MT designs and manufactures fixed and driven tool holders for lathes to meet precision machining needs in an innovative and efficient way. The tool holder series can be used on all famous brand lathes on the market, whether it is a tilting lathe with a turntable or a parallel-moving lathe.

Our catalog contains more than 10,000 products, which can meet various processing needs. If the model required by the customer is not in the product range, MT can also customize a project for the customer.

Fixed tool holder

Our fixed toolholders are designed to provide high precision and rigidity for turning and boring.

We produce multi-station turning tool holders, which are equipped with internal cooling systems on the turning tools, suitable for 2 or 4 turning tools to be assembled and used at the same time.

In addition, MT also has a multi-station bore tool holder, which can assemble up to 4+4 bore bars at the same time to facilitate processing on the main spindle and secondary spindle, modified bar holder, blade holder and multiple fixed tool holders. The cooling system configured on the bore cutter holder is equipped with a circuit switch.

Powered tool holder

The MT is designed with the most advanced technical solutions, combining high precision and rigidity, allowing customers to take full advantage of what the machine tool has to offer.

MT powered tool holder has the following advantages:

Because the internal parts are larger, the parameters for machining the pins are increased.

High-precision bearings enable high-speed operation and high-load processing.

Prototype gears and ground bevel gears are used to effectively reduce noise and high temperatures generated during processing.

The bearings are processed with ceramic coating to increase the service life of the bearings and water-stop rings, and base leakage seals are used to increase the internal cooling water pressure to 70bar.

A variety of joint options and a quick tool change system ensure machining flexibility.

The use of multi-output motor modules and quick tool change systems shortens processing and installation time.

High precision machining

As a pioneer in the field of machining, in addition to providing standard tool holders, MT can also find other options in the product catalog

※Used for drilling and tapping at various angles: adjustable angle powered tool holder

The spindle has been modified on the traditional powered tool holder. In the past, only ER40 chucks and milling cutter holders could be used. Now, MT's adjustable angle tool holder can be used with more than 90 models and 250 different configurations. In addition, an encoder and a digital display screen are added to display the angle quality, speeding up the angle setting time and allowing the operator to set the angle outside the machine body.

※External gear: hobbing tool holder

Using a hobbing toolholder, gear machining can be performed directly on a lathe with a powered turret, reducing downtime when loading and unloading workpieces for machining. The hobbing tool holder can process spur gears, helical cylindrical gears and spur bevel gears. It is suitable for different machine tool models. The only dimensions are diameter 40mm, length 43mm, diameter 50mm, length 50mm, diameter 80mm, length 80mm, diameter 100mm, length 100mm gear milling cutter. Small-size processing is also suitable for Swiss-type machine gear processing.

※Internal gear: Lathe power scraping unit

After 3 years of hard research and development, MT has developed technology and realized an adjustable-angle scraping tool holder on a standard lathe with a Y-axis through a special tool holder. The power scraping unit of the lathe can be adjusted in angle to meet cross-angle machining. In addition, with the MTSK quick change system developed by MT, it can ensure the quick change and installation accuracy of gear cutters. Whether it is processing speed or accuracy, it is close to that of special gear processing equipment.

※Internal contour: 91° multi-output shaving power tool holder

The 91° multi-output shaving power tool holder can process different shapes of inner holes or outer circles (square holes, hexagons, gears and special shapes). The use of forming tools can achieve high precision and good surface quality, and can be applied to small hole processing from 2/3mm to 30mm. Compared with hobbing or shaving, the tool application can be reduced.

　　The angle between the output shaft and the turret of the 91° multi-output shaving power tool holder is 91°. The workpiece must be rotated during processing. When rotating at the same speed, a good straight line can be ensured even when processing long workpieces.

　　The 91° multi-output shaving power tool holder is used on machine tools with a Y-axis. It can be used for rough machining and finishing, but it only occupies one tool position, and the output end is calibrated to achieve better machining accuracy.

※Slot: Keyway machining powered tool holder

Compared with other technologies, the keyway machining power tool holder can complete the processing in the groove in a very short time, without the need for another equipment to process, effectively reducing the processing cycle. The double-track design allows it to maintain maximum stability during operation and can process keyways with a width of up to 10mm. The reduction ratio of 4:1 enables the keyway machining power tool holder to process hard materials under limited power conditions. And according to user needs, the slotting tool holder can also use commercially available blade tools, which can optimize processing parameters and reduce slotting time. The MT technical department provides suitable tools and suitable processing parameters.

※Scraping tool holder: processing internal and external teeth and keyway at the same time

The scraping tool holder can process internal teeth, external teeth and keyways on a lathe, directly in the turret, without the need for additional equipment, effectively saving installation time and reducing costs.

The scraping tool holder can use tools on the market. At the same time, the tools can be shared for processing internal and external teeth. There is no need to change the tool when processing internal and external teeth. The tool will be automatically lifted during the retraction process to extend the tool life.

※Long workpiece support: fixed center rest tool holder

The sliding cage module is patented by MT. It only requires the drive of the power tool holder to complete the sliding of the cage and the opening and closing of the hydraulic claw. On lathes not equipped with a hydraulic center rest, the turret can process slender parts without the need for additional pipes and swivel joints. In addition, the central cage is equipped with a wireless switch that can be used to control the opening and closing of the support arm and adjust its clamping force through a special valve.

※High-speed grinding, drilling, and thread processing: X11 power electric spindle

The X11 power electric spindle generates electricity through the power tool drive of the turret. It can drive the electric spindle to 60,000 rpm. It is used in different processing and can amplify the output speed to 11 times the original speed. Using a 42mm electric spindle,

In practical applications, grinding, engraving, and high-speed drilling operations can be performed using only the standard turret of the machine tool and occupying only one tool position. The electric spindle can be cooled by the coolant of the turret, and if the working tool station of the machine tool does not provide air pressure for chip removal, MT can provide an air pressure device that can be plugged and played without the need to install additional cables and other connections. To protect the electric spindle in the cutting area.

MT has developed a solution "MT-DCM" that integrates machinery, electronics and sensors to enable machine tools to perform more complex and reliable processing and monitor and manage the processing process.

※Touch probe protection on lathe: MT-TPS touch probe guard

High-precision machining on lathes requires accurate program control, but the presence of chips, dust and coolant in the work area may cause accuracy failure and contaminate the probe, causing it to be damaged.

Therefore, MT invented the measuring probe protection device MT-TPS (Touch Probe Shield) to solve the problem of accuracy failure caused by contamination of the probe. It uses pneumatic switches and air-pressure air cleaning measurement probes to ensure the highest accuracy during the measurement process.

In order to enable the protection device to be used on machine tools without pneumatic devices, MT developed a dual-way pneumatic distributor and connected it to the tool turret to operate the MT-TPS contact probe protective cover. Moreover, this device can also be used on the X11 power electric spindle to provide air pressure for it. Combining the MT-TPS with the X11 enables maximum precision internal grinding on conventional lathes.

※Tool breakage and wear monitoring: MT-SmartForce

The technology of MT-SmartForce comes from the concept of Industry 4.0. This allows relevant parameters to be instantly transmitted to the machine tool during processing. The powered tool holder equipped with MT-SmartForce can monitor the status of the tool at any time. If it is damaged, it can prompt for replacement and automatically adjust the processing parameters and working status, thereby reducing the scrap rate and optimizing the processing parameters.

※Additional connection Y-axis: MT-DCY digital connection Y-axis

Through a plug-and-play independent device that requires only one tool position in the turret, the MT-DCY can also be offset to ±25mm in the Y-axis direction for drilling, milling and eccentricity on machine tools without a Y-axis. thread. MT-DCY integrates all positioning electronic devices on the host machine without the need for other complex connections or cables, and communicates directly with the machine tool's CNC system through a two-way Bluetooth protocol. The transmission ratio of MT-DCY on the power tool turret is 1:1, so that the energy output of the machine tool can be fully utilized.

※Connect the automatic adjustable angle module: MT-DCB digital connection B axis

Drilling and threading operations can be automatically adjusted on machine tools without a B-axis. Automatic angle adjustment does not require additional setting procedures and manual angle fixing, which can effectively save setup time, especially when performing multiple processes on the same workpiece. The drilling of each process requires different angles of complex machining plans, especially in complex machining plans.

It can be wirelessly connected in two directions with the CNC, automatically setting multi-angle drilling, plug and play.

※Powered tool holder monitoring: MT-SmartLife

　　MT-SmartLife is the first powered tool holder equipped with Internet of Things technology. Through data transmission, it can be set up to automatically process from any corner of the world. There is no need for the operator of the machine to install or add other receiving signals to the machine. device of. MT-SmartLife has built-in sensors for detecting temperature, rotation speed, vibration and collision as reference parameters for processing. The information obtained is sent directly to the cloud from online electronic devices, where it is detected and analyzed through big data analysis of HUMS technology to predict maintenance needs. MT-SmartLife technology enables users to accurately grasp the status of the power tool holder, perform accurate maintenance and repairs, effectively improve the processing yield, and reduce the cost of workpiece wear and tear.

The high encryption protocol ensures the privacy of the user's system, and the data collected through the system can be viewed using any device, and alerts can be received when operational abnormalities occur. The actual operation information of the product can be detected and transmitted through MT-SmartLife. MT-SmartLife technology simultaneously provides users with "products, services and other added values" while reducing maintenance costs and improving production efficiency and continuity.