High pressure casting is a process in which molten
metal is safely filled into the mold cavity under
pressure. High dimensional accuracy greatly
reduces machining work. High pressure die castings
have a good surface finish, which is a basic
requirement for coating. Molds have a long service
life, reduce unit part costs, and more complex parts
can be produced, thereby reducing the number of
components required in an assembly.
Sand casting is one of the oldest and most widely used
casting processes in the metal industry. It is a costeffective method for producing metal components in a
wide range of sizes and shapes, making it suitable for
various industries, including automotive, aerospace, and
construction. Sand casting offers several advantages,
including the ability to produce large and heavy
components, flexibility in design, and relatively low
equipment and tooling costs.
We can provide you with the
production of the most
efficient part in the weight
and shape you need with
different material options
like:
Alloyed steel
Carbon steel
Gray cast iron / spheroidal
cast iron aluminum
The gear and gearbox manufacturing sector
plays an important role in the operation of
industrial machinery. Baca Makine, carefully
manufactures the most suitable part to make
the machine parts compatible and ensure the
correct transfer of energy
Machining is a manufacturing process
that involves removing material from a
workpiece to create a desired shape or
finish.
Machining is used to create a wide range
of products, including automotive and
aerospace parts, consumer electronics,
and tools. The process can be
performed manually or using known as
CNC machines, which can execute
complex cutting operations with high
precision and consistency.
Chill cast offers many benefits for
manufacturers looking for a more
efficient method of making functional
components and improving quality.
Chill cast molds are precision machined
from metallic material with excellent
thermal conductivity and thermal
fatigue properties.
Investment casting can produce
complicated shapes that would be
difficult or impossible with other casting
methods. It can also produce products
with exceptional surface qualities and low
tolerances with minimal surface finishing
or machining required.
All types of reducers and
gearboxes that are manufactured
in state-of-the-art facilities are used
in various sectors around the
world. In our high-tech factories, all
types of special reducers and gears
can be manufactured as required
WELDING FEATURES With a simple fusion, two parts can be combined. Large and heavy parts such as blocks and pipes can be welded using eutectic and tin-lead solder or melting alloys with low fusion points.
-Dust protected strong mechanical structure
-Feature of positioning welding head on 1,2 or 3 lines
-Feature of oscillation on 1, 2 or 3 lines
-Enable to work on different axis without mechanical adjustment
-Enable to be used in Submerged,Inert gas or TIG
-Enable to integrated with automations systems
-“OLED” screen which all the parameters can be seen.
316 quality is the best known stainless steel after 304, the biggest difference is containing molybdenum (Mo). Molybdenum (Mo) 316 is better resistant to corrosion in corrosive environments than 304, it is especially good against cracks and pits in the surface and interior structure. Its shaping and welding capability is high. It can be used for various purposes in sectors such as industry, architecture, transportation. It does not require post-welding annealing for thin sections.
316L is the low carbon version of 316. Therefore, it does not require post-welding annealing for thick sections of 316L.
316Ti contains a small amount of titanium (Ti), the ratio is around 0.5%. The greatest advantage of this quality in the other two qualities is that it has a longer strength at high temperatures.