Drilling Machine are one of those powerful instruments which are generally apparent due to its constant control and accessible as a powerful instrument. It is one the most talented or versatile hardware tool which is utilized in households, factories, workshops and industries. We can describe it as a small friend of carpenters, mechanics and your if you does it.
SPECIFICATION : SJR 40 F Drilling cap. In Steel 40 Drilling cap. C. I. 45 Tapping in M. S. 20 Spindle center to col. 890 / 387 Spindle travel 235 Spindle nose to base 900 / 185 Dia. of column 165 Dia. of RAM 72 Size of table 380 x 280 x 275 Overall base size 1270 x745 x200 No. of spindle speed (8 speed) 90 to 2630 RPM Taper in spindle base MT-4 Machine area of base 1200 x 605 Drill motor (gear drive) 1.5 HP & 1 HP Total height 1900 V-Belt size A-24, B-47
Model : HK16 VARIO Max. drilling capacity : Max. 16mm Max. face milling capacity : Max. 50mm Max. end milling capacity : Max. 16mm Working range : 175mm Working table size : 400X120mm T-slot size : 10mm X-axis travel : 220mm Y-axis travel : 160mm Z-axis travel : 210mm Taper of spindle bore : MT2 Sleeve travel : 52mm Range of spindle speeds : 50-2250rpm Headstock tilt left & right : 450 Motor power : 500W NW/GW : 70/90Kg. Package size LXWXH : 500X450X760mm.
Max. Drilling capacity 20 in steel Motor power (rpm) 1.1kw/1000 1.1kw/1400 1.1kw/2880 Spindle speed (rpm) 510, 1000, 1830 750, 1440, 2900 1500, 2880 Spindle travel 100mm Working stroke 80mm(variable) Working area 350mmx340mm Thrust load at 6bar 650kg Distance between spindle to table max. 450mm Distance between spindle center to column front 213mm Distance from table top to base 750mm Hydraulic power pack Motor power rpm 0.75kw/1400 Tank capacity 75lts Pump output 15.6 lpm Operating pressure 30.35 bar Machine size (mm) 1300l x 700w x 1900h
Drilling machine Multi spindle KOLB MPN 8-40, 1979 Deep hole POREBA TPW 90, 1983 Deep hole POREBA TRC 160, 1975 Deep hole TQ 2160 , 1991 Radial drilling machine ODESSA 2A 587, 1998 Gear hobber TOS FO 16, 1971 Gear hobber FO 25, 1951 Gear hobber FO 10, 1973 Gear hobber ZFWZ 3150, 1970 Gear hobber STANKO 5343 , 1970 Bevel gear generator KLINGENBERG AFK 201 AVAU,1976
Helical, Burnishing Drills are designed to work with hard metal materials such as steel, castiron, and sus. Even without a guide Bush or center Drilling there is good precision and intensity of illumination.
MZB 7221 Max drill diameter 35mm - single driller 13mm - multiple driller Max working depth 60mm Number of spindle 21 spindlesx2 line=42 Driller installing diameter 10mm Max working distance L Max.xB.Max=2700mmx672mm Min working distance L Min.xB.Min=250mmx32mm Spindle speed 2840rpm Total power 3.0 kw Overall dimensions 2200x1200x1500mm Weight 500 kgs
Chicago Pneumatic Rock Drills are the ideal tools for all your drilling operations. Their streamlined design incorporates smooth contours, a side exhaust and a "flat back" that makes them easy to handle in quarry, mine and general excavating work. The design also provides a main valve and cylinder-porting concept that helps maintain constant drilling speed throughout a long service life. Working parts are constantly protected with an effective lubrication system. Features - Forged steel housings withstands rugged use. - Cushioned piston reduces shock. - Multi position throttle for easy starting of holes. - Blower level for deep hole cleaning, except CP-0022. - Integral oiler provides continuous lubrication. - Air inlet swivel improves maneuverability.
These versatile tools are both a drill and a chipping hammer. A push of the rotation release button easily and quickly converts the tool to a hammer. The CP-0009 and CP-0014RR rotary hammers are designed for a wide variety of construction and maintenance applications such as driving or setting masonry anchors and drilling holes in concrete, bricks or rock. As a hammer, these tools can be used for chipping, scarifying, scaling and cleaning welds. Features - Excellent power-to-weight ratio helps drill holes faster and easier than comparable electric rotary hammers. - Built-in oilier provides continuous lubrication. - Teasing throttle for precise control. - Rotation release button converts tool to a hammer on some models. - Cushioned piston for smooth operation.
The drilling rigs can fully meet the well-drilling- process requirements by adoption of flexible driving designs- mechanical drives (high-speed diesels, hydraulic transmission box, angle gear box or middle-speed diesel hydraulic transmission, chain combination box), compound transmission and electrical drives (VFD or SCR) etc. * The whole unit is very compact and a quick whole transportation and installation of the whole drilling rig can be realized due to a utilization of a skid-mounted structure. In addition, the drilling rig requires a small working site due to its high integration and compact configuration. * Masts and substructures have various structures, such as: perpendicular-hoist sectional mast, whole-hoist K-type mast, telescopic substructure, spirally hoisted substructure and folding - frame substructure. * A standard and module design and various ways of combination have been adopted in order to boost up the universal and exchangeable performances of the drilling rigs and to meet the user different requirements. * Disc brake or band brake can be applied as main brake and air brake or FDWS brake can be used as auxiliary brake and the energy-consumption braking can be available for electrical-drive-rig auxiliary brake. The drawworks can be equipped with bit-feed motor and control system. * The Internet and communication techniques have been used on the drilling rigs, which can realize an integral display for power, air control, hydraulic control, and monitoring and the intellectual and safe control of the driller. * The perfect configurations of the solid control system, well control system, high-pressure pipe manifold system, the generator house, the engine pump house, doghouse and other auxiliary facilities can meet the user different requirements. Safety and inspection measures are strengthened under the guidance of the design concept of ° Humanism Above All¡± to meet the requirements of HSE.
Command Energy’s drill collars are made of modified AISI 4145H chromium molybdenum alloy steel. These drill collar bars are full-length heat treated and water quenched to obtain mechanical properties as specified by API Spec 7-1. Full mechanical and chemical mill test certifications are supplied with all drill collars. These mill test certifications guarantee a hardness range of 285 to 341 BHN and an impact value of 40 ft-lbs at room temperature, one inch below surface. All drill collar bars are trepanned then drifted to API specifications to ensure close tolerance bores. Drill collars are also supplied with the outer surface either machined or rough peeled.