Product Description
We are one of the leading manufacturers and suppliers of high performance Laboratory High Speed Milling Machine that can be used in machining of various types of metallic and alloyed work pieces. It is in high demand due to its high working efficiency and robustness. This industrial unit is installed with an easy to use control panel to easily set operational parameters. It can be delivered to our customers with a supply ability of 10 units per week.
Precision Laboratory Milling for Advanced ResearchEngineered for professionals in research, metallurgy, and chemical analysis, the LSMM-100 milling machine delivers precise, high-speed sample processing. Its robust mild steel construction ensures durability and the air-cooled system supports extended use. The electromagnetic chuck and manual controls allow users to achieve high accuracy, making it an essential tool for laboratory environments where precision and reliability are paramount. This compact, bench-type machine is easy to install and operate within limited spaces.
Safety and User-Friendly OperationThe LSMM-100 is designed with multiple safety features, including an emergency stop switch and guarding to protect operators during operation. The manual control system is straightforward, ensuring smooth usage even for those unfamiliar with automated CNC systems. Regular packing in a sturdy wooden crate provides added protection during transport, making it a secure choice for laboratories across India and beyond.
FAQ's of Laboratory High Speed Milling Machine:
Q: How is the Laboratory High Speed Milling Machine typically used in research labs?
A: This milling machine is used for high-precision milling and grinding of sample materials, which is crucial in fields like material research, metallurgy, and chemical analysis. Its accuracy allows researchers to prepare samples for detailed study and testing where micron-level surface finish is required.
Q: What benefits does the air-cooled cooling system provide during operation?
A: The air-cooled system helps maintain consistent spindle and motor temperatures, enabling prolonged operation without the risk of overheating. This ensures the milling process remains stable and extends the overall lifespan of the machine, requiring less maintenance.
Q: When should the emergency stop switch be used?
A: The emergency stop switch must be activated immediately in the event of a mechanical malfunction, unintended operation, or any unsafe condition, ensuring user safety by promptly halting all machine activity.
Q: Where is the LSMM-100 model best suited for installation?
A: This bench-type milling machine is ideal for laboratory environments, fitting conveniently into small spaces due to its compact floor footprint of just 0.5 square meters. It is commonly installed on laboratory workbenches or stable tables.
Q: What is the process for mounting and securing a sample in the electromagnetic chuck?
A: To secure a sample, place it within the designated 50 mm x 50 mm size on the electromagnetic chuck (100 mm x 200 mm). Activate the electromagnetic hold to firmly secure the sample, then proceed with manual positioning for precise milling.
Q: How does the LSMM-100 ensure high-precision surface finishes?
A: Thanks to the linear guide table, stable rotation (up to 4500 RPM), and a robust grinding wheel, the machine achieves a surface finish accuracy of up to 0.01 mm. The manual controls allow fine adjustments, granting users meticulous command over the milling process.
Q: What are the advantages of choosing a non-CNC, manually controlled milling machine for laboratory use?
A: Manual machines like the LSMM-100 provide direct operator control, allowing for real-time adjustments and ease of use. This simplifies operation, reduces maintenance complexity, and lowers the overall cost, making it ideal for laboratories with varied sample preparation needs.
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