What should be paid attention to CNC™ ↓ vertical machining center?

1. When fixing the main sh§≥aft to the headstock, use¥™✔ a torque wrench, and the locking f♣∑©↑orce (7000N) must be the same, and∑$β✘ no inclination can occur.

2. In the process of§←$ disassembling the main shaft, we musλ§≥t keep in mind the order <✔γαand location of parts disassembly, and ≈ mark with a marker pen.♠δ✘ For key or complex parts, you can₽‌'↓ take pictures with mobile phones or δ•→digital cameras to prevent ™×≥©errors during installation.

3. Before the main shaft is i✘"δ♦nstalled, check the lub¶≥₹$rication of the bearings of ₹α←the main shaft; clean t≠"he parts where the box is in contact §‍αwith the main shaft, a &nd remove the places with sharp an§♥÷©gles.

4. In particular, operators shoul±®₩≠d be reminded to ensure the±ε lubrication of the ♦≥bearings of the main shaf→∑∏t, and timely fill the luλ"✔✘bricant to ensure the normal λ±operation of the machin®‌↕e tool.

The CNC vertical machining center manufacturers have explaine₩>♦d the following principles:

When we use CNC machine tools to proce‌ ss parts, we usually need to ∏≥₽control the various actions of the ma​✘★∞chine tool. One is the s€∑β‍equence of control actionsα$←>, and the other is the displacem★ ent of the moving parts ♠®σ←of the machine tool. Whe$Ω↑<n ordinary CNC machine t₽>€ools are used for proceβ'ssing, such operations as dri∑→ving, parking, cutting☆✔±, reversing, spindle speed change, and≈α switching of cutting fluid are♠λγ all directly controlled by huma↓ ✔↑ns. When using automatic  ✘∞βmachine tools and profiling C ™NC machine tools, the above-mentio₹≈↕ned operation and moλ✘tion parameters are controlled in the ≤≥★form of analog quantities through desi≥±gned cams, molds, and stops. A₽ ₩☆lthough they can process m£<€ore complex parts, and There is a  $∏certain degree of flexibility and ve∑‍rsatility, but the ma₩✔£chining accuracy of parts is affected ε•by the precision of cam an÷•<≥d master manufacturing,≤®×• and the process preparat‌÷•ion time is also very long.

When using CNC machine♣" tools to process parts, only the par​₹♠t graphics, process parameters, ✔×→processing steps, etc. must be >>programmed into the machine control s±↕™ystem in the form of digital informat★™ion, and then be proce♣®₩•ssed by the machine to be con∑ verted into instructions ☆☆to drive the servo mechanism. Si∏•↑gnals, so as to control the coor→>←​dinated action of each part of t<±'he machine tool to au♦₩§←tomatically process the parts. When cha™α♥nging the processing object,&λ♣☆ you only need to rewrite the p®≥↕αrogram code and input it ≠γto the machine tool, and thπ≤×δen most of the functions of t≤©he human brain and hands can b<←©>e replaced by the numerical control de₹↑>πvice, and the entire proce" €≥ss of processing is controlγ®led to produce any complex parts.→↓€•

The control system of CNC mach≈Ω​Ωine tools can generally contδ≈×↓rol the machine tool according to d☆Ω↕igital program instructions to ™× realize automatic start, stoδ≠£±p, reversing and speed♦± change of the spindle, can automa¶↕§•tically control the feed speed​ ÷, direction and processing route, peγ‍rform processing, can sπ•elect tools and adjus γt eating tools according ∞©to the size Measurement and walking♥↕← trajectory, can complete vari♠&ous auxiliary actions requirα≈ed in processing.