The APS100FL1-25-36Z/6KW is a high-speed water-cooled automatic tool change (ATC) spindle engineered for professional CNC machining centers requiring exceptional precision, reliable tool changing, and long-term operational stability.
Featuring Monoblock cylinder design, this spindle provides a compact structure, faster tool changes, simplified machine integration, and improved rigidity compared to conventional external drawbar systems.
With max speed of 36000 RPM, 6kW rated power, and support for ISO25 or HSK-E32 tool holders, it is an excellent solution for high-speed milling, drilling, engraving, and light cutting applications in aluminum, copper, plastics, composite materials, wood, graphite, and other non-ferrous materials.
APS100FL1-25-36Z/6KW
APS
380V
1000-1200 HZ
30000-36000 RPM
ISO25/HSK-E32
| Quantity: | |
|---|---|
Product Description
The APS100FL1-25-36Z/6KW is a high-speed water-cooled automatic tool change (ATC) spindle engineered for professional CNC machining centers requiring exceptional precision, reliable tool changing, and long-term operational stability.
Featuring Monoblock cylinder design, this spindle provides a compact structure, faster tool changes, simplified machine integration, and improved rigidity compared to conventional external drawbar systems.
With max speed of 36000 RPM, 6kW rated power, and support for ISO25 or HSK-E32 tool holders, it is an excellent solution for high-speed milling, drilling, engraving, and light cutting applications in aluminum, copper, plastics, composite materials, wood, graphite, and other non-ferrous materials.
Designed with precision angular contact bearings and available with multiple encoder options, this spindle is ideal for modern CNC machining centers, ATC routers, and precision automation equipment.
The pneumatic ATC mechanism enables rapid tool changes, significantly reducing non-cutting time while improving machining efficiency.
Compatible with:
ISO25
HSK-E32
The spindle supports automated production environments requiring frequent tool changes.
Encoder options include:
Sin/Cos Encoder
Square Wave Encoder
New Generation Encoder
Suitable for:
Tool orientation
Automatic tool change positioning
High-precision spindle control
Speed monitoring
Unlike conventional ATC spindles using an external tool-release cylinder, this spindle integrates the pneumatic cylinder directly into the spindle body, offering:
More compact machine design
Easier installation
Reduced mechanical complexity
Better rigidity
Faster tool changing
Lower maintenance requirements
The closed-loop water cooling system effectively dissipates heat during long machining cycles, helping to:
Maintain thermal stability
Improve machining accuracy
Extend bearing life
Reduce spindle temperature
Support 24/7 industrial production
Oil cooling is also available according to application requirements.
| Specification | Details |
|---|---|
| Model | APS100FL1-25-36Z/6KW |
| Power | 6 KW |
| Cooling Method | Water cooling |
| Tool Interface | ISO25/HSK-E32 |
| Speed Range | 30000-36000 RPM |
| Voltage | 380V |
| Frequency | 1000-1200 Hz |
| Tool Change Method | Pneumatic ATC |
| Runout | ≤ 0.001 mm |
| Max torque | 2.4 Nm |
| ATC Sensor | PNP/NPN |
| Encoder | (sin/cos wave)/square wave/new generation |
| Net Weight | ≈16 kg |
| Lubrication | Grease |
This spindle is widely used in:
CNC Machining Centers
CNC Routers
High-Speed Milling Machines
PCB Manufacturing Equipment
Mold & Die Manufacturing
Aluminum Machining
Composite Material Processing
Plastic Parts Manufacturing
Woodworking Machinery
Carbon Fiber Processing
Precision Component Manufacturing
Compared with conventional ATC spindles, the integrated pneumatic cylinder design offers several advantages:
| Conventional ATC Spindle | Integrated Cylinder ATC Spindle |
|---|---|
| External cylinder required | Built-in pneumatic cylinder |
| More installation space | Compact structure |
| More mechanical components | Simplified design |
| Longer assembly time | Easier installation |
| More maintenance points | Lower maintenance |
| Standard rigidity | Improved rigidity |
Electrical Connection: Connect U, V, W phases and protective earth per wiring diagram.
Cooling: Connect water inlet/outlet hoses; ensure water pump flow is stable.
Air Supply: Provide regulated clean air (if pneumatic tool change/air seal needed).
ATC Sensor: Connect PNP or NPN sensor wiring to the CNC control tool changer interface.
(Manufacturer wiring diagram and installation manual should be followed strictly.)
Inner protective foam case.
Outer plywood shipping box.
Optional: Custom-branded packaging available.
CE certification
EMC certification
LVD certification
quality certification
ROHS certification
UKCA certification
JST Company Outside
JST Workshop
JST Workshop
JST Workshop
JST Equipments
JST Equipments
Packing
Packing
Packing
Packing
Packing
The integrated cylinder design reduces installation space, improves machine rigidity, simplifies assembly, and shortens tool change time compared with traditional external-cylinder designs.
Yes, a water chiller or recirculating cooling system is required to maintain stable coolant temperature. Water cooling provides superior heat dissipation for heavy-duty use and long continuous cutting periods.
Yes. A properly matched variable frequency drive (VFD) is required to run the spindle safely and efficiently.
This model supports ISO25 or HSK-E32 tool interfaces.
Every spindle motor has one year(12 months) warranty.
Yes welcome warmly. No. 8 Hengcui Road, Henglin Town, Changzhou Economic Development Zone, Jiangsu Province, China.
1.The electric spindle motor and VFD shall be suitable with each other. The specifications and parameter settings of the VFD shall match the nominal parameters of the spindle motor, and it will burn the spindle motor if the settings are not correct. (Therefore, the spindle motor must be connected to VFD at first.)
2.Before using water-cooled spindle motor, it shall ensure that cooling cycle system works normally. Please notice: the running under no cooling conditions is prohibited! The volume of cooling water is calculated as per 1 liter/minute, the minimum flow of cooling water is not less than 5 liter/minute, cooling water pipe and the nozzle shall be connected reliably and there is no leakage.
3.The cooling liquid shall be clean and free of grease and the temperature shall be within 5-30℃. The cooling medium shall carry out force cooling when the ambient temperature is higher than 30℃. The precision lathe requires the cooling liquid with a constant temperature of 20±2℃.
4.Important! The coolant temperature must be within 5℃ of the ambient temperature; ideally, the coolant temperature should be 5℃ lower than the ambient temperature. Otherwise, if the temperature difference is too large, condensation may form inside the electric spindle, leading to spindle damage.
5.If use water cooling machine, its temperature shall be within 22-25℃.
6.During storage and transport of the spindle motor, the status of high-speed grease inside the bearing will change. So, user shall run it at a low speed first by starting from the lowest speed of the spindle motor for 30 minutes and then 20 minutes for every 3000 rounds when they first time receiving spindle motors. Otherwise there will have abnormal sound, noise, heat and other phenomena, which will affect the bearing life if the spindle motor is started directly at a high speed. During long term storage, the spindle motor shall run (at low speed) for 15-30 minutes once a week at least.
7.Before daily machining, the spindle motor shall be warmed up, run for 15-20 minutes when the machining speed is reached and then performs precise machining. It is better to stop the spindle motor for two hours every day in order to recover its mechanical fatigue and prolong its life time.
8.The spindle motor adopts vapor lock and the gas source shall not be used until it has passed oil-water separator and dry filter. The air pressure is 0.2-0.25Mpa and the filtering precision is 5μm, otherwise there will cause damages to the bearing. Therefore, a good oil-water separator is essential.
9.Collet, nut and inner taper hole shall be cleaned when installing blades on the spindle motor in order to avoid any impact on the precision. The blade handle shall be inserted into the collet more than 15mm.
10.No hammering the end cover of the spindle motor. No hammering the collet and blade head when removing blades. No shocking or colliding during transport, storage and using, especially pay attention to the end of the spindle motor.
11.The spindle motor shall run in designated direction. (We will indicate the direction with an arrow.)
12.The spindle motor shall be installed and fixed according to the relevant drawings and instructions.
Spindle motor is also called high-speed electric spindle motor, refers to the revolution of a more than 10000 RPM AC motor. It has the advantages of fast speed, small size, lightweight, low material consumption, low noise, and low vibration, mainly used in wood, aluminum, stone, hardware, glass, PVC, and other industries.
Due to its wide application and meticulous work, fast speed, and excellent processing quality, making another ordinary motor can not meet the technical requirements of the spindle motor. Spindle motor plays an important role in the industrial production process, so it is particularly popular all over the world.
