoid contingency happening. It is informidable to meet trouble but how could we execute efficient trouble shooting. If our remedial methods are not correct, our machining efficiency would be badly influenced.

◇ The characteristics of CNC Engraving Machines' locale repairing functions:
--The selective machining functions of CNC Engraving Machines' operation platform could select machining areas according to areas, cutting tools, pathes, etc. The operators could conveniently repair machining misplays.
--The path editting function of CNC Engraving Machines' operation platform could edit current machining path' process. Thus the operators could conveniently edit and execute CNC Engraving Machines' process.

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Operators Correctly Understanding Software For CNC Engraving Machines

◇ It is a brainwork to define reasonable process parameters in the CAM software of CNC Engraving Machines after the operators' correctly understanding software's functions. A precision finished product could only come out from correctly making use of software according to canonical process.

◇ The basic criterion of operating CNC Engraving Machines:
--To define process parameters only according to CNC Engraving Machines' process criterions. Don't start machining according to his envision before his correctly understanding machining's principles.
--The sizes of cutting tools should be exact. A working style of measuring cutting tools' sizes should be hold. To correctly using cutting tools is a basic qualification to guarantee high qualified output of finished products.
--To maintainance CNC Engraving Machines heart and soul.

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Software Updating For CNC Engraving Machines

◇ The usage of CNC Engraving Machines is basing on accurate description of sizes, accurate theoretically calculation and mature process method. However, most of customers of CNC Engraving Machines don't have above mentioned conditions, so please keep in close touch with our engineers when you meet any technical trouble.

◇ The special services available now are listed as follows:
--Junior, secondary, senior technical training for operators.
--Trouble shooting by phone, visiting.
--Professional support on special process requirements.
--Improving functions of software constantly to enhance the machining capacity of CNC Engraving Machines and expand the developping fields of customers' applications.

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CNC Engraving Machines Machining Methods Selection

◇ The products now could be made from CNC Engraving Machines include letters, designs through batch production and industrial products. In order to acclimatize itself to different machining process, CNC Engraving Machines should have local management functions for machining process which have been integrated into En3d control program software of CNC Engraving Machines.

◇ Unique selective machining function. We only choose accidentally damaged area for remachining, reengraving. Thus we could avoid invalid, repetitious repairing work and realize high efficient work.

◇ The functions and characteristics of CNC Engraving Machines' selective machining.
--Unique capacity of choosing machining area according to figures, sequence numbers, cutting tools, surfaces for efficiently implementing continous machining upon unconventionality circumstances of partial finishing machining.
--Large machining area pathes could be separated into small areas for repairing. Thus cutting tools would not re-cut on those areas which have been machininged. That is, "Empty Cutting" phenomenon could be avoided and higher machining efficiency could be gained.
--Graphical interfaces for easy operation and convenient usage.

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CNC Engraving Machines Locale Edges Pathes Refining and Repairing

Practical cutting tools' pathes editting and repairing functions.

◇ During industrial machining production, due to influence of abrasion of cutting tools, rigidity aberrancy of longish cutting tools, distortion of materials, improper clamping and unreasonable process, etc., some machining errors might be arised. In order to improve machining efficiency, such CNC Engraving machines should/could allow locale operators to repair and refine edges pathes immediately.

◇ The characteristics of En3d cutting tootls' pathes editting and repairing.
--For appointed area's edge pathes, En3d software could apply directly cutting tool's compensation and create new repair and refine machining pathes.
--For appointed cutting tool's pathes, En3d software could copy and move these pathes and create conveniently such cutting and repairing pathes for adequately utilize raw materials.

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CNC Engraving Machines Locale Adjusting Process Parameters

Convenient operation management method.

◇ It is necessary of trial cutting in the machining of industrial products. During such trial cutting course, CNC engraving machines should be able to adjust parameters such as feeding speed, principal axis circumvolving speed and machining depth, etc.

◇ The operation management function of En3d software.
--En3d software could adjust parameters in time on control interface, such as feeding speed, principal axis circumvolving speed and machining depth, etc. Thus En3d could realize optimization of process parameters.
--En3d software could conveniently define operation paramters of feeding speed, principal axis circumvolving speed of machining's program sections to realize process's standardization.

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CNC Engraving Machines Circularly Carving & Array Carving

For batch production, the machining method has obvious influence on machining efficiency.

◇ En3d software's characteristics of batch products' machining methods.
--Circularly carving method is suitable for one type of products, single station batch machining by uniform definition operation actions to reduce operation steps and realize flow type production.
--Array carving method is suitable for one batch products, or whole partial areas of batch products to reduce workload of machining programme and improve efficiency by reducing communication data bytes.

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Professional NC Program Transforming in En3d Software of CNC Engraving Machines

◇ CNC Engraving Machines are some professional small cutting tools machining device, its small cutting refining machining process is rather characteristic, when operators adopt other softwares to design products, they should use JDPaint software to create machining process, if the machining process flowcharts only provide NC program, operators could transform NC programs in En3D software.

◇ The characteristics of NC program transforming in En3d software.
--Transform NC program's G code format into movement instruction that could be accepted by CNC engraving machines.
--Redefine cutting tools
--Redefine operation protection process when start to cut.

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CNC Engraving Machines: Convenient Locale Adjusting Path Directions ing machining should be adjusted correspondingly to insure better machining results.

◇ The moving direction of cutting tools during machining has great influence on machining effects. According to products' different materials, the moving direction of cutting tools dur

◇ The characteristics of En3d software's moving direction adjustment function.
--Adjust machining directions of whole section's machining program and make same program adapt to different machininged materials.
--Adjust current machining directions to realize partial accurately repairing.

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CNC Engraving Machines: En3d Batch Processing Management Sketch Map

◇ Succinct movement management of batch machining.

◇ It is said that the production of batch products should not lost even a second. The less movement of feeding and discharging materials, the more machining efficiency could be improved.

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CNC Engraving Machines: En3d Software for Simple Geometry Figures Surface Machining Mill

◇ Applied and simple geometry figure machining.

◇ CNC engraving machine should have machining program otherwise it would not work. However, there are some simple machining work such as milling rectangle area or round area. If we discharge rectangle materials or round materials and then start programming, it certainly will influence machining efficiency.

◇ En3d software could provide simple geometry figures' machining functions:
--Milling rectangle area and round area, figures could be defined according to sizes. Thus accurately milling machining on materials' surfaces could be conveniently carried through.
--Cutting rectangle area and round area, figures oculd be defined according to sizes, Thus discharging materials could be carried through conveniently.

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CNC Engraving Machines Precision Servo Driving Control
CNC Engraving Machines Steps Driving Control

◇ CNC engraving system adopts PCBase framework with independent PC computer as control platform. In June, 2002, our CNC engraving system is updated to Windows version. Thus CNC engraving machines could provide more convenient operation graphical interfaces and applied technics management function. And at the same time, it gives more spaces for CNC engraving machines' application fields.

◇ The control system and management function of CNC engraving system is realized by En3d software.

◇ Refined drive technology. The electric machinery drive technology is the basis of CNC engraving machines' movement. Refined drive technology provides basic guarantee for accurately carving.

◇ The performance of accurately drive technology of CNC engraving machines' numerical control system.
--The AC servo drive system of CNC engraving machine makes machine body moving reposefully at high control precision 0.00078125mm/pulse. The movement speed and acceleration could reach higher level. Thus movement average speed could be improved greatly.
--The step drive system of CNC engraving machine adopts advanced microstep fractionize technology. So machine works reposefully at high control precision 0.001mm/step.

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CNC Engraving Machines: Quick Accelerating Quick Turn Back Movement Mode Control

◇ CNC Engraving is a small cutting tools, small area carving. The machining efficiency is mainly dependent on cutting tools' average movement speed during machining movement.

◇ The characteristics of CNC engraving numerical control system's quick accelerating quick turn back movement method.
--Large accelerating at start, high average speed of machining movement to guarantee CNC engraving machines have higher machining efficiency in small areas' machining movement.
--Stable turn back movement to guarantee little dithering of CNC engraving machines and insure good smoothness and brightness of finished products.

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CNC Engraving Machines: Little Sections Ray Aligning Technology

◇ High efficiency little sections light arranging technology.

◇ Relievo surface has complicated shapes, there are mainly little broken lines after creating machining pathes. Thus it will influence machining efficiency and increase dithering of machine body's movement. In order to improve surface's machining efficiency, our engineers have integrated little sections light arranging technology into CNC engraving machines which are equiped with servo system.

◇ The applied effect of CNC engraving numerical control system with little sections light arranging technology.
--Greatly improve surface machining speed. By running CNC engraving machines with AC servo drive system, the machining time on standard surface is not more 20% longer than the machining time on same sizes of plate surface.
--Improve stability of machine body's movement, reduce dithering of machine body on machining surface and greatly improve surface smoothness of finished products.

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CNC Engraving Machines: Precision Defining PinPoint Movement Paces

◇ Unique pace-fixing movement. Many operations of CNC engraving machines need very accurate fixed pace movement, especially on matching cutting tools and finding anchor point of products.

◇ The applied characteristics of CNC engraving numerical control system's pace-fixing movement.
--It is a very precision work for cutting tools of CNC engraving machine. Moreover it is a interacting operation, incorrect matching of cutting tools would not only reduce machining precision but also damage cutting tools and make machining progress a "painful" experience. CNC engraving control system could quickly define movement pace with minimum 0.005mm/pace. Thus we could conveniently and accurately match cutting tools.
--In order to improve machining efficiency, CNC engraving machines are often formed a complete set with other equipments. It is important to find correctly product's anchor point for such complete set. The pace-fixing movement of CNC engraving control system provide powerful support for accurately finding such anchor point.

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Toy Vehicle Copper Electrode Mould From CNC Engraving Machines

◇ Machining requirements: The surface of electrode should be holistic smooth. The joining positions should be refined to remove burrs.
◇ Machining difficulties: To meet with requirements first, operators should match reasonable machining parameters of rough machining, semi-precision machining, precision machining, burrs refining.
◇ Machining materials: Copper
◇ Machine model: Carver 280
◇ Keypoint of technics: Holistic electrode's machining
◇ Cutting tools needed:
--For layered areas' rough machining, D6 flat-bottomed cutting tool, machining time 2 hours 10 minutes.
--For figure's contour lines semi-precision machining, D4 ballhead cutting tool, machining time 1 hour 5 minutes.
--For parallel serifs precision machining, D4 ballhead cutting tool, machining time 2 hours 25 minutes.
--For first burrs refining, D2 ballhead cutting tool, machining time 30 minutes.
--For second burrs refining, D1 ballhead cutting tool, machining time 35 minutes.
So total machining time needed is 6 hours 45 minutes.

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Precision Die Cr12 Mould For Fastener Type Celler Made From CNC Engraving Machines

◇ Products' characteristics: Projecting letters carving, minimum letter 0.5mm, carving depth 0.3mm-0.5mm
◇ Machining requirements: Minimum 0.5mm letter should be legible under 100 magnifier, no burrs on edges.
◇ Machining difficulties: Long time corner-cleaning machining on Cr12 materials with 82°-0.05 small cutting tool.
◇ Machining cutting tools: Prick cutting tool 82°-0.2, 82°-0.05.
◇ Machining materials: Cr12
◇ Machine model: PMSG
◇ Keypoint of technics: Layered corner-cleaning
◇ Machining time: Large punch 1 hour, middle-size punch 1 hour 10 minutes, small punch 1 hour 30 minutes, it takes prick cutting tool 82°-0.05 1 hour to machining small punch.

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Bass-Relief Tablet Lettering Bronzing 59 Copper Mould Made From CNC Engraving Machines

◇ Products' characteristics: Bass-Relief tablet letters
◇ Machining requirements:
--There should be depth gradual change of relievo shapes in 0.17mm carving depth, there should be not platforms and depth saltations in bottom.
--The cutting veins of machining face should be even, non veins saltations are allowed. Thus to insure polish technics could reach mirror effect.
◇ Machining difficulties: to guarantee even relievo effect in 0.17mm carving depth.
◇ Machinning materials: 59 copper
◇ Machine model: Carver 280
◇ Keypoint of technics: artistic surface machining
◇ Cutting tools needed: D1mm ballhead cutting tool
◇ Machining time: 30 minutes for surface machining.

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Epaulet Hot Press High Frequency 59 Copper Mould Made From CNC Engraving Machines

◇ Products' characteristics: Deep groove thin thickness, precision figures.
◇ Machining requirements:
--Same top width at groove area. Guaranteed in 0.2mm.
--Highly polished surface reaches 0.8um, no need to polish again before usage.
--The deepest depth could reach 3mm to guarantee full and stereo effects of pressed finished products.
--Even layers intergradation, smooth pressed finished products.
◇ Machining difficulties:
--To guarantee same top width, just adopt one cutting tool when machining.
--To guarantee same depth, just adopt less 20°cutting tool when machining.
◇ Machinning materials: 59 Copper
◇ Machine model: PMSG
◇ Keypoint of technics: Three-dimensional corner cleaning.
◇ Cutting tools needed: D3 screw thread cutting tool, 20°-0.4 wimble cutting tool, 20°-0.2 wimble cutting tool.
◇ Machining time: Total 10 hours, thereinto more than 4 hours for three-dimensional corner cleaning with 20°-0.2 wimble cutting tool.

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Soap Electrode Copper Mould Made From CNC Engraving Machines

◇ Products' characteristics: Relievo surface, letters and standard surface are tied in.
◇ Materials sizes: 100x75x25mm
◇ Machining requirements:
--Legible relievo design.
--The roughness of electrode surface should reach 0.8um, cutting veins are even under 40 magnifier without saltation.
◇ Machining difficulties:
--Biggish carving machining curvature, complicated shapes copper electrode should be reach milling and cutting effects.
--Biggish materials cut off works, long machining time.
--The abrasion of cutting tool should be slown down, otherwise machining efficiency is very low.
◇ Keypoint of technics: Layered grooves, little feeding, quick cutting tool's moving.
◇ Machinning materials: Copper
◇ Machine model: Carver 280
◇ Cutting tools needed: D3 helix milling cutter, 30°-0.5 wimble cutting tool, 30°-0.2 wimble cutting tool.
◇ Machining time: Total 12 hours 4 minutes, thereinto 8 hours for 30°-0.2 wimble cutting tool's machining.

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Toy Protruding 59 Copper Mould Made From CNC Engraving Machines

◇ Products' characteristics: Lifelike relievo design, colors insulated lines are same depth same width.
◇ Machining requirements:
--The roughness of mould surface reaches 0.8um and need not be polished again.
--Colors insulated lines with width 0.2-0.25mm and maximum depth 0.6mm
--Repetitious machining on same product to guarantee high machining efficiency.
◇ Machining difficulties:
--Mould precision machining should at the same time guarantee the definition of relievo, surface roughness and machining efficiency.
--The machining of colors insulated lines requires to adopt around 10°-0.2 wimble cutting tool. Otherwise the tip of poor intensity cutting tool is easily damaged.
◇ Machinning materials: 59 Copper
◇ Machine model: PMSG
◇ Keypoint of technics: Layered carving, little sections light arranging technology.
◇ Cutting tools needed: 20°-2.0 wimble cutting tool, D1.0 ball cutting tool, 10°-0.2 wimble cutting tool.
◇ Machining time: 2 hours 21 minutes 40 seconds.

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Hot Cutting Cr12 Mould Made From CNC Engraving Machines

◇ Products' characteristics: Sharp-edged cutting blade, legible veins.
◇ Machining requirements:
--Hot cutting blade should be sharp-edged, the thickness of blade is 0.1mm, the height of blade is 1mm.
--Make out legible surface shapes for leather made up and pressed veins lines.
◇ Machining difficulties: Cr12 materials are rather rigid, in order to guarantee better blade effect and veins effect, small cutting tool could not be weared and teared too fast, moreover during long term machining, operators should guarantee in technics that after cutting tool's abrasion there should be no further ruleless leftover arised, after cutting tool's replacing, there should be better machining effect and machining efficiency.
◇ Machinning materials: Cr12.
◇ Machine model: Carver 280.
◇ Keypoint of technics: Groove notching type equal cutting.
◇ Cutting tools needed: 60°-0.4 wimble cutting tool, D1 ballhead cutting tool.
◇ Machining time: 30 hours.

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Toy vehicle five sides electrode copper mould which is made from CNC engraving machines.

 

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Telephone electrode copper mould which is made from CNC engraving machines.

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Handset keyboard multi poles electrode copper mould which is made from CNC engraving machines.

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Crock cover electrode copper mould which is made from CNC engraving machines.

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Cartoon die mould which is made from CNC engraving machines.

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Precision die mould which is made from CNC engraving machines.

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Poker surface plasic dripping mould which is made from CNC engraving machines.

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Pygmy surface plastic dripping mould which is made from CNC engraving machines.

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L3mm W3mm Depth2mm Bronzing letters which are made from CNC engraving machines.

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Dual dragons bronzing mould which is made from CNE engraving machines.

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Bronzing mould which is made from CNC engraving machines.

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Protruding mould which is made from CNC engraving machines.

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Shoe sole mould sample which is made from CNC engraving machines.

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Aluminium shoe sole mould sample which is made from CNC engraving machines.

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Shoe high frequency plastic dripping blade composite mould which is made from CNC engraving machines.

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Shoe hot cutting mould which is made from CNC engraving machines 01.

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Shoe hot cutting mould which is made from CNC engraving machines and its pressed sample.

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Trekking shoe mould which is made from CNC engraving machines and its sample.

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Trekking shoe high frequency mould which is made from CNC engraving machines and its sample.

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Fish scalelike shoe high frequency mould which is made from CNC engraving machines and its sample.

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Phone mike steel mould which is made from CNC engraving machines.

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Vehicle lamp steel mould which is made from CNC engraving machines.

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Veins roller mould which is made from CNC engraving machines.

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Cubic crystal roller mould which is made from CNC engraving machines.

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Bronzing roller mould which is made from CNC engraving machines.

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Watchcase electrode which is made from CNC engraving machines.

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Tessellate copper watchcase which is made from CNC engraving machines.

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Dial die which is made from CNC engraving machines and its sample.

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Glasses frame mould which is made from CNC engraving machines.

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Glasses leg die mould which is made from CNC engraving machines.

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Glasses metal legs mould which is made from CNC engraving machines.

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Plastic rubber glasses legs mould which is made from CNC engraving machines.

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Glasses middle girder die mould which is made from CNC engraving machines.

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Industry prototypes smelt stannum utensil SMT mould which is made from CNC engraving machines.

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Industry prototypes testing frame mould which is made from CNC engraving machines.

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Industry prototypes organic materials pannel which is made from CNC engraving machines.

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Industry prototypes anti static inspect sheath mould which is made from CNC engraving machines.

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Industry prototypes electric iron mould which is made from CNC engraving machines.

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Industry prototypes aluminium hand panel mould which is made from CNC engraving machines.

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Finger ring which is made from CNC engraving machines.

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Jewelry roughcast which is made from CNC engraving machines.

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High frequency mould which is made from CNC engraving machines.

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Artware which is made from CNC engraving machines.

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Photoes frame empaistic flowers which is made from CNC engraving machines.

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Press aluminography pannel which is made from CNC engraving machines.

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