CNC Machine Lab, CNC Machine Lab Equipments, CNC Machine Lab Tools, CNC Machine Lab Tool Kits, CNC Machine Lab Manufacturers, CNC Machine Lab Suppliers from India, China, Kenya
Lab Tender Suppliers Africa and Lab Equipment Africa Kenya, Uganda, Sudan, Algeria, Morocco, Angola, Ghana, Mozambique, Madagascar, South Africa, Ivory Coast, Cameroon, Niger, Burkina Faso, Mayotte, Sao Tome, Seychelles, Zambia, Chad, Somalia, Senegal, Zimbabwe, Guinea, Rwanda, Benin, Burundi, Tunisia, South Sudan, Mali, Malawi, Nigeria, Ethiopia, Egypt, DR Congo, Tanzania, Togo, Sierra Leone, Libya, Congo, Central African Republic, Liberia, Mauritania, Eritrea, Gambia, Botswana, Namibia, Gabon, Lesotho, Guinea Bissau, Equatorial Guinea, Mauritius, Eswatini, Djibouti, Reunion, Comoros, Cape Verde, Western Sahara Ministerial Tender Board Lab Equipment India, Ministry of School Education Lab, Vocational Training Lab Tenders Suppliers India
T-slot-dimension 3 x 14 x 130mm
Distance from Floor to Table 840mm
Max. load on table 400kg
Capacity
X/Y/Z Axis Travel 650 x 400 x 500mm
Dist. from Spindle Axis to Column Guide Way 510mm
Dist. from Spindle Face to table top 120 - 620mm
Guide Way LM Guide Way - 25mm
Ball Screw Size & Pitch 32 Pitch:12mm
Spindle
Spindle Speed 40-8000 rpm
Spindle Power 5.5 / 7.5kw
Front Bearing Bore 60/95mm
Spindle Nose BT40
Accuracy
Positioning Uncertainty 0.005/300mm(JIS)
Repeat Positioning Accuracy 0.005/300mm(JIS)
Feed
Rapid Traverse (X, Y & Z) 30/30/24mm/min.
Cutting Feed 2-10000mm/min
ATC
ATC Type Disc
Number of Tools 16
Tool Dia. Max. 120mm
Tool Weight Max. 8 Kg.
Tool Length Max. 350mm
Min. Time of Tool Change 7 sec
Drilling And Tapping Centre
....
Slant Bed Turn Mill Centre
....
The CNC Machines And Learning Systems builds on these foundational skills by adding how to calculate the speeds and feeds for CNC operations, how canned cycles and subprograms are used to simplify CNC programs, and how to use cutter compensation. CNC Machines And Learning Systems cover how to operate a CNC milling machine and how to develop basic programs that will run the machine. More specifically, the CNC Machines And Learning Systems will cover fundamentals like linear interpolation, startup and shutdown blocks, tooling selection, and accurate PRZ location before moving on to more advanced circular interpolation commands.
This level of hands-on practice offered by CNC Machines And Learning Systems is mirrored throughout other systems in Project Based Learning program. Each of these learning systems uses the Micromill CNC milling machine, which allows learners to gain hands-on milling program design and practice. Project Based Learning systems were specifically designed for high school students in order to teach them teamwork, STEM, and problem-solving skills that are applicable to real-world advanced manufacturing career opportunities.
Features:
The CNC Machines And Learning Systems will cover fundamentals like linear interpolation, startup and shutdown blocks, tooling selection, and accurate PRZ location
The CNC Machines And Learning Systems builds on these foundational skills by adding how to calculate the speeds and feeds for CNC operations, how canned cycles and subprograms are used to simplify CNC programs, and how to use cutter compensation
Includes the Micromill IST CNC milling machine, which allows learners to gain hands-on milling program design and practice.
CNC Machines Learning System includes a CNC Lathe, a tooling package, multimedia curriculum, an instructors guide, installation guide, and a student reference guide. CNC Machines Learning System introduces learners to the CNC lathe and covers the operation and programming of this vital industrial machine. Learners will study the basic components and function of the lathe and then write programs to reduce the diameter of a shaft and create a part with a specific fillet. Learners will use the curriculum to study CNC lathe topics like basic lathe G- and M-codes, absolute and incremental programming, circular interpolation, and program interpretation, and then practice applicable, industry-relevant skills with the CNC lathe. Lathes are one of the most widely used machines in industrial settings, found in every machine shop, so understanding their operation and function is vital for future members of the workforce.
Features:
Study CNC lathe topics like basic lathe G- and M-codes, absolute and incremental programming, circular interpolation, and program interpretation.
Introduces learners to the CNC lathe and covers the operation and programming of this vital industrial machine
Includes a CNC lathe, a compact, 2-axis CNC lathe with totally covered interlocking guards.
CNC Machine Operators require skills in operating a CNC machine but are not machinists. Many training programs for CNC Machine Operators use training really designed for machinists, which incorporates a lot of theory not relevant to the role of CNC Machine Operator. For example, a CNC Machine Operator needs to know how to run a CNC program not how to design one. Through industry task analysis as well as strong involvement with our development partner, a large global manufacturer, CNC Machine Operator Program brings a highly focused, streamlined set of skills to CNC Machine Operator training. NIMS provides national standards for metalworking. NIMS (National Institute for Metalworking Skills) endorses CNC Machine Operator Program -FANUC Based Interface exclusively as the recommended preparation method for the NIMS CNC Machine Operator Certification.
Features:
24 Self-paced Learning Units
132 Skills, 80+ Hours of Learning
Highly Interactive Exercises
Nationally Recognized Certification
Strong STEM Development
OTJ (On-The-Job Training) Guide
Instructor's Guide with Authentic Skill Assessments.
Circular Interpolation will cover absolute and incremental positioning, circular interpolation, program interpolation, program interpretation and pausing CNC programs. In learning basic CNC Mill programming, linear interpolation, start-up and shutdown blocks, tooling selection, and locating zero is discussed and skills are applied to move to Circular Interpolation. CNC Machines Micromill begins by introducing CNC Mill programming by describing the functions and operations of a CNC Mill and discussing CNC Mill programming, simulation, and safety.
Features:
Strong Depth and Breadth of Content
Text and Audio
Built for Self-Paced Learning
Engaging Interactions
Stunning 3D Animations.
The learner learns how to use the Screen Control and soft keys to navigate commonly used screens and how to read and interpret the information on the screens. CNC Control course focuses on the purpose, common components, functions, and operations of the CNC. This course provides practical knowledge of how to perform common operations and troubleshooting tasks using the CNC.
Features:
Stunning 3D Animations
Text and Audio
Strong Depth and Breadth of Content
Engaging Interactions
Built for Self-Paced Learning.
