About CNC MILLING MACHINE
Owing to precision and quality tilting approach, we have stamped niche in the industry by offering a huge grade array ofCNC Milling Machine . We completely manufacture of this CNC milling machine model by making use of best material according to the set international norms. Provided milling machine passed through various steps of quality parameters to assure its flawless. Our revered clients can take this milling machine table model from us at reasonable prices.
Features:
- Optimum quality
- Cost effectives
- High performance
Specifications:
- Drilling Capacity: 10 mm (3/8)
- Worktable Size: 400x145 mm (16x5.7)
- Worktable T-Slot Size: 8 mm (0.31)
- T-Slot on Table: 3
- Max. Loading of Worktable: 20 kg
- Table Travel x axes: 260 mm (10)
- Table Travel y axes: 110 mm (4.3)
- Table Travel z axes: 180 mm (7)
- X Axes Feeding Motor Power: 1.35 Nm
- Y Axes Feeding Motor Power: 1.35 Nm
- Z Axes Feeding Motor Power: 2.2 Nm
- X/Y/Z Axes Max. Moving Speed: 2 m/min
- X/Y/Z Axes Feeding Speed: 500 mm/min
- Throat: 150 mm (5.9)
- Position Precision: 0.015 mm
- Repeat Positioning Precision: 001 mm
- Spindle Taper: MT2
- Spindle Speed: 100-7000 rpm
- Spindle Motor: 500 w
- Machine Size (LxWxH): 1040x860x940 mm
- Packing Size (LxWxH): 1170x960x1100 mm
- G.W./N.W: 218/178 kg aprox
Advanced Precision for Laboratory ApplicationsEngineered with accuracy in mind, this CNC Milling Machine is tailored for laboratory tasks that demand precise and repeatable results. Its stainless steel construction ensures longevity, while its user-friendly controls make it an ideal addition to research labs and academic institutions alike.
Reliable Performance and SafetyOperating at 50 Watts and compatible with standard 220-240V outlets, the machine balances power efficiency with functional reliability. Safety features and robust design reduce operational risks, ensuring a secure environment for laboratory technicians and students.
FAQs of CNC MILLING MACHINE:
Q: How is the CNC Milling Machine utilized in laboratory settings?
A: The CNC Milling Machine is used for precise milling, cutting, and shaping of materials during research or educational projects, providing high accuracy required for laboratory work.
Q: What materials is the machine made from, and why does it matter?
A: The machine is constructed from stainless steel, ensuring resistance to corrosion, long-term durability, and suitability for sterile laboratory environments.
Q: When is this milling machine recommended over conventional models?
A: It is ideal when high precision, repeatability, and automation are needed, especially for detailed scientific experiments or sample preparation in labs.
Q: Where can the CNC Milling Machine be installed?
A: It is designed for laboratory settings and can be installed in research institutes, academic labs, and industrial research facilities across India.
Q: What is the process for operating this milling machine?
A: Users program the desired design via compatible software, load the material, and the machine autonomously mills the piece according to the specified parameters.
Q: What benefits does this CNC Milling Machine offer laboratories?
A: Benefits include precise machining, time-saving automation, reduced manual error, and stainless steel durability all contributing to efficient lab operations.