CNC Engraving Machine is specially designed for engraving on glass, and its spindle and housing are constructed in accordance with the engraving function! Glassman Company completed the design and proper processing of the material due to the frequent use of the axis C. In order to implement this function, the company Glassman ensure maximum accuracy tool feed! Due to the interaction between the PC and the system processes the cones and lines are characterized by high precision and accuracy. Flexibility management system meets the requirements of different products, and the entire process is done automatically. The perfect combination of CNC and PC provides automatic production management. This machine is suitable for serial production.
 
GM-BKH-II The machine is designed for the professional processing of decorative, furniture, art and other types of glass.
Design
GM-BKH-II machine has an open top, which greatly simplifies the loading and unloading of the glass. The portal is made of structural steel. The X-axis is set in the portal. The axes X, Y and Z are linear and are driven via a lead screw and slide guide. C represents a rotating axis shaft.
 
Y and Y1 axis are synchronous axes equipped with servo motors, lead screw and slide guide.
Advantages of the design:
Maximum rigidity.
At high accelerations max. rate may reach 27 m / min.
Most of the processing speed and high quality.
Due to the low rate of abrasion machine ensures high quality processing for many years.
Desktop
 
Desk made of stainless steel, and its surface is covered with rubber imported. Shape your desktop, which has been specially developed by an experienced engineer is retained even when used for a long time.
 
Spindle
 
Electrospindle engraving machine CNC is the main part of the system and has the following features.
 
water supply lines, air and electricity for the spindle motor have been specially prepared experienced engineer company Glassman. Proper placement of the equipment to ensure efficient use of the spindle system. Max. continuous output torque is 25 Nm and power output - 3.8 kW.

GM-BZX-VI in 2030  can automatically perform complex drilling, milling and fitsentrovku flat glass of large size. When the glass is located on the feeder, the machine begins to execute a program prepared by drilling, milling, etc. fitsentrovki
 
The flexibility of the control system complies with the requirements for the production of different products. All work is done automatically. This machine is suitable for processing of construction glass (frameless doors, hinged glass panels, and so on. D.). This function includes:
1. Drill two opposed spindles;
2. Milling cutter shaped one;
3. Fitsentrovku. 
GM-BZX-VI 2030 - is a vertical drilling and milling machine; all its major parts are protected with special devices. Design is convenient for loading and unloading the machine and takes up little space. It also allows you to eliminate the obstacles and simplify the processing of the glass cloth, and also has the advantage as a water-cooling system.
The main parts - a welded metal; drive construction axes Y and X is installed on a dual bridge
Y linear axes, X, V, Z and W are driven by ball screw and high precision linear slide along sliding guides. The X axis is moving the glass back and forth, Y and V control movement up and down the two spindles, Z and W control the spindle moves to seize or release the tool.
 
The advantage of the design:
 
High acceleration thanks to a solid design;
High-quality production thanks to a pair of ball screw high-precision production of Taiwan TBI;
Low abrasion; the machine has a long service life;
Moving parts are lubricated by a central control system (Brand: Zhejiang Liubian);
Around the main part of the machine there is a shed for the guide. By default, it is made of stencil coating made of plastic or cold straightening of polycarbonate panels with an aluminum frame. For easy observation of the work are provided in two doors at the front and rear overhang of the guides.
 
Electric spindle
As the main part of the machine electric spindle designed glass processing center Glassman has the following characteristics:
the spindle motor has a maximum continuous output torque and power output of 7.5 kW; moment can reach even 25 Nm at a speed of 12000 rev / min! High output torque increases processing speed and allows the use of larger diameter wheel!
The highest rotation speed - 12 000 rev / min.
Application of an electric spindle with a high-precision structure is widespread. Reduced volume and weight of the engine design reduces the inertia of the motor after the rotation at high speed and increase the speed of the machining center. Spindle movement occurs smoothly.
The internal water cooling tools is through the spindle center.
 
 
The cooling function is largely improved by the determination of water in the spindle. Water for the internal cooling must be clean, and with internal cooling tools necessary for milling and drilling.

Application area
Businesses and shops on the glass. The initial cutting phase is very important in any process, either because it starts with the shaping process. You must meet all the specified parameters and spending a minimum amount of time to pass the work on. By optimizing the cutting and quick cut glass, companies can get more than 30-40% increase in productivity workflow.
Productivity of the equipment :
Frame equipment ensures accuracy and retains its shape.
Flap cutting tool: cutting head can be rotated 360 degrees.
Working surface of the table: import water-resistant high density fiberboard.
Felt: Import felt, smooth and antistatic.
Coolant: automatic pneumatic lubrication, cutting synchronization processes and lubrication.
system: a conveyor belt with automatic synchronization.
circular blade holder: disc knife rotation of 360 grams, cutting any form..
Oil supply: Automatic oil injection.
Moving: airbag (smooth movement).
Positioning: The pneumatic and photoelectric reader.
Operator: One person.
Software :
Imported Italian software for optimization and cutting.
Software optimization for the ERP system.
Limiting cutting position.
Automatic calculation of performance.
A database containing more than two thousand forms of cutting. (Easy to use).
Suitable for the drawing program AUTO CAD.
Software for optimization can be used directly with the software for cutting.
automatic calibration function enables precision cutting.
choice of cutting directions feature provides optimum cutting speed.

Application area
Businesses and shops on the glass. The initial cutting phase is very important in any process, either because it starts with the shaping process. You must meet all the specified parameters and spending a minimum amount of time to pass the work on. By optimizing the cutting and quick cut glass, companies can get more than 30-40% increase in productivity workflow.
 
Performance equipment
Frame equipment ensures accuracy and retains its shape.
Flap cutting tool: cutting head can be rotated 360 degrees.
Working surface of the table: import water-resistant high density fiberboard
Felt: Import felt, smooth, antistatic
Coolant: automatic pneumatic lubrication, cutting synchronization processes and lubrication
system: a conveyor belt with automatic synchronization.
 
Software
Imported Italian software for optimization and cutting
Software optimization for the ERP system.
Limiting cutting position
Automatic calculation of performance
A database containing more than two thousand forms of cutting. (Easy to use)
Suitable for the drawing program AUTO CAD.
Software for optimization can be used directly with the software for cutting.
automatic calibration function enables precision cutting.
choice of cutting directions feature provides optimum cutting speed.

TKP6513 has various functions, such as boring, milling, drilling (drilling, reaming, countersinking), tapping (rigid tapping), chamfering, etc. Also, the machine has the function of the linear interpolation, arc interpolation and communication function 4 axes, due to excellent CNC system. The processing head can work with large holes, the rotation end, the rotation of the outer circle, the rotation of the thread, etc .. The rotary table can realize CNC machining holes on four surfaces and multiprocessing on a single surface. If the items have special processing requirements, additional options can be selected, such as internal cooling of tools, shop tools in the form of mechanical arms, etc.
The spindle of the machine is controlled by an electric AC motor 1PH7163-2ND03-0CA0 22kW / 30kW. The spindle speed is 2 steps. High-speed and low-pitch high speed. The spindle is made of material 38CrMoAlA.
 
Servomotor axes X and Z-axis passes the gearbox to slow down and then attached to a ball screw, which controls the mobile cart. Y-axis servo motor is directly attached to the ball screw, which controls the movement of the spindle head up and down. U-axis servomotor passes through the planetary gear unit and is connected to the ball screw, managing the front of the wrist. Spindle axis W is directly controlled by a servo motor to move back and forth. To prevent dropping grandmother due to a power failure, the Y-axis, the machine is fitted with a brake servo. Desk with a toothed belt, worm and worm wheel to slow, all this is controlled by a pair of small gears, which are connected with a large ring, and forward and reverse play is eliminated by the double worms.
 
Hardened steel, bolted, used plastic coated for directing the axes X, Y, Z, and on the lateral surface of guide rollers mounted for linear greater accuracy, stability and reduce friction. The rigidity of the guide is HRC60 ± 2.
 
The axes X, Y, Z, W and U are controlled by semi-closed encoder. Desk in the direction B is equipped with a rotary scale grating for measurement and can change the direction of drilling with high precision.
 
On the rails (X and Z-axis) plotted frame telescopic cover of stainless steel. The guide columns (Y-axis) is equipped with a protection type of accordion that gives the machine a beautiful appearance.
 
Main parts (frame, pillar, rails, etc.) are cast from a high quality cast with reasonable arrangement of ribs, high strength, good stability and good cushioning.
 
Two forms of machine lubrication: grease lubrication and automatic liquid maslom.Konsistentnaya lubrication: the spindle bearings and bearing axes X, Y, Z, W to support the ball vinta.Avtomaticheskaya lubricant liquid oil: guides and ball vint.Avtomaticheskaya oil lubrication involves automatic timing and rationing.
 
Cooling and sawdust removal system : The machine uses an external cooling, a strong flow of cooling water pump is enough to cool the spindle and parts. The cooling medium dependent on the requirements of the workpiece. Sawdust remaining cutting, collected sawdust conveyor chain type and removed to the desired location, or truck for sawdust.
 
Hydraulic system: The hydraulic system uses a separate pump station as the source of the pump changes the spindle speed. Spindle tools are clamped and unclenched, and desktop and clamped razzhimaetsya.Gidravlicheskaya pumping station (without tool magazine): the pressure of 10 MPa, flow: 20 l / min. Volume: 75 lGidravlicheskaya pump station (with a tool magazine): pressure: 10 MPa, flow of 45 l / min, the amount of:. L.Funktsii 200 hydraulic system: clamp and unclamp the spindle tools to change the spindle speed, clamping and unclamping of the desktop.

TK6919 frame has a high rigidity at a high stability.
The TK6919 is used for the design of software SOLIDWORKS.Stanok has various processing functions, such as boring, milling, drilling (drill, reamer, reaming), rigid tapping, chamfering. Turntable with hydrostatic guide has excellent load-carrying capacity and good positioning accuracy. Using the boring head can be realized drilling large holes, rotation of the outer ring, thread turning, etc.

JomaX 265 can work as with high-spindles (75 kW) and excellent dynamic performance issue with the following characteristics:

• the ability to remove a large amount of material; 
• the maximum structural rigidity; 
• volumetric accuracy; 
• high acceleration and speed dynamics; 
• a high degree of variability and compact design; 
• a high level of specialized automation.

Features JOMAX 261:
• High dynamics in speed and acceleration; 
• structural rigidity; 
• the ability to remove a large amount of material; 
• precision; 
• Highly configurable; 
• automation; 
• compactness. 

Especially interesting solution - execution with double table enables you to do either pendulum cutting with the change of the workpiece during idling or synchronized operation for processing components of considerable size and weighing up to 50 tons.

Reduced hourly costs; 
- reduced maintenance costs  
- simplified maintenance; 
- flexibility in use; 
- the structure of the bridge with multi-triangle section "frame-MT" provides a high degree of stiffness and dynamics; 
- acceleration and speed through new solutions of mechanics and kinematics ; 
- the ability to integrate turning options; 
- ergonomics and easy access to the work area; 
- the safety of the environment.

-Ability To machining parts up to 30 meters in length by parallel coordinated work of two portals: one portal performs processing on the interval 14500 mm; the remaining central part of the length of 1000 mm is processed by one of the two portals;
-Ability To machining parts up to 15 meters in length by dividing the work areas for each portal;
-The System to prevent collisions portals;
-kinematics Motion obtained thanks to an innovative technology company Jobs:
         - Two twin drive the X axis;
        - A dual drive for Y and Z axes;
        - Guides with several roller bearings;
 
-Easy Containers for the collection of chips and other waste after processing

General machine configuration - rack, a fixed bridge and control panel. A SIEMENS 840DSL management system can be achieved by five axial traction;
 
Dimensions up to 520X520 , two linear guides, positioning capability, reliability, stability, guarantee delivery of rapid response;
 
Rotation in either direction and any form of surface treatment;
 
Bearings for precision machining;
 
Linear guide rollers with coordinates X, Y, Z of the Swiss company, SCHNEEBERGER, have a smooth motion, high precision, stable, long service life;
 
Engine feed coordinates X, Y with a double rack and drive, precision ball screw with coordinate Z;
 
There are two cooling devices, high-speed control of the main axis, for cooling the workpiece;
 
The machine uses centralized grease lubrication , to prevent contamination;
 
The high reliability of the main electrical parts, hydraulic parts shipped to the original imported products;
 
Longer life compared to other models;
 
Service machines simple , guaranteed security and reliability, both sides are chips for automatic cleaning;
 
Preset buttons rotatably mounted on the operating panel simple to operate;
 
The machine is protected against splashes of coolant.  

EGC2040 Planing and drilling center is used in industries such as aviation, shipbuilding, power engineering, military industry.
The machine has various functions such as drilling, milling, drilling, deployment, rigid tapping, linear interpolation, arc interpolation, etc. 
It is used for treatment of various precision parts such as instrument panels, disk-shaped parts, frames, templates, etc. The machine has the characteristics of high precision, high speed, good flexibility, protection of the environment.

1.Stanina: rotary machine table is a square cast structure, absorbing vibration; circularly arranged ribs provide rigidity optimized design high frame power, good stiffness and good impact resistance. The bed is equipped with a chip conveyor chain type. There is a support and guide bearing.
2. Table: is the round table ring shape. Clamping is performed manually 4-jaw chuck. The surface of the table has a T-shaped groove for mounting and securing the workpiece.
3. The main drive: the main drive of the table is the main engine, two-speed gearbox, pulley, small gear and one element of rotation of the drive system. Power of main engine is 39kvt. 
4. Frame movable portal machine: this one-piece shank, which is a vibration device. Rack mounted on the frame, increasing the machine stability.
5. Top beam: a basic part of the casting box, which has good resistance to torsion and bending; in front of the bar is the X axis, driven by equipment consisting of servo motor, ball screw and guide the X axis, in addition to a secure seat sliding body.  
6. tailstock quill: consists of a seat, the push-parts and the actual quill. The saddle is a vibration device and moves along the horizontal axis X on the beam guide; Push-piece fixed to the seat by means of a bayonet lock and moves along the vertical axis Z; quill moves along the inside rail and the push-parts is a rectangle 200x200.
7. On each axis movement is carried out: in front of the beam of X-axis, providing movement of the servomotor and ball screw; Z-axis movement is provided by ball screws with pre-tension bolts and nuts, synchronous servo drives and gear.  
8. Guidance: X axis adopts linear guideways to enhance the stiffness, reduce friction, improve positioning accuracy and repeatability, long-term service of the machine and moves in a linear direction; Z-axis guides are a set of guides.
9. The tool magazine.  Automatic 6-position tool magazine
10. 2 types of lubricants: greases materials and automatic lubrication of light oil. 
Greases substances:. Bearing Ball Screw 
The guiding axes (X, Z) is required automatic lubrication thin oil. Lubrication system consists of lubrication pump for light oil and grease fittings. Grease nipple periodically sends the selected portion of oil to each element.
11. Lubricating device: the machine is equipped with a lubricating station well-known Chinese brands.
12. Pneumatic system: pneumatic machine system performs automatic switching on and off the door (the tool magazine), all pneumatic parts of famous Chinese brands.
13. The cooling system and chip removal system: the machine is equipped unit for the coolant connected to the chip conveyor. The liquid flows from the unit and automatically contacts the head through a tube tailstock, and then re-used to protect the machine and flows back into the unit through the chip conveyor. Filter system coolant during operation and the entire system. In the direction of the X-axis table has a hinge-belt conveyor for swarf removal, width and capacity of which is comparable with the machine configuration.
14. Protection of the machine: the machine has a semi-closed system of protection.
15 . The machine is equipped with the German system CNC SIEMENS SINUMERIK 828D, headstock, feed drive axes X, Z, the main servomotor. All these elements are imported, reliable and have improved characteristics.
16. The power supply
voltage in 3φ control system, AC 380 V, the allowable fluctuation of ± 10%, frequency of 50 Hz, the permissible fluctuation ± 1HZ 
pure form: the electric part is intended to accede to the execution of the network TN-CS, as well as TN-C ( 3-phase, 4-wire), TN-S (3-phase, 5-wire).
If the tolerance of ± 10% is exceeded, the voltage regulator must be installed, and the frequency (not included in the basic package, to be purchased by itself or as auxiliary equipment).  
17. Protection: machine has an alarm and emergency stop button to prevent all kinds of accidents causing damage. Through the development of the software can show alarm message and alarm number on the monitor. There are three options in the event of an alarm in accordance with different situations, "emergency stop" for emergencies; "Saving the boot" for the general alarm; only the "tip" for operating mistakes. 

1. Composite rigid frame
The bed has a composite structure and is equipped with a secondary guide. The ribbed inner surface provides extra rigidity. Guide surface treated using the mid-hardening technology. The depth of the hardened layer is 2 ~ 3mm, and the rigidity may exceed 52 HRC. The special sliding surface of the guide provides a dynamic performance in terms of stiffness and friction, which allows to optimize the work flow system.
2. headstock
Headstock has a symmetrical design that provides uniformity of thermal deformation. The main drive via a belt transmits motion to the main shaft. spindle box design improves accuracy and rigidity. Additional gear transmission ensures accuracy and reduces noise. To reduce the thermal deformation of the machine and improve cooling, lubrication system uses a special headstock.
3. Chuck
Standard 4-jaw chuck diameter of 1000mm, the speed limit 315ob / min.
4. Turret
Machines in this series are equipped with a standard 4-station turret SLD-260A, manufactured in our company. The head uses a large diameter disk, increasing positioning accuracy, rigidity and reliability. Repeatability is ± 0.003mm. The maximum allowable torque is 3200Nm, and the maximum penetration torque - 1120Nm, which is suitable for heavy cutting. Time of transition from one station to the other is about 6 seconds.
5. tailstock
Manual tailstock is equipped with built-in turning center. Extension sleeves manual tailstock controlled flywheel. There is also a knob to control the speed of the central hub. When the handle is in position 1: 1, the central hub moves quickly. When the knob is set to 1:20, the central hub is moving slowly.
tailstock carriage movement slows down, which is connected with the braking device. To prevent slipping, when the workpiece is clamped between the tailstock and bed, on the basis of two types of tailstock has a brake handle. To lock the central hub, you must move the brake lever.
6. Hydraulics and Lubrication System
Hydraulic machine system uses constant flow pump. All components of the hydraulic control made known companies, both local and foreign. An oil tank installed on the frame side and separated from the exterior of the protective casing. All hydraulic circuits using a simple-to-install compact combined valve system. Oil pressure of each hydraulic cylinder can be regulated separately. The machine uses a centralized automatic lubrication system.
7. The cooling system and conveyer for swarf removal
Coolant tank is separate from the main body, whereby the heat generated by the machine does not affect the accuracy. The machine is equipped with a cooling pump of local production at a rate of 25 l / min (50 l / min for machines length of more than 6 meters), and a lifting capacity of 40m. The tank holds 127 liters. Also used a system of internal and external cooling of tools. Processing cooled effectively as a tool and the workpiece, which provides precision machining and longer tool life.

Name
U rev.
Specifications
Max. diameter of the product to be installed over the bedplate
mm
560
Max. cutting length
mm
500
Max. cutting diameter
mm
280
Max. diameter of the product to be installed over the support
mm
360
The end of the spindle
 
A2-6
The diameter of the spindle hole
mm
65
Max. rod diameter
mm
50
Range of spindle speed
/ min
50-4500
Max. the output torque of spindle
nm
235
The output power of the main engine
(15 min / continuous)
kW
15/11
The diameter of the cartridge
inch
8²
Fast moving speed of the X-axis
m / min
thirty
Rapid movement of the Z axis
m / min
thirty
Move along the X axis
mm
200
Move the Z-axis
mm
560
Moving the tailstock quill
mm
450
Cone hole in the tailstock quill
Morse
5#
tool size
Cross-sectional area
mm
25 × 25
Diameter boring bars
mm
F40 / F32 / F25 / F20
Standard turret
 
Horizontal 8-position 
Processing the workpiece surface
m
Ra 1,25
positioning accuracy
The X-axis
mm
0,010
Z axis
mm
0,010
The accuracy of repositioning
The X-axis
mm
0,004
Z axis
mm
0,005
Net weight of the machine
kg
4000
Overall dimensions (LxWxH)
mm
2950 × 1860 × 1850

Vertical machining center for machining complex parts requiring achieve high accuracy and the use of different processes, including sheets, discs, housings, molds, etc. It can be used to perform operations such as milling, drilling, tapping, boring, reaming and roll, immediately after installation, and its programmed movement significantly reduce the production cycle and improve economic performance.
 
Through the use of mechatronic analysis of three-dimensional CAD software (Pro / E), and software for the calculation of the finite element method (Ansys) this machine has a more ergonomic design and is characterized by high rigidity, accuracy and reliability. In addition, the introduction of advanced technologies and design methods to overcome the limitations inherent in the previously used standard designs.