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English
High-speed drilling and tapping machining center series products are based on the most popular and advanced international concept for flexible machine tool design. They are mainly used for drilling and tapping non-ferrous metals, 3C industry, communication cavities, aluminum substrates, and other tasks. With its fast moving speed and high spindle speed, it can do both drilling and grinding. Drilling and tapping is more than 10 times more efficient and better quality than regular machine centers. This makes it the perfect tool for customers in the communication cavity industry and other fields.
Product Advantage
High Precision, High Performance, High Stability Precision Spindle
(a) The spindle assembly is made in Taiwan by a specialized plant that is known for its high precision and performance. There is a butterfly spring connecting the tool holder to the spindle. This spring pulls on the tool holder's pull pin through a four-clawed device. This makes sure that the tool and the spindle taper hole fit tightly so that the tool stays in place. Keep in mind that this kind of spindle uses the best bearings from NSK in Japan; it doesn't need an oil cooler because it keeps the spindle temperature around 35°°C all the time, which ensures its accuracy and life.
(b) With a low-inertia spindle motor, the time it takes to speed up is short; it only takes a short time to go from 0 to 20,000 rpm. The motor is very efficient and can quickly speed up or slow down. This eliminates backlash problems and improves the speed and quality of tapping. A direct-drive spindle doesn't make the noise and vibration that come with belt-driven spindles, and the machine tool can change the direction of the spindle.
The Version with the Most Rigidity Along the Z Axis
(a) To make sure it has enough processing power, the bearing on the Z-axis screw rod has a bigger motor seat and motor design.
(b) The spindle body uses a high-precision linear slide rail design to make sure the Z axis is rigid as a whole.
Ball Screw and Straight Slide Rail
The series of machine tool drilling and tapping centers use ball screws and linear slide rails that are more than 1.28 times bigger than those used in the same industry. This makes the machine more stiff and long-lasting. This makes it easier to use and gives the machine a longer life.
Cutting the Cooling System
The machine must have a cooling system for the cutting tools and parts that have been worked on. The system must have enough nozzles and a changeable flow rate.
Safety for Machine Tools
The machine tool bed guide rail (XY axis) is made of stainless steel telescopic moving sheet metal. The column guide rail (Z axis) is protected by armor in the shape of an accordion. The whole machine is fully enclosed to keep iron filings and coolant splashes out, making it a safe and comfortable place to work.
Machine Tool Appearance
The machine tool's sheet metal and color scheme are simple but elegant, giving off a strong sense of technology. The ultrahigh door opening design changes the traditional feeling of oppression that comes from the small size and compact sheet metal design of drill and tap centers. The oversized door opening not only lets operators handle workpieces without any problems, but it also makes the machine look better overall. The narrow space gives the fourth shaft plenty of room to enter and exit, as well as for installation. The 120-liter over-sized tank, large inclined chip removal slot, and rear chip removal design make sure that the cooling water won't stop flowing, even when the maximum cooling water is turned on, and that the machine won't leak.
Lube Oil System
(1) Grease is used to protect the three center bearings.
(2) A thin oil is immediately used to grease the ball screw pair.
(3) The X, Y, and Z coordinate guides are linear sliding guides with lubrication points that are automatically controlled. The lubricating oil is split into different parts and applies a set amount of oil to each pair of guides at regular times.
Electricity Distribution
Additionally to designing machines that work with metal, Tai Zheng also pays attention to designing machines that work with electricity. One of a kind optical fiber connection mode is used by the numerical control system. This greatly speeds up data transfer and cuts down on the number of wires, making the electrical cabinet cleaner.
Technical Parameters
| Project | Content | TZ-640B |
| Spindle part | Spindle taper hole(model/ins- tallation size) | BBT30(enhanced direct- connected spindle) |
| Maximum spindle speed | 20000rpm | |
| Main motor power | 5.5Kw | |
| Distance from the nose of the spindle to the working table | 150-450mm | |
| Staging | Bed dimension | 700x400mm |
| Workbench load-bearing | 300KG | |
| T-shaped groove(number of gr- ooves x width x center distan- ce) | 3x14x125 mm | |
| The three- axis part | X/Y/Z axis travel | 600/400/300mm |
| X/Y/Z,ball screw | 28/28/32mm | |
| X/Y/Z,axis linear guide | 30/30/30mm | |
| X/Y/Z axis motor connection mode | The coupling is directly conn-ected | |
| X/Y/Z,shaft motor power | 1.5*1.5*3KW | |
| X/Y/Z,axis quick move speed | 48m/min |
Product Uses
Tai Zheng Machinery has a lot of experience cutting metal for drilling and tapping centers, and this machine tool shows it. It changes with the times to meet the needs of industries that need high precision and efficiency. It does this by making products that are suitable for electronic communications, textile accessories, automotive parts, hydraulic components, and other difficult mechanical processing needs in many different fields. The machine tool uses the newest FEM (Finite Element Method) modeling optimization design method a lot. It has the best dynamic performance in processing because the general strength and rigidity are optimized in every way. It's an example of modular design and ergonomic design in today's world mechanical processing equipment. It pushes the limits of how well the machine tool working area can be optimized, resulting in a high level of harmony between people and machines.
High-speed drilling and tapping machining center series products are based on the most popular and advanced international concept for flexible machine tool design. They are mainly used for drilling and tapping non-ferrous metals, 3C industry, communication cavities, aluminum substrates, and other tasks. With its fast moving speed and high spindle speed, it can do both drilling and grinding. Drilling and tapping is more than 10 times more efficient and better quality than regular machine centers. This makes it the perfect tool for customers in the communication cavity industry and other fields.
Product Advantage
High Precision, High Performance, High Stability Precision Spindle
(a) The spindle assembly is made in Taiwan by a specialized plant that is known for its high precision and performance. There is a butterfly spring connecting the tool holder to the spindle. This spring pulls on the tool holder's pull pin through a four-clawed device. This makes sure that the tool and the spindle taper hole fit tightly so that the tool stays in place. Keep in mind that this kind of spindle uses the best bearings from NSK in Japan; it doesn't need an oil cooler because it keeps the spindle temperature around 35°°C all the time, which ensures its accuracy and life.
(b) With a low-inertia spindle motor, the time it takes to speed up is short; it only takes a short time to go from 0 to 20,000 rpm. The motor is very efficient and can quickly speed up or slow down. This eliminates backlash problems and improves the speed and quality of tapping. A direct-drive spindle doesn't make the noise and vibration that come with belt-driven spindles, and the machine tool can change the direction of the spindle.
The Version with the Most Rigidity Along the Z Axis
(a) To make sure it has enough processing power, the bearing on the Z-axis screw rod has a bigger motor seat and motor design.
(b) The spindle body uses a high-precision linear slide rail design to make sure the Z axis is rigid as a whole.
Ball Screw and Straight Slide Rail
The series of machine tool drilling and tapping centers use ball screws and linear slide rails that are more than 1.28 times bigger than those used in the same industry. This makes the machine more stiff and long-lasting. This makes it easier to use and gives the machine a longer life.
Cutting the Cooling System
The machine must have a cooling system for the cutting tools and parts that have been worked on. The system must have enough nozzles and a changeable flow rate.
Safety for Machine Tools
The machine tool bed guide rail (XY axis) is made of stainless steel telescopic moving sheet metal. The column guide rail (Z axis) is protected by armor in the shape of an accordion. The whole machine is fully enclosed to keep iron filings and coolant splashes out, making it a safe and comfortable place to work.
Machine Tool Appearance
The machine tool's sheet metal and color scheme are simple but elegant, giving off a strong sense of technology. The ultrahigh door opening design changes the traditional feeling of oppression that comes from the small size and compact sheet metal design of drill and tap centers. The oversized door opening not only lets operators handle workpieces without any problems, but it also makes the machine look better overall. The narrow space gives the fourth shaft plenty of room to enter and exit, as well as for installation. The 120-liter over-sized tank, large inclined chip removal slot, and rear chip removal design make sure that the cooling water won't stop flowing, even when the maximum cooling water is turned on, and that the machine won't leak.
Lube Oil System
(1) Grease is used to protect the three center bearings.
(2) A thin oil is immediately used to grease the ball screw pair.
(3) The X, Y, and Z coordinate guides are linear sliding guides with lubrication points that are automatically controlled. The lubricating oil is split into different parts and applies a set amount of oil to each pair of guides at regular times.
Electricity Distribution
Additionally to designing machines that work with metal, Tai Zheng also pays attention to designing machines that work with electricity. One of a kind optical fiber connection mode is used by the numerical control system. This greatly speeds up data transfer and cuts down on the number of wires, making the electrical cabinet cleaner.
Technical Parameters
| Project | Content | TZ-640B |
| Spindle part | Spindle taper hole(model/ins- tallation size) | BBT30(enhanced direct- connected spindle) |
| Maximum spindle speed | 20000rpm | |
| Main motor power | 5.5Kw | |
| Distance from the nose of the spindle to the working table | 150-450mm | |
| Staging | Bed dimension | 700x400mm |
| Workbench load-bearing | 300KG | |
| T-shaped groove(number of gr- ooves x width x center distan- ce) | 3x14x125 mm | |
| The three- axis part | X/Y/Z axis travel | 600/400/300mm |
| X/Y/Z,ball screw | 28/28/32mm | |
| X/Y/Z,axis linear guide | 30/30/30mm | |
| X/Y/Z axis motor connection mode | The coupling is directly conn-ected | |
| X/Y/Z,shaft motor power | 1.5*1.5*3KW | |
| X/Y/Z,axis quick move speed | 48m/min |
Product Uses
Tai Zheng Machinery has a lot of experience cutting metal for drilling and tapping centers, and this machine tool shows it. It changes with the times to meet the needs of industries that need high precision and efficiency. It does this by making products that are suitable for electronic communications, textile accessories, automotive parts, hydraulic components, and other difficult mechanical processing needs in many different fields. The machine tool uses the newest FEM (Finite Element Method) modeling optimization design method a lot. It has the best dynamic performance in processing because the general strength and rigidity are optimized in every way. It's an example of modular design and ergonomic design in today's world mechanical processing equipment. It pushes the limits of how well the machine tool working area can be optimized, resulting in a high level of harmony between people and machines.
