Length and width of the table - 700 x 400 mm, Max load on the table - 300 Kg , Travel of X, Y , Z - 700 x 400 x 300 mm , Positional accuracy - 0.01 mm , Repeatability - 0.005 or better

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Three Axis Vertical CNC Milling Machine

General Sir John Kotelawala Defence University

Product Category/ Test Name (Matrix):

CNC Machine

Sub Category:

Unmanned machining operations, Engineering Tool, Manufacturing Industry


CNC, Milling, Unmanned

Service Charge (Rs) -

Manufacturer Jinan Remax Machinery Technology Co. Ltd Funding Source General Sir John Kotelwala Defence University
Model REMAX & 6080 Whether the equipment service can be provided to external researchers/institutions Yes
Manufactured Year 0000 Availability of Technically Competent Staff Yes
HS Code Instrument Condition Functioning well
Vendor Name Bhoomo Tech (Pvt) Ltd Commencement of Operations Date 0000-00-00
Vendor Contact +94112716696 InstrumentPrice 0.00
Vendor Url Stage of the Record Completed
Catalog Aceess
Catalog Upload View File
Catalog Link
Institute General Sir John Kotelawala Defence University
Faculty Faculty of Engineering
Department Department of Marine Engineering
Laboratory Engineering Workshop
Contact Person Name LCdr RDMHM Ariyaratne
Email ariyarathnerdm@kdu.ac.lk
Phone Number 0112635268
Mobile Number 0710219485
Product Category CNC Machine
Sub Category Unmanned machining operations, Engineering Tool, Manufacturing Industry
Testing Paremeters NA
Description CNC machining is subtractive manufacturing technology, and it is a process used in the manufacturing sector that involves the use of computers to control machine tools like lathes, mills and grinders. This technique allows to machine components with high repeatability and precision, perform unmanned machining operations, improve production planning, and increase productivity. Here the parts are created by removing material from a solid block (called the blank or the workpiece) using a variety of cutting tools
Relevant Instruments CNC Machine
Technical Specification
Number of samples per cycle 0
Number of samples per day 0
Total usage hour per day 0

Under Development Stage

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