Lathes
Lathes are machine tools that precisely shape metal by rotating it against a cutting tool, enabling operations like cutting, drilling, and turning to create accurate cylindrical parts crucial for industries such as automotive and aerospace. Key points about metal lathes:
- Function: Primarily used for shaping metal by removing material from a rotating workpiece with cutting tools.
- Applications: Creating cylindrical parts like shafts, axles, gears, bushings, and more.
- Precision machining: Metal lathes are designed to produce high precision parts with tight tolerances.
- Operations performed: Turning, facing, threading, drilling, boring, knurling.
- Materials worked with: Steel, aluminum, brass, iron, and other metals.
Graziano Centre Lathe
- Between Centres 2m
- Swing over bed dia 0.6m
- Swing over saddle dia 0.35m

TOS Centre Lathe
- Between Centres 2.5m
- Swing over bed dia 0.6m
- Swing over saddle dia 0.35m

CQ 6280C 3M Centre Lathe
- Between Centres 3m
- Swing over bed 0.85m
- Swing over saddle 0.5m

Breda Centre Lathe
- Between Centres 3m
- Swing over bed 0.9m
- Swing over saddle 0.45m

CW62100D 6M Centre Lathe
- Between Centres 6m
- Swing over bed dia 1.0m
- Swing over saddle dia 0.65m

Boring Mill
Boring mills are machine tools that enlarge and drill holes in workpieces, improving their accuracy and finish. Boring mills are used in a variety of applications, including:
- Manufacturing: Boring mills are used in manufacturing plants to produce parts such as gears, bushings, and bearings.
- Engine blocks: Boring mills can enlarge cylinder bores in automotive engine blocks.
- Water pipes: Boring mills are used to create holes for installing water pipes.
Underground tunnels: Boring mills are used to create holes for underground tunnels. - Reconditioning: Boring mills can be used to roughen or smooth out the interior surfaces of a cut hole, which is sometimes done when reconditioning a product.
- Repairing: Boring mills can be used to repair worn pieces of equipment.
- Heat-sensitive materials: Boring mills can enlarge holes in materials that are unsuited to thermal or electric-based hole-making methods.
Webster & Bennett Vertical Boring Mill
- Table dia 1.2m
- Swing dia 1.5m
- Under Bridge 1.2m

Sandin Vertical Boring Mill
- Table dia 2.8m
- Swing dia 3.2m
- Under Bridge 1.6m

Tos Horizontal Boring Mill
- Spindle dia 100mm
- Bed 1.6m x 1.6m
- Travel on X-axis 1.8m
- Travel on Y-axis 1.2m
- Travel on Z-axis 3.0m

Collet Horizontal Boring Mill
- Spindle dia 130mm
- Travel on X-axis 2.5m
- Travel on Y-axis 4.5m

Sheiz Vertical Boring Mill
- Table dia 1.8m
- Swing dia 2.8m
- Under bridge 1.5m

Radial Arm Drill
A radial arm drill is a drilling machine used for drilling large, heavy, and strong materials, and for other related tasks:
- Drilling: Radial arm drills can drill holes of various sizes and depths in large pieces that are too heavy to move.
- Boring: Radial arm drills can bore holes in large, heavy parts.
- Tapping: Radial arm drills can tap holes in large, heavy parts.
- Reaming: Radial arm drills can ream holes in large, heavy parts.
- Counterboring: Radial arm drills can counterbore holes in large, heavy parts.
- Milling: Radial arm drills can perform occasional milling tasks
Kolb Radial Arm 2.0m Drill
- 6 Morse Taper
- Drill Capacity 100mm
- Under Column 2.0m
- Column Travel 2.0m

Asquirth Radial Arm 1.2m Drill
- 5 Morse Taper
- Under Column 1.2m
- Column Travel 1.2m

Asquirth Radial Arm 1.5m Drill
- 5 Morse Taper
- Under Column 1.5m
- Column Travel 1.5m

Milling Machine
Milling machines are used to remove material from solid materials, usually metal, by rotating a cutting tool into the workpiece. They can be used for a variety of purposes, including:
- Machining surfaces: Milling machines can machine flat and irregularly shaped surfaces.
- Drilling, boring, and cutting: Milling machines can drill, bore, and cut gears, threads, and slots.
- Creating complex parts: Milling machines can be used to craft complex parts like gears.
- Producing uniform parts: Milling machines can produce parts that are uniform in size and shape.
Milling Machine W.M.W
- Travel on X-axis 0.90m
- Travel on Y-axis 1.20m
- Travel on Z-axis 0.45m
