Architecture Machine can make a more responsive, more meaningful environment possible for the individual. Architectural Machines is important for it should consider some mechanism for increase the performances.
It consists the following parts:
- Air Drill
- Concrete Mixture Machines
- Drill Machines
- Grease Pumbs
Air Drill is designed for use on hammer and rods to achieve the utmost in gripping power and breaking power, without the possibility of slipping off the rod or hammer. Basically it is a powerful automated Break out Systems to connect and disconnect the conventional Drill Pipe, Collars and Hammers safely and quickly.
Air Drill supplies standard high-pressure air compressors and booster compressors, custom built for specialized application in the mineral, gas and oilfield industries. Air Drill Rotary Heads can be used with very large Hammers, Cluster Drills or Roller Cutter Heads to drill hole diameters from 50mm to 2.0 meter in diameter. But now days its incorporating new features i.e. higher torque.
It is lightweight and its compact size is easy to handle. It provides full power in forward and reverse. It has special features in positive action trigger for speed control. Basically it is an economical, high quality drill for all your general purpose drilling, honing, reaming. It has longer durability. It has auto-tracking system.
It is used for anchor holes in concrete and Carbide Drill Bits. It is fast drilling system for holes with solid Carbide Drill Bits and carbide Core Bits. It has two components. A powered to eliminate electric motor and Hammer drilling or straight rotary drilling. Basically it is different types:
- Air Hammer Drill & Air Drill
- Air Rotary Hammer Drills
- Hydraulic Rotary Hammer Drills
Concrete Mixture Machines
Concrete mixture is a significant part of the building process. Concrete is constructional material that consists of cement and water. If you use high-performance concrete made the process of proportioning concrete mixtures more complex. Using the right mix proportions for each project is extremely important, and you must deal with several constraints. Optimizing concrete mixtures (meeting several performance requirements while minimizing costs) could result in material cost savings and more confidence that a concrete mixture will meet specifications. From this point of view the concrete mixture machines are essential in the entire world.
The composition of Concrete is as follows:
Concrete mixture machines ensure total control over material quality, product performance and on-time delivery.
Drilling machines are either mechanically or hydraulically driven, and are floor or table mounted. The axis of cutting tool rotation is vertical, horizontal or adjustable and hole location can be determined by positioning either the spindle or the work piece. Additional operations are also performed on drilling machines: boring, counter boring, reaming, tapping, and spot-facing are all similar to drilling in the basic machine motions and usually require a drilled hole to begin with.
There are basically five types of drilling machine
- Uprights drills
- Radials drills
- Horizontals drills
- Turret drills
- Multiple spindle drill machines
Upright drilling machines are categorized by a single vertical spindle that rotates in a fixed position and is supported by a modified C-frame construction. The various types include: simple belt drive, sensitive, geared-feed upright, heavy-duty, precision, and deep-hole drilling machines. The simple belt-drive machines are the most widely used. They are machines that do not have a geared or positive mechanical drive to the spindle. If speed changes are needed, then it is accomplished by the shifting of belts. These machines are either floor or bench mounted.
Radial drilling machines have a radial arm which allows the positioning of the tool head at various distances from the column, permitting the rotation of the head about the column. Therefore, radial drilling machines have a higher work piece capacity than uprights. The various types include: standard, horizontal spindle, and universal radial drilling machines. Standard drillers are the most widely used and are designed so that the spindle stays in a vertical position at all times. Horizontal-spindle work on larger work pieces requiring horizontal drilling. Universal drilling machines have no base, instead they have a runway where the column and the column base can be traversed.
these machines were made because sometimes it is almost impossible to position work pieces for vertical drilling. The various types include: table-type, way-type, and self-contained drilling machines. Table-types have a rotary table, it allows four sides of a work piece to be programmable. Way-types are usually single-purpose machines designed around flat or bar-type ways. Self-contained drill units use all types of feeding mechanisms, cam, screw, hydraulic, electronic and air pressure.
Turret drilling machines have a multi-sided spindle turret, very similar components to that of the upright drilling machine. Depending on the number of faces the turret drills have, they offer more flexibility of separate speed adjustments depending on your desired spindle speed.
Multiple-spindle drilling machines offer a wide variety of spindles from standards to single-purpose production machines. Standard gang drillers consist of two or more standard columns, heads, and spindles that are mounted on a common base. Universal joint drillers allow each spindle to be adjustable within a certain area. In-line drillers have one central drive which drives a number of spindles in a line next to each other. Finally, fixed-spindle production drillers contain a number of spindles arranged in a fixed pattern, getting their power from a series of gears that are driven by a single driver.
There is an increased focus on bearing lubrication in most paper mill production environments. Bearings are the heart of the machine and each unscheduled shutdown due to bearing failure is a major expense. Mills are intensifying efforts to find cost-effective ways to reduce their costly downtime and improve maintenance practices. World-class companies have introduced predictive maintenance programs and preventive maintenance is becoming standard practice during scheduled shutdowns.
It is well known that too much grease causes a bearing to build up heat. Too little grease causes the bearing to run dry. Both lead to premature bearing failure. This case study presents the significant savings achieved at a Swedish mill when it decided to focus on applying the exact amount of grease to its bearings.
Find Cheap and Best Architectural Machines at Sahl Engineering Lathe and Machining Workshop in Cikarang Bekasi, nearest Jababeka Lippo. We also serve the KIIC Suryacipta and KIM and Karawang areas.