This machine tool is a special-purpose machine tool for machining cylindrical deep-hole parts. It is suitable for boring cylindrical deep-hole workpieces. During boring, an oil feeder is used to supply oil, and the chips are discharged to the chip hopper at the head of the machine through the cutting zone. During drilling, an internal chip removal method (BTA) is used, that is, an oil feeder supplies oil, and the chips are discharged from the inside of the drill rod to the chip hopper at the rear of the machine through the cutting zone.
Machine tool application: This machine tool is a special-purpose machine tool for machining cylindrical deep-hole parts. It is suitable for boring cylindrical deep-hole workpieces. During boring, an oil feeder is used to supply oil, and the chips are discharged to the chip hopper at the headstock through the cutting zone. During drilling, an internal chip removal method (BTA) is used, that is, an oil feeder supplies oil, and the chips are discharged from the inside of the drill rod to the chip hopper at the rear of the machine through the cutting zone.
The machine tool is PLC controlled, and the reciprocating motion of the oil feeder and feed slide is controlled by servo motors. The transmission uses a rack and pinion drive located in the middle of the two guide rails, ensuring the accuracy and rigidity requirements of the feed transmission during ultra-long movements. Protective features are installed on both sides of the machine bed, and a ground-mounted oil tank structure is adopted, improving the machine tool environment. The machine tool can be equipped with two sets of automatic or manual high-efficiency expanding and contracting tools, greatly improving the machining efficiency.
| Project Name | T2125G
T2125G/1 |
| Drilling diameter range
(mm) |
40～80 |
| Boring hole diameter range
(mm) |
40～250 |
| Central High
(mm) |
400 |
| Maximum boring depth range
(mm) |
1000～10000 |
| Chuck diameter
(mm) |
400 |
| Center frame clamping diameter range
(mm) |
50～400 |
| Spindle speed range (r/min)
series |
50～800
Three levels, 12 stages |
| Main motor
(kW) |
N=30 |
| Feed rate range
(mm/min) |
5～2000
Variable |
| feed motor | N=4.5kW
Servo motor |
| transmitter motor | N=4.5kW
Servo motor |
| Cooling pump motor | N=5.5kW
N=1440r/min (Group 4) |
| Cooling system rated pressure
(MPa) |
2.5 |
| Cooling system flow
(L/min) |
100 200
300 400 |
| like
match Change frequency electricity machine |
Spindle rotation range
series |
60～1200r/min
Three-speed continuously variable transmission |
| Main motor | N=37kw
Variable frequency motor |
|
| T2125G/1 with
15Kw 40-500 r/min drill pipe box |
||
Carbide blocks, also known as tungsten carbide blocks or carbide blanks, are semi-finished, solid blocks of tungsten carbide that serve as raw materials or pre-forms for a wide range of industrial applications. They are prized for their exceptional hardness, wear resistance, and compressive strength, providing a durable base for creating critical wear parts and tools.
Technical Parameters Item Specification Range Honing Diameter Range Φ25mm - Φ100...
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Carbide drill bits are high-performance cutting tools designed for drilling into hard, abrasive, or challenging materials. They are distinguished by their cutting edges or tips, which are made from tungsten carbide, a composite material known for its superior hardness and wear resistance compared to standard high-speed steel (HSS).
Indexable reamers are precision hole-finishing tools for metalworking, featuring replaceable carbide inserts (no regrinding needed) and modular designs. They deliver high accuracy, efficiency, and cost-effectiveness in mass production, replacing traditional solid reamers for medium-to-large batch machining. Our reamers are engineered with advanced insert clamping, internal coolant systems, and wear-resistant coatings to meet strict tolerance and surface finish requirements.
This machine tool is a special-purpose machine tool for machining cylindrical deep-hole parts. It is suitable for drilling and boring cylindrical deep-hole workpieces. During boring, an oil feeder is used to supply oil, and the chips are discharged to the chip hopper at the head of the machine through the cutting zone. During drilling, an internal chip removal method (BTA) is used, that is, an oil feeder supplies oil, and the chips are discharged from the inside of the drill rod to the chip hopper at the rear of the machine through the cutting zone.
Square CNC turning inserts are one of the commonly used cutting tools in CNC turning processes.
This machine tool is a specialized machine tool for machining cylindrical deep-hole parts, suitable for drilling and boring of cylindrical deep-hole workpieces. During drilling, an internal chip removal method (BTA method) is used, i.e., oil is supplied by an oil feeder, and the cutting chips are discharged from inside the drill rod to the chip hopper at the rear of the machine head through the cutting zone. During boring, oil is supplied from the tail end of the boring bar, and the chips are discharged to the chip hopper at the head of the machine head through the cutting zone.
Threaded carbide rod with holes are mainly used for processing tungsten parts or as a tool bit of processing lathe, conductors, steel-making burdening and additives.
Cemented carbide tapered ball tooth is a key cutting component of geological and mining equipment (such as DTH drills, roller cone drills). It adopts a tapered structure design, and the ball head has excellent impact toughness and wear resistance. It can effectively crush hard rocks and ores, and is suitable for drilling, blasting and other operations. It has the advantages of high crushing efficiency, strong impact resistance and being not easy to damage.
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Carbide Ball Teeth, also known as carbide ball inserts, tungsten carbide ball teeth, or conical picks, are a specific type of wear part and cutting tool characterized by their hemispherical (ball-shaped) head made of tungsten carbide. They are primarily designed for robust impact, crushing, and grinding applications, rather than precise shearing or slicing. Their unique design allows them to transmit high point load forces into the material, making them ideal for breaking extremely hard and abrasive substances.
Cemented carbide insert is a common core tool component in metal cutting processing. It is made of different grades of cemented carbide and has the characteristics of high hardness, high wear resistance and high temperature resistance. Suitable for various cutting processes such as turning, milling, drilling and planing, it can process various workpieces such as steel, cast iron, non-ferrous metals and composite materials. Different shapes, sizes and cutting edge forms can be customized according to processing requirements.
