Teknik blog
01Surface Roughness: Ra, Rz and Functional Surfaces
What Ra and Rz describe is a practical guide that distinguishes appearance, surface roughness, coating, and measurement control in CNC parts.
Yazıyı okuyun →FACTORAB TECHNICAL BLOG
Practical guides from technical drawing to method selection, from production demand to measurement report.
Teknik blog
01What Ra and Rz describe is a practical guide that distinguishes appearance, surface roughness, coating, and measurement control in CNC parts.
Yazıyı okuyun →Teknik blog
02Examine the effect of chips control on surface quality, cutting tool life and production continuity in the context of materials and operations.
Yazıyı okuyun →Teknik blog
03Examine the effect of thermal expansion on precision measurement with a simple calculation, distinguishing material temperature, measurement conditions and device properties.
Yazıyı okuyun →Teknik blog
04Plan revision, workholding, cutter tool tracking, first part control and party records together as you move from prototype to mass production.
Yazıyı okuyun →Teknik blog
05A practical purchasing guide that discusses material selection in CNC parts along with quality code, delivery status, use requirement and control documents.
Yazıyı okuyun →Teknik blog
06In hole processing, depth as well as diameter, input-output geometry, chips evacuation and control access are also important. Learn the information to be clarified in technical drawing.
Yazıyı okuyun →Teknik blog
07Determine the CNC tolerances according to the function of the part. Examine the differences between critical measure, geometric relationship, control method and cost with examples.
Yazıyı okuyun →Teknik blog
08A diagnostic approach that evaluates vibration marks in CNC processing, along with cutting tool protrusion, workholding, cutting conditions and surface requirements.
Yazıyı okuyun →Teknik blog
09Examine narrow machined pocket, small inner corners and unnecessary precision that increases the cost of CNC parts. Learn questions that facilitate production by maintaining function.
Yazıyı okuyun →Teknik blog
10Why is the reference surface, cutting tool access and second operation important in the CNC workholding process? Evaluate soft jaw and fixture decisions through parts.
Yazıyı okuyun →Teknik blog
11How do mill-turn CNC machines contribute to production? Reassemble workholding, interoperability standby, quality and total parts cost together.
Yazıyı okuyun →Teknik blog
12How does using Swiss-type CNC like a two-axis lathe affect capacity? study the role of rotary cutting tools, counter spindle and multi-channel programming.
Yazıyı okuyun →Teknik blog
13Prepare technical drawing, STEP model, material and quantity information to get a CNC production offer. Clarify tolerance, control and delivery expectations.
Yazıyı okuyun →Teknik blog
14Why is STEP model and technical drawing sent together? Evaluate geometry, tolerance, material and revision information together in the demand for CNC manufacturing.
Yazıyı okuyun →Teknik blog
15How should you specify critical measures, amount of control and acceptance criteria in the request for a measurement report? Clarify the report coverage before CNC parts production.
Yazıyı okuyun →Teknik blog
16How to choose between Swiss-type CNC and mill-turn? Evaluate on part geometry, size and diameter relation, operations, tolerances, and quantity.
Yazıyı okuyun →MANUFACTURING FROM Technical Drawing
Share technical drawing, material and quantity information. Consider processing and control requirements through the project.