M A C H I N E S

"Precision Engineering with Modern Technology"

+251-58-227-1280 iptc1994@gmail.com Injibara Polytechnic College

Machines & Equipment

Modern Manufacturing Machinery for Quality Training

equipment overview

Modern Manufacturing Machinery

Our Metal Manufacturing Department is equipped with state-of-the-art machinery and tools that provide students with hands-on experience in modern manufacturing processes. We invest in industry-standard equipment to ensure our graduates are prepared for the demands of the manufacturing sector.

The equipment is regularly maintained and upgraded to keep pace with technological advancements in the metalworking industry.

45+

Major Machines

100+

Power Tools

95%

Operational Rate

Equipment Statistics

Total Equipment Value

$850,000+

Current market value of all equipment

Annual Maintenance Budget

$45,000

Regular maintenance and repairs

Equipment Age

3.5 Years

Average age of machinery

Machine Categories

Comprehensive range of metalworking equipment

Machining Equipment

Precision machining tools for metal cutting, shaping, and finishing operations.

Lathe Machines Milling Machines Drilling Machines Grinding Machines

Cutting Equipment

Advanced cutting tools for precise metal separation and shaping.

Plasma Cutters Band Saws Shearing Machines Laser Cutters

Fabrication Equipment

Metal forming and joining equipment for structural fabrication.

Press Brakes Rolling Machines Punching Machines Bending Machines

Welding Equipment

Various welding machines for different materials and applications.

MIG Welders TIG Welders Arc Welders Spot Welders

CNC Equipment

Computer-controlled machines for automated manufacturing.

CNC Lathes CNC Mills CNC Routers CNC Plasma

Testing Equipment

Quality control and material testing instruments.

Hardness Testers Tensile Testers NDT Equipment Measuring Tools

Major Equipment List

Detailed inventory of our manufacturing machinery

Equipment Name Model/Brand Quantity Specifications Status
CNC Lathe Machine Haas ST-20 2 Units 8" Chuck, 20 HP, 5000 RPM Operational
Vertical Milling Machine Bridgeport Series I 4 Units 3 HP, R8 Spindle, 9" x 42" Table Operational
Hydraulic Press Brake Amada HG 1003 1 Unit 100 Ton, 10' Bending Length Maintenance
Plasma Cutting Table Torchmate 4800 1 Unit 4' x 8' Table, 65A Plasma Operational
Band Saw Machine DoAll ML-16 2 Units 16" Capacity, Variable Speed Operational
Surface Grinder Chevalier FSG-1228AD 1 Unit 12" x 28", 3 HP Spindle Under Repair
MIG Welding Machine Lincoln Electric Power Mig 256 6 Units 250A, Multi-process Operational
TIG Welding Machine Miller Dynasty 280 4 Units 280A, AC/DC, Pulse Operational
Hydraulic Shearing Machine Durma AD-S 3050 1 Unit 10' x 1/4" Capacity Operational
Radial Drilling Machine Arboga G2508 2 Units 2" Capacity, 5 HP Maintenance
Rolling Machine Baileigh R-50 1 Unit 50" Capacity, 12 GA Mild Steel Operational
Hardness Tester Wilson Rockwell 574 1 Unit Rockwell Scale A, B, C Operational

Key Equipment Specifications

Technical details of our major machines

CNC Lathe Machine - Haas ST-20
  • Max Swing Over Bed: 22"
  • Max Turning Diameter: 12.5"
  • Max Turning Length: 20"
  • Spindle Speed: 50-5000 RPM
  • Spindle Motor: 20 HP
  • Chuck Size: 8"
Hydraulic Press Brake - Amada HG 1003
  • Capacity: 100 Tons
  • Bending Length: 10 Feet
  • Daylight: 12"
  • Stroke Length: 6"
  • Motor Power: 15 HP
  • Control: CNC Back Gauge
Plasma Cutting Table - Torchmate 4800
  • Cutting Area: 4' x 8'
  • Plasma Power: 65 Amps
  • Cutting Speed: 0-400 IPM
  • Material Thickness: Up to 1"
  • Control: CNC Software
  • Accuracy: ±0.005"
MIG Welding Machine - Lincoln 256
  • Output Range: 30-250 Amps
  • Duty Cycle: 60% @ 250A
  • Input Voltage: 230/460V
  • Wire Size: 0.023" - 0.045"
  • Processes: MIG, Flux-Cored
  • Weight: 225 lbs

Equipment Maintenance

Comprehensive maintenance program for optimal performance

Preventive Maintenance

Regular scheduled maintenance to prevent breakdowns

  • Daily Inspections
  • Weekly Lubrication
  • Monthly Calibration
  • Quarterly Overhaul

Corrective Maintenance

Repairs and replacements when equipment fails

  • Diagnostic Testing
  • Component Replacement
  • Emergency Repairs
  • Spare Parts Inventory

Predictive Maintenance

Monitoring equipment condition to predict failures

  • Vibration Analysis
  • Thermal Imaging
  • Oil Analysis
  • Performance Monitoring

Operator Training

Proper equipment operation training for students

  • Safety Procedures
  • Operation Training
  • Basic Maintenance
  • Troubleshooting

Equipment Gallery

Visual tour of our manufacturing machinery

CNC Lathe Machine
CNC Lathe Machine

Haas ST-20 Model

Milling Machine
Vertical Milling Machine

Bridgeport Series I

Press Brake
Hydraulic Press Brake

Amada 100 Ton

Plasma Cutter
Plasma Cutting Table

Torchmate 4800

Welding Machine
MIG Welding Machine

Lincoln Electric 256

Band Saw
Band Saw Machine

DoAll ML-16

Surface Grinder
Surface Grinder

Chevalier 12x28

Shearing Machine
Hydraulic Shearing Machine

Durma 10' Capacity

Equipment Safety & Operation

Safety Requirements
  • Complete safety training before operation
  • Proper PPE must be worn at all times
  • Machine guards must be in place
  • Emergency stops must be functional
Operation Procedures
  • Pre-operation inspection required
  • Follow manufacturer guidelines
  • Report any abnormalities immediately
  • Clean equipment after use
Equipment Access Levels
Level 1

Basic Machines

After 1 month training
Level 2

Intermediate Machines

After 3 months training
Level 3

Advanced Machines

After 6 months training
Request Equipment Training