Drilling machines. Boring machines
- 2A106P
drilling table Ø 6, Molodechno - 2A112
table drill Ø 12 - 2A125
vertical drilling Ø 25, Sterlitamak - 2A135
vertical drilling Ø 35, Sterlitamak - 2A150
vertical drilling Ø 50, Sterlitamak - 2B118
vertical drilling Ø 18, Vitebsk - 2B125
vertical drilling Ø 25, Krasnorechensk - 2G103P
table drill Ø 3, Kalyazin - 2G106P
table drill Ø 6, Yerevan - 2G125
vertical drilling Ø 25, Krasnorechensk - 2G175
vertical drilling Ø 75, Sterlitamak - 2L125
vertical drilling Ø 32, Lipetsk - 2M103P
drilling table Ø 3, Kirovakan - 2M112
drilling table Ø 12, Kirov, (Selmash) - 2M118
drilling table Ø 18, Orenburg - 2N106P
drilling table Ø 6, Molodechno - 2N112
drilling table Ø 12, Perm - 2N115pm
drilling table Ø 15, Perm - 2N118
vertical drilling Ø 18, Molodechno - 2N118-1
vertical drilling Ø 18, Molodechno - 2N125
vertical drilling Ø 25, Sterlitamak - 2N125L
vertical drilling Ø 25, Molodechno - 2N135
vertical drilling Ø 35, Sterlitamak - 2N150
vertical drilling Ø 50, Sterlitamak - 2Р135Ф2
vertical drilling machine with CNC Ø 35, Sterlitamak - 2С50
vertical drilling Ø 50, Sterlitamak - 2S108P
drilling table Ø 8, Molodechno - 2С118
drilling table Ø 18, Chelyabinsk - 2S125MP
vertical drilling Ø 25, Orenburg - 2S125, 2S125-1 (2S125-01), 2S125-04
vertical drilling Ø 25, Sterlitamak - 2С132, 2С132К
vertical drilling Ø 32, Sterlitamak - 2СС1м (2СС1)
drilling table Ø 6, Saratov - 2T118
vertical drilling Ø 18, Gomel, GSZU - 2T125
vertical drilling Ø 25, Gomel, GSZU - 2T140
vertical drilling Ø 40, Gomel, GSZU - 2T150
vertical drilling Ø 50, Gomel, GSZU - 2118
vertical drilling Ø 18, Novocherkassk - 2135
vertical drill Ø 35, Sterlitamak - AS2116m
drilling table Ø 16, Astrakhar - VSN
drilling table Ø 16, Kasimov - VSN-12
desktop thread-cutting machine M3..M8, Vitebsk - GS-520
drilling table Ø 16, Gomel, (GZSU) - GS2112
drilling table Ø 12, Gomel, (GZSU) - GS2116k
drilling table Ø 18, Gomel, (GZSU) - EM-102
drilling table Ø 12, Saratov - ZIM-426
drilling table Ø 6, Novosibirsk - ZIM-427
drilling table Ø 6, Novosibirsk - Corvette-42
drilling table Ø 16, Voronezh - Corvette-44
drilling table Ø 16, Voronezh - Corvette-45
drilling table Ø 13, Voronezh - Corvette-46
drilling table Ø 16, Voronezh - Corvette-47
drilling table Ø 16, Voronezh - Corvette-48
drilling table Ø 16, Voronezh - KS-02
drilling coordinate Ø 12, Kaunas - MS-36
drilling magneticØ 40, Grodno - MS-51
drilling magneticØ 51, Grodno - NS-12
drilling table Ø 12 - NS-12A
drilling table Ø 12, Vilnius - NS-12B
drilling table Ø 12 - NS-16
drilling table Ø 16, Rostov-on-Don - NS-23
drilling table Ø 23, Chelyabinsk - NS-Sh
drilling table Ø 12, Novocherkassk - NSP-2
drilling table Ø 6, Riga - NSF-1
desktop drilling and milling Ø 12, Chelyabinsk - NSF-23
desktop drilling and milling Ø 23, Chelyabinsk - R-175, R-175m
drilling table Ø 16, Chistopol - S-25
table drill Ø 5, Kalyazin - S-106
drilling table Ø 3, Kalyazin - S-155
drilling table Ø 3, Kirovakan - SV-20
tabletop drilling five-spindle Ø 14, Yoshkar-Ola - SNVSH
tabletop drilling Ø 16, Rostov-on-Don - SNVSH-2
drilling table Ø 16, Rostov-on-Don - SNS-12
drilling table Ø 12, Alapaevsk - SUS-1
drilling table Ø 12, Vilnius - SF-1
drilling and milling tabletop Ø 23, Orsha - SF-16, SF-16-02, SF-16-05
drilling and milling tabletop Ø 16, Sterlitamak - TMNS-12
drilling table Ø 12, Tchaikovsky - 2A430
jig boring machine 280 x 560, Kaunas - 2A450
coordinate boring machine 630 x 1100, Moscow (MZKRS), Kuibyshev - 2A470
coordinate boring two-column 1400 x 2240, Leningrad, (Sverdlov) - 2B440A
jig boring machine 400 x 800, Kuibyshev, Samara - 2B460
coordinate boring two-column 1000 x 1600, Leningrad, (Sverdlov) - 2D450
coordinate boring machine 630 x 1120, Moscow (MZKRS) - 2E440A
jig boring machine 400 x 710, Kuibyshev, Samara - 2E450
coordinate boring machine 630 x 1120, Moscow (MZKRS) - 2E450AF1
coordinate boring machine 630 x 1120, Moscow (MZKRS) - 2E450AF30
CNC coordinate boring machine 630 x 1120, Moscow (MZKRS) - 2E460
coordinate boring two-column 1000 x 1600, Leningrad, (Sverdlov) - 2E470
coordinate boring two-column 1400 x 2240, Leningrad, (Sverdlov) - 24K40SF4
jig boring machine 400 x 800, Kuibyshev, Samara - 2421
jig boring machine 250 x 450, Kaunas - 2431
coordinate boring 320 x 560, Kaunas - 2431sf10
jig boring machine 320 x 560, Kaunas - 2450
coordinate boring 630 x 1100, Moscow (MZKRS) - 2455
jig boring machine 630 x 900, Kuibyshev - KR-450
coordinate boring two-column 380 x 520 - 2A53
radial drilling Ø 35, Odessa - 2A55
radial drilling Ø 50, Odessa - 2A554
radial drilling Ø 50, Odessa - 2A576, 2A587
radial drilling Ø 80, Odessa - 2A592
radial drilling Ø 25 x 130, Vitebsk - 2B56
radial drilling Ø 50, Kharkov - 2E52
radial drilling portable Ø 25, Gomel, (GZSU), Oktemberyan (Gyumri) - 2K52, 2K52-1
radial drilling portable Ø 25, Gomel, (GZSU) - 2K522
radial drilling portable Ø 32, Gomel, (GZSU) - 2K550V
radial drilling Ø 55, Gomel, (GZSU) - 2L53
radial drilling Ø 35, Oktemberyan (Gyumri) - 2L53U
radial drilling Ø 35, Oktemberyan (Gyumri) - 2M55
radial drilling Ø 50, Odessa - 2M57
radial drilling Ø 75, Odessa - 2M58
radial drilling Ø 100, Ivanovo - 2Н55
radial drilling Ø 50, Odessa - 2Р53
radial drilling Ø 35, Odessa - 2С550А
radial drilling Ø 36, Sterlitamak - 255
radial drilling Ø 50, Odessa - 257
radial drilling Ø 75, Odessa - 2532l
radial drilling Ø 32, Oktemberyan (Gyumri) - GS545
radial drilling portable Ø 45, Gomel, (GZSU) - 2А614
horizontal boring Ø 80 Charentsavan - 2A620
horizontal boring machine Ø 90, Leningrad, (Sverdlov) - 2А620Ф1
horizontal boring machine Ø 90, Leningrad, (Sverdlov) - 2А620Ф2
horizontal boring machine Ø 90, Leningrad, (Sverdlov) - 2A622
horizontal boring Ø 110, Leningrad, (Sverdlov) - 2А622Ф1
horizontal boring machine Ø 110, Leningrad, (Sverdlov) - 2A622F2
horizontal boring machine Ø 110, Leningrad, (Sverdlov) - 2А622Ф4
horizontal boring machine Ø 110, Leningrad, (Sverdlov) - 2A636
horizontal boring Ø 125, Ivanovo - 2А636Ф1
horizontal boring Ø 125, Ivanovo - 2A637
horizontal boring Ø 160, Ivanovo - 2А656Ф11
horizontal boring Ø 160, Leningrad, (Sverdlov) - 2V622F4
horizontal boring machine Ø 125, Leningrad, (Sverdlov) - 2E656
horizontal boring machine Ø 160, Leningrad, (Sverdlov) - 2L614
horizontal boring machine Ø 80, Charentsavan - 2M614
horizontal boring machine Ø 80, Charentsavan - 2N636GF1
horizontal boring Ø 125, Kolomna - 262g
horizontal boring machine Ø 85, Leningrad, (Sverdlov) - 2620, 2620A
horizontal boring Ø 90, Leningrad, (Sverdlov) - 2622, 2622A
horizontal boring Ø 110, Leningrad, (Sverdlov) - 2611F2
horizontal boring machine with CNC Ø 80, Ivanovo - 2620V
horizontal boring Ø 90, Ivanovo - 2622V
horizontal boring Ø 110, Ivanovo - 2636
horizontal boring Ø 125, Ivanovo - 2657
horizontal boring Ø 150, Leningrad, (Sverdlov) - 2A78
finishing and boring 500 x 1000, Maykop - 2А78Н
finishing and boring machine 500 x 1250, Maykop - 2E78P, 2E78PN
finishing and boring machine 500 x 1000, Maykop - 2G942
milling-central-turning Kostroma - 2054m
thread-cutting machine M8, Molodechno, Krasnorechensk - 2056
thread-cutting machine M18, Molodechno - A9518
thread rolling 63 kN, Ø 3..45, AZKPA - MR-71M
milling and centering Kostroma - UPW 12.5 x 70
thread rolling 125 kN, Ø 3..70, GDR - UPW 25 x 100
thread rolling 250 kN, Ø 10..100, GDR
2.1. Vertical and benchtop drilling machines
2.4. Jig boring machines
2.5. Radial drilling machines
2.6. Horizontal boring machines
2.7. Finishing boring machines and special
Economic aspect of choosing a lathe.
1.1. Cost of manufacturing a part.
It is necessary to take into account fixed and possible (variable) costs. Fixed: initial capital investment, machine depreciation, loan interest (if any). Variable: costs for materials, energy, labor, tools, maintenance and repair, spare parts, in case replacement is required. It should be taken into account that the cost of manufacturing a part using cheaper equipment will be lower, since machines of a smaller standard size, as a rule, cost less. Also, the cost of manufacturing a part is very closely related to processing productivity. The same parts can be produced using a variety of types of equipment, but depending on the technology and type of equipment, they can differ significantly in cost. It is necessary to take into account the serial production, the size of the average production batch of the smallest and largest parts. It is very important to calculate the load factor of equipment of each standard size. If we are talking about a group of lathes for the entire range of processed parts, then it is necessary to calculate which parts need to be processed on machines of a smaller standard size, and which ones on a larger standard size.
1.2. Footprint.
Another criterion in modern production is the space occupied by equipment.
It is no secret that machines built on the new principles of lean manufacturing with the same working area can have up to 1.5 times less occupied space, both by the machine itself and the area for servicing the machine. Scheme for determining the area occupied by the machine
A - work area for a simple operator B - area for extending the chip container C - area for connecting a bar feeder or automatic loader D - area for electrical cabinets and centralized stations
Grinding machines
- 3A10P
cylindrical grinder Ø 15, St. Petersburg, SPZPS - 3A110
cylindrical grinder Ø 140, Tbilisi - 3A130
cylindrical grinder Ø 280, Lubny - 3A151
cylindrical grinder Ø 200 Kharkov - 3A161
cylindrical grinder Ø 280 Kharkov - 3A164
cylindrical grinder Ø 400, Kharkov - 3A184
centerless cylindrical grinder Ø 80, Vitebsk - 3B12
cylindrical grinding machine Ø 200, Vilnius, Leninokan (Gyumri) - 3B151
cylindrical grinder Ø 200, Kharkov - 3B153
cylindrical grinder Ø 140, Vilnius - 3B161
cylindrical grinder Ø 280, Kharkov - 3E12
cylindrical grinder Ø 200, Vilnius - 3E180V
centerless cylindrical grinder Ø 1..10, Vitebsk - 3E184
centerless cylindrical grinder Ø 4..80, Vitebsk - 3K12
cylindrical grinder Ø 200, Leninokan (Gyumri) - 3M131
cylindrical grinder Ø 280, Lubny - 3M132v
cylindrical grinder Ø 280, Kharkov - 3M151
cylindrical grinder Ø 200, Kharkov - 3M152
cylindrical grinder Ø 200, Kharkov - 3M162
cylindrical grinder Ø 280, Kharkov - 3M151F2
CNC cylindrical grinder Ø 200, Kharkov - 3M153
cylindrical grinder Ø 140, Vilnius - 3M174
cylindrical grinder Ø 400, Lubny - 3M175
cylindrical grinder Ø 400, Lubny - 3M182
centerless cylindrical grinder Ø 25, Vitebsk - 3M184
centerless cylindrical grinder Ø 80, Vitebsk - 3M193
cylindrical grinder Ø 560, Kharkov - 3M194
cylindrical grinder Ø 560, Kharkov - 3M196
cylindrical grinder Ø 800, Kharkov - 3M197
cylindrical grinder Ø 800, Kharkov - 3U10A
cylindrical grinder Ø 100, Vilnius - 3U12af11
cylindrical grinder Ø 200, Vilnius - 3U12vf11
cylindrical grinder Ø 200, Leninakan - 3U131
cylindrical grinder Ø 280, Lubny - 3U132
cylindrical grinder Ø 280, Lubny - 3U133
cylindrical grinder Ø 280, Lubny - 3U142
cylindrical grinder Ø 400, Lubny - 3U143
cylindrical grinder Ø 400, Lubny - 3U144
cylindrical grinder Ø 400, Lubny - 312M
cylindrical grinder Ø 200, St. Petersburg, SPZPS - 3130
cylindrical grinder Ø 280, Kharkov - 3131
cylindrical grinder Ø 280, Lubny - 3132
cylindrical grinder Ø 280, Kharkov - 3151
cylindrical grinder Ø 150, Kharkov - 3180
centerless cylindrical grinder Ø 75, Moscow - 3184
centerless cylindrical grinder Ø 75, Vitebsk - B-88
cylindrical grinder Ø 140, Leningrad - KSh-400
ultra-high precision cylindrical grinder Ø 200 × 400 - 3A227, 3A227P
internal grinding Ø 400, Saratov - 3A228
internal grinding Ø 200, Voronezh - 3K227A
internal grinding Ø 400, Saratov - 3K227V
internal grinding Ø 400, Saratov - 3K228A
internal grinding Ø 400, Voronezh, Saratov - 3K228V
internal grinding Ø 400, Voronezh, Saratov - 3K229A
internal grinding Ø 800, Voronezh, Saratov - 3M227VF2
internal grinding machine with CNCØ 400, Saratov - 32K84SF4
coordinate grinding machine with CNC - 3A423
cylindrical grinder for regrinding crankshaft journals Ø 580, Lubny - 3B423
cylindrical grinder for regrinding crankshaft journals Ø 580, Lubny - 3D4230
cylindrical grinder for regrinding crankshaft journals Ø 580, Lubny - 3451
grinding machine Moscow, MSZ - 3A64
sharpening Ø 250 x 650, Vitebsk - 3А64М
sharpening Ø 250 x 650, Vitebsk - 3A64D
sharpening Ø 250 x 600, Vitebsk - 3A662
sharpening machine for hob cutters Ø 200 x 280, Vitebsk - 3B632
sharpening and grinding machine for sharpening cutters Mukachevo - 3B633
sharpening and grinding machine Ø 300, Tiraspol - 3B634
sharpening and grinding machine Ø 400, Mukachevo - 3B641
sharpening Chita - 3B642
sharpening Vitebsk - 3B642
sharpening Vitebsk - 3D641E
grinding machine Ø 200 x 400, Vitebsk, Mukachevo - 3D642E
sharpening Vitebsk - 3D692
sharpening Vitebsk - 3E692
sharpening Vitebsk - 3E642
sharpening Vitebsk - 3E642E
sharpening Vitebsk - 3K631
sharpening and grinding machine Ø 150, Mukachevo - 3K634
sharpening and grinding machine Ø 400, Mukachevo - 3L631
sharpening and grinding machine Ø 200, Mukachevo - 3M634
roughing and grinding Saraktash - 3M636
roughing and grinding machine Armavir - 3M642
sharpening Vitebsk - 3622D
diamond sharpening machine for cutters Mukachevo - 3662
sharpening machine for hob cutters Ø 200 x 280, Vitebsk - VZ-318
sharpening Vitebsk - VZ-319
table sharpening Vitebsk - VZ-818
sharpening Vitebsk - TSH-1
tabletop sharpening and grinding machine Ø 250, Orsha - TSh-2
sharpening and grinding machine Ø 300, Orsha - TSh-3
sharpening and grinding machine Ø 400, Orsha - TSh-4
sharpening and grinding machine Ø 400, Orsha - TSh-3.20
sharpening and grinding machine Ø 400, Chelyabinsk - TS-6010S
sharpening and grinding machine Ø 49 Energomash, Sturm - TCPA-7
sharpening machine for circular, frame and band saws Kirov - ET-62
benchtop sharpening and grinding machine Ø 150, Kasimov - 3B70V
surface grinder 160 x 400, Orsha - 3B722
surface grinder 320 x 1000, Lipetsk - 3B724
surface grinder 400 x 2000, Voronezh - 3G71
surface grinder 200 x 630, Orsha - 3G71M
surface grinder 200 x 630, Orsha - 3D722
surface grinder 320 x 1000, Lipetsk - 3D725
surface grinder 630 x 2000, Voronezh - 3D711AF10-1
surface grinder 200 x 450, Orsha - 3D711VF11
surface grinder 200 x 630, Orsha - 3D756
surface grinder with vertical spindle Ø 800, Voronezh - 3E710V
surface grinder 250 x 125, Orsha - 3E711AF1
surface grinder 200 x 450, Orsha - 3E711B
surface grinder 200 x 630, Orsha - 3E711VF1
surface grinder 200 x 630, Orsha - 3E711VF2
surface grinder 200 x 630, Orsha - 3E756, 3E756L
surface grinder Ø 800, Ø 1000, Voronezh - 3L722V, 3L722A
surface grinder 320 x 1000, Lipetsk - 3L741VF10
surface grinder Ø 630, Lipetsk - 3P722V
surface grinder 320 x 1000, Lipetsk - 371
surface grinder 200 x 600, Vitebsk - 372B
surface grinder 300 x 1000, Moscow - 3711
surface grinder 200 x 630, Orsha - PSh-30540M
surface grinder 156 x 400, Tula - 3G833
honing Maikop, Krasnorechensk - 3K833
honing Maikop, Krasnorechensk - SIP-800
machine for testing abrasive wheels Derbent - 395M
profile grinding 20 x 20, Leningrad, SPZPS - 395МФ10
profile grinding with UTsI20 x 20, Leningrad, SPZPS - 3951VF1
profile grinding with digital indicator 50 x 50, Leningrad, SPZPS
3.1. Cylindrical grinding machines
3.2. Internal grinding machines
3.4. Specialized cylindrical grinding machines
3.6. Sharpening and grinding machines
3.7. Surface grinding machines
3.8. Honing machines. Special machines
Detailed description
The basis of the body of the 1615 lathe is the bed on which the following working mechanisms are installed:
- Headstocks (front and back).
- Movable support.
- Apron.
- Boxes of working feed and speeds.
In addition, the equipment in question includes a spindle and a drive motor (380 Volt three-phase electric motor).
The 1616 lathe bed is made of cast iron and has diagonally arranged stiffeners, reinforced by two guides (front and rear). The first is used to move the caliper, and the second is used for the translational movement of the tailstock. The base of the 1616 lathe is attached to “powerful” cast iron stands using reinforced bolts.
Dimensions
The working dimensions of the 1616 lathe are determined based on the dimensions of its bed. Its main parameters in millimeters are presented below:
- Bed length – 1960 mm.
- Its width is 880 mm.
- The height of the lathe is 1616 – 1235 mm.
The weight of the described sample of machine equipment is 850 kg.
Location of controls
The location of the working controls of the 1616 lathe can be found in the photo below:
They include several types of handles and handwheels that perform the following operating functions:
- Turning friction clutches on or off.
- Setting the spindle speed.
- Settings of its speed and multiple multipliers for each mode.
- Changing the direction of the working feed.
- Setting thread parameters.
- Turning on the lead screw.
- Starting the transverse/longitudinal feed of the caliper (manual, including).
- Fixing the tailstock quill, etc.
The 1616 lathe's controls include a handwheel for manual movement of the carriage and slide, as well as a nut for securing the tailstock and a screw for lateral movement of the body. One three-phase asynchronous electric motor is used as the drive mechanism. The torque from it is transmitted by the actuator using 2 V-belts and a gearbox located in the left cabinet of the frame.
Gear processing machines
- 5A12
gear shaping Ø 208, Yegoryevsk - 5A122
gear shaping Ø 250, Korsun-Shevchenko - 5A140P
gear shaping Ø 500, Egoryevsk - 5B150
gear shaping Ø 800, Yegoryevsk - 5B12
gear shaping Ø 200, Korsun-Shevchenko - 5B150
gear shaping Ø 800, wedge - 5M14
gear shaping Ø 500, Kharkov - 5M150
gear shaping Ø 800, wedge - 5M161
gear shaping Ø 1250, wedge - 514
gear shaping Ø 500, Yegoryevsk - 5111
gear shaping Ø 80, Korsun-Shevchenko - 5122
gear shaping Ø 200, Korsun-Shevchenko - 5140
gear shaping Ø 500, Korsun-Shevchenko - 5A26
tooth-cutting Ø 610, Saratov, SZTZS - 5A250P
tooth-cutting machine Ø 500, Saratov, SZTZS - 5S23P
tooth-cutting Ø 125, Saratov, SZZS - 5S276P
tooth-cutting Ø 500, Saratov, SZTZS - 5S280P
gear cutter Ø 800, Saratov, SZTZS - 5Т23В
tooth-cutting machine Ø 125, Saratov, SZZS - 5236P
tooth-cutting machine Ø 125, Saratov, SZZS - 525
gear cutter Ø 500, MZKRS Moscow - 526
dental planer Ø 610, Saratov, SZTZS - 5230
gear cutting machine Ø 320, Saratov, SZTZS - 528С
gear cutter Ø 800, Saratov, SZTZS - 5A342
gear hobbing Ø 2000, Kolomna - 5B310p
gear hobbing Ø 200, Vilnius - 5B312
gear hobbing Ø 320, Vitebsk - 5B312
gear hobbing Ø 320, Vitebsk - 5D32
gear hobbing Ø 800, Yegoryevsk - 5E32
gear hobbing Ø 800, Yegoryevsk - 5K32
gear hobbing Ø 800, Yegoryevsk - 5K32A, 5K324A
gear hobbing Ø 800, Yegoryevsk - 5K301p
gear hobbing Ø 125, Vilnius - 5K310
gear hobbing Ø 200, Vitebsk - 5K324
gear hobbing Ø 500, Yegoryevsk - 5K328A
gear hobbing Ø 1250, Egoryevsk - 5M32
gear hobbing Ø 800, Yegoryevsk - 53A11
gear hobbing Ø 1250, Yegoryevsk - 53A20
gear hobbing Ø 200, Vilnius - 53A30P
gear hobbing Ø 320, Vitebsk - 53A50
gear hobbing Ø 500, Yegoryevsk - 53A80
gear hobbing Ø 800, Yegoryevsk - 53V30P
gear hobbing Ø 320, Vitebsk - 532
gear hobbing Ø 750, Yegoryevsk - 5310
gear hobbing Ø 200, Yegoryevsk - 5327
gear hobbing Ø 1000, Yegoryevsk - 5342
gear hobbing Ø 2000, Kolomna - 5350A
spline milling Ø 150, Kuibyshev, SVSZ - 5B63
thread milling Ø 450 x 400, Melitopol - 5D07
thread-cutting Ø 39 x 320, Chita - 561
thread milling Ø 400 x 700, Kuibyshev, SVSZ - 5993
thread-cutting machine Ø 42 x 280, Chita - VMS-2A
thread-cutting Moscow - 5A841
gear grinder Ø 320, Moscow - 5B833
gear grinder Ø 200, Yegoryevsk - 5M841
gear grinder Ø 320, Moscow - 5K822V
thread grinding machine Ø 150, MZKRS Moscow - 5702
gear shaving Ø 320, Vitebsk - 5822
thread grinding machine Ø 150, MZKRS Moscow - 5822m
thread grinding machine Ø 150, MZKRS Moscow
5.1. Gear shaping machines for cylindrical wheels
5.2. Gear cutting and gear cutting machines for bevel wheels
5.3. Gear hobbing machines for cylindrical wheels
5.6. Thread milling, thread cutting machines
5.7. Gear and thread grinding, finishing machines
Milling machines
- 6A12p
cantilever-milling 320 x 1250, Lugansk - 6B11
cantilever-milling 250 x 1000, Frunze - 6D12
cantilever-milling 320 x 1250, Dmitrov - 6K11
cantilever-milling 250 x 1000, Dmitrov - 6K12
cantilever-milling 320 x 1250, Dmitrov - 6M12P
cantilever-milling 320 x 1250, Gorky - 6M13P
cantilever-milling 400 x 1600, Gorky - 6M13U
cantilever-milling 400 x 1600, Kimry - 6Н10
cantilever-milling 200 x 800, Vilnius (Zalgiris) - 6N11
cantilever-milling 250 x 1000, Dmitrov - 6N12
cantilever-milling 320 x 1250, Gorky - 6N13P
cantilever-milling 400 x 1600, Gorky, Votkinsk - 6Р10
cantilever-milling 200 x 800, Vilnius (Zalgiris) - 6Р11
cantilever-milling 250 x 1000, Dmitrov - 6Р12, 6Р12Б
console-milling 320 x 1250, Gorky - 6Р13, 6Р13Б
console-milling 400 x 1600, Gorky - 6Р13Ф3
cantilever milling machine with CNC 400 x 1600, Gorky, Votkinsk - 6Р13рФ3
cantilever milling machine with CNC 400 x 1600, Gorky, Votkinsk - 6S12
cantilever-milling 320 x 1250, Lugansk - 6T10
cantilever-milling 200 x 800, Vilnius (Zalgiris) - 6T12-1
cantilever-milling 320 x 1250, Gorky - 6T12
cantilever-milling 320 x 1250, Gorky - 6T12F20
cantilever-milling 320 x 1250, Gorky - 6T13
cantilever-milling 400 x 1600, Gorky - 6T13-1
cantilever-milling 400 x 1600, Gorky - 6T13F20
cantilever-milling 400 x 1600, Gorky - 6T13F3
cantilever-milling 400 x 1600, Gorky - FSS-315
cantilever milling 315 x 1250, Heckert, GDR - FSS-400
cantilever milling 400 x 1600, Heckert, GDR - FSS350MR
cantilever milling 315 x 1250, StankoGomel - FSS450MR
cantilever milling 400 x 1600, StankoGomel - VM127
cantilever-milling 400 x 1600, Votkinsk - VM127M
cantilever-milling 400 x 1600, Votkinsk - MS-51
desktop milling 200 x 500, Lugansk - SVF-1
desktop milling 320 x 100 - SF-15
cantilever-milling 320 x 1250, Lugansk - SF-35
cantilever-milling 320 x 1250, Lugansk - 6441B
copy-milling horizontal Leningrad - 6G463
engraving copy-milling machine with pantograph Lviv - 6E463
engraving copy-milling machine with pantograph Lviv - 6L463
engraving copy-milling machine with pantograph Lviv - 6A54
milling non-cantilever 650 x 2200 - 6A56
milling non-cantilever 800 x 2000, Ulyanovsk - 6A59
milling non-cantilever 1000 x 2500, Ulyanovsk - 65A60F1
milling non-cantilever 630 x 2000, Ulyanovsk, Voronezh - 65A80
milling non-cantilever 800 x 2000, Ulyanovsk - 65A90
milling non-cantilever 1000 x 3000, Ulyanovsk - 654
milling without console 630 x 1600, Ulyanovsk - 6520F3
milling without console Lviv - 6540
milling non-cantilever 800 x 2000, Charentsavan - 6550
milling without console 1000 x 2500, Charentsavan - 6560
milling without console 630 x 1600, Ulyanovsk - MA655
milling without console 500 x 1250, Savma - 6G605
longitudinal milling 500 x 1600, Gorky - 6M610
longitudinal milling 1000 x 3150, Minsk, MZOR - 6U312, 6U316
longitudinal milling 1250 x 4000, Ulyanovsk - 6U612, 6U616
longitudinal milling 1250 x 4000, Ulyanovsk - 6605
longitudinal milling 500 x 1600, Gorky - 6606
longitudinal milling 630 x 2000, Gorky - 6610
longitudinal milling 4000 x 6000, Minsk, MZOR - 6620, 6625
longitudinal milling 2000 x 6300, Ulyanovsk - 6652
longitudinal milling 1250 x 4250 - 6A73P
milling 125 x 320, Yerevan - 6A75v
milling 200 x 630, Odessa - 6B75v
milling 200 x 630, Odessa - 6B75
milling 200 x 630, Yerevan - 6E75pf1
milling 200 x 630, Yerevan - 6M76P
milling 250 x 800, Irkutsk - 67K25
milling 320 x 800, Vilnius (Komunaras), Irkutsk - 67K25PF2
CNC milling 320 x 800, Vilnius (Komunaras) - 67L25PF2
wide-universal milling with CNC 320 x 800 Lipetsk (LSP) - 675
milling 200 x 630, Odessa - 675P
milling 200 x 630, Odessa - 676
milling 200 x 630, Irkutsk - 676P
milling 250 x 800, Vilnius (Komunaras), Irkutsk - 6720B
milling 200 x 630, Odessa - 6720VF2
milling 200 x 630, Odessa - 678M
milling 220 x 600, Odessa - 679
milling 270 x 700, Irkutsk - VM-130
milling 250 x 630, Votkinsk - NO-800
table milling Minsk - OF-55
milling 260 x 630, Vladimir - SF-250
milling 245 x 630, Vladimir - SF-676
milling 250 x 800, Kirov - F-2A (F-2M)
desktop milling machine Chistopol - FS-250
milling 250 x 620, Vladimir - FS-300
milling 250 x 620, Vladimir - Duplex 58
milling 260 x 720, GDR - FUW-250
milling 350 x 630, GDR - FUS-25 (FUS-25)
milling 250 x 850, Romania - FUS-32 (FUS-32)
milling 320 x 1000, Romania - MAHO 800
milling Germany - Schaublin 13
milling 200 x 630, Switzerland - S-169
table milling - 6D81Sh
widely-universal cantilever-milling 250 x 1000, Dmitrov - 6D82Sh
widely-universal cantilever milling machine 320 x 1250, Dmitrov - 6E80SH
wide-universal cantilever-milling 200 x 800, Vilnius (Zalgiris) - 6K81Sh
widely-universal cantilever milling machine 250 x 1000, Dmitrov - 6K82Sh
widely-universal cantilever milling machine 320 x 1250, Dmitrov - 6M80
cantilever-milling 200 x 800, Vilnius (Zalgiris) - 6M82
horizontal console-milling universal 320 x 1250, Gorky - 6M82G
horizontal cantilever-milling 320 x 1250, Gorky - 6M82Sh
widely-universal cantilever milling machine 320 x 1250, Gorky - 6M83
horizontal console-milling universal 400 x 1600, Gorky - 6M83G
horizontal cantilever-milling 400 x 1600, Gorky - 6М83Ш
universal cantilever milling machine, 400 x 1600 - 6Н80
horizontal console-milling universal 200 x 800, Vilnius (Zalgiris) - 6N80G
horizontal cantilever-milling 200 x 800, Vilnius (Zalgiris) - 6Н80Ш
wide-universal cantilever-milling 200 x 800, Vilnius (Zalgiris) - 6N81
universal console-milling universal 250 x 1000, Dmitrov - 6N81G
horizontal cantilever-milling 250 x 1000, Dmitrov - 6N81A
horizontal cantilever-milling 250 x 1000, Dmitrov - 6N82
horizontal console-milling universal 320 x 1250, Gorky - 6N82G
horizontal cantilever-milling 320 x 1250, Gorky - 6P80G
horizontal cantilever-milling 200 x 800, Vilnius (Zalgiris) - 6Р80
horizontal cantilever-milling 200 x 800, Vilnius (Zalgiris) - 6Р80Г
horizontal cantilever-milling 200 x 800, Vilnius (Zalgiris) - 6Р80Ш
wide-universal 200 x 800, Vilnius (Zalgiris) - 6Р81
universal console-milling universal 250 x 1000, Dmitrov - 6R81G
horizontal cantilever-milling 250 x 1000, Dmitrov - 6Р81Ш
widely-universal cantilever milling machine 250 x 1000, Dmitrov - 6Р82
universal console-milling universal 320 x 1250, Gorky - 6R82G
horizontal cantilever-milling 320 x 1250, Gorky - 6Р82Ш
wide-universal console-milling 320 x 1250, Gorky - 6Р83
horizontal console-milling universal 400 x 1600, Gorky - 6R83G
horizontal cantilever-milling 400 x 1600, Gorky - 6Р83Ш
wide-universal console-milling 400 x 1600, Gorky - 6T80
horizontal console-milling universal 200 x 800, Vilnius (Zalgiris) - 6Т80Ш
wide-universal cantilever milling machine 200 x 800, Vilnius (Zalgiris) - 6T82
horizontal cantilever-milling 320 x 1250, Gorky - 6T82-1
horizontal console-milling universal 320 x 1250, Gorky - 6T82G
horizontal cantilever-milling 320 x 1250, Gorky - 6T82Sh
widely-universal cantilever milling machine 320 x 1250, Gorky - 6T83
horizontal console-milling universal 400 x 1600, Gorky - 6T83-1
horizontal cantilever-milling 400 x 1600, Gorky - 6T83G
horizontal cantilever-milling 400 x 1600, Gorky - 6Т83Ш
widely-universal cantilever milling machine 400 x 1600, Gorky - FU-400, FU-315
cantilever-milling 400 x 1600, Heckert, GDR - NGF-110sh1, NGF-110sh2
cantilever-milling horizontal - NGF-110sh3
cantilever-milling horizontal 100 x 400, Rostov-on-Don - NGF-110sh4
cantilever-milling horizontal 100 x 400, Rostov-on-Don - Orsha-F32Sh
widely-universal cantilever milling machine 320 x 1400, Orsha - FU-321
console-milling universal 320 x 1370, Bulgaria - 692d
key-milling Dmitrov - 692m
key-milling Dmitrov - 692r
key-milling Dmitrov - 2С150ПМФ4
drilling-milling-boring machine with CNC and ASI 500 x 1000, Sterlitamak - 400V
drilling-milling-boring vertical with CNC and ASI 400 x 900, Sterlitamak - 500V
drilling-milling-boring vertical with CNC and ASI 630 x 1200, Sterlitamak - 1711IFF3
vertical milling machine with CNC 300 x 230, Izhevsk - 1715IFF3
horizontal milling machine with CNC and ASI Ø 320, Izhevsk - 2204ВМФ4
drilling-milling-boring horizontal with CNC and ASI Ø 630, Odessa - 2206VMF4
drilling-milling-boring horizontal with CNC and ASI 630 x 800, Vitebsk - 2254VMF4
drilling-milling-boring vertical with CNC and ASI 400 x 630, Odessa - VM501PMF4
drilling-milling-boring horizontal with CNC and ASI Ø 250, Votkinsk - 6305F4
longitudinal milling horizontal with CNC and ASI 500 x 1250, Gorky - IR320PMF4
multi-purpose horizontal milling machine 320 x 320, Ivanovo - IR-500
multi-purpose horizontal milling 500 x 500, Ivanovo, Gomel - IR-800
multi-purpose horizontal milling 800 x 800, Ivanovo - IS-500
multi-purpose horizontal milling 500 x 500, Ivanovo - IS-800
multi-purpose horizontal milling 800 x 800, Ivanovo - Mini Mill
vertical milling center 305 x 914, USA Haas - GF2171
vertical milling machine with CNC and ASI 400 x 1600, Gorky - FS65MF3
vertical milling machine with CNC and ASI 360 x 780, Tver - FS85MF3
vertical milling machine with CNC and ASI 500 x 1000, Tver - DMC 635 v ecoline
vertical milling center 790 × 560, DMG MORI - DMC 1035 v ecoline
vertical milling center 1200 × 560, DMG MORI - DMU 50 ecoline
vertical milling center 5-axis Ø 630 × 500, DMG MORI - OTs1I22
vertical milling center 4-axis Izhevsk - SVM1F4
vertical milling center 4-axis Lugansk
6.1. Vertical cantilever milling machines
6.4. Copying and engraving milling machines
6.5. Vertical non-cantilever milling machines (with cross table)
6.6. Longitudinal milling machines
6.7. Widely versatile tool milling machines
6.8. Horizontal and universal cantilever milling machines
6.9. Special milling machines
CNC milling machines and machining centers
Instructions for use
The instructions for using the lathe 1616 include preparatory procedures and the main (working) part. Let's look at each of them in more detail.
Preparing the workplace and tools
Before starting work on a lathe and drilling machine, you will need to prepare the workplace (i.e., create conditions for their safe carrying out). To do this you will need:
- remove all obstructive objects and large debris from the work area;
- arrange local lighting devices in such a way that there is enough light and so that it does not blind the eyes;
- conduct a visual inspection of the 1616 lathe to ensure that it does not have faulty components and assemblies;
- check the presence of guards on rotating parts and personal eye protection from chips;
- make sure that the tool securing the workpieces has no cracks or breaks;
- visually inspect the electrical system of the 1616 lathe to ensure there are no problems;
- check the presence of a grounding bus.
In addition, you will need to prepare all the tools necessary for processing the part (including cutting and measuring), special equipment and devices for removing chips. Particular attention is paid to checking the correct sharpening of the cutters and the serviceability of the entire auxiliary tool kit. Basic work operations
Before you begin the next task, you should make sure that the footrest is in good working order. If any problems are detected, it is prohibited to start working. It is also necessary to check the quality of the lubricant of the 1616 lathe, which must be fresh and evenly distributed throughout the working cavities of the mechanisms.
Immediately before turning on the 1616 lathe, you should make sure that its startup does not endanger anyone present in the room.
After turning on the equipment, you will need to check its performance at idle. To do this you need to do the following:
- make sure that all controls are in good working order (including feed, stop mechanisms, etc.);
- check the functionality of the levers for switching on feeds and switching operating modes;
- make sure that there is no possibility of spontaneous switching from idle to working.
If at least one of the listed malfunctions is detected, it is not allowed to begin work on boring parts until they are eliminated. Warranties and DIY repairs
All equipment of this class was necessarily provided with a warranty for a period of 12 months from the date of purchase and start of operation. Throughout this time, the manufacturer guaranteed its maintenance and repair in case of breakdown of any components.
In addition, if necessary, the user could purchase at the factory all the necessary components and spare parts (units and assemblies, among others). After repairs on their own, the company manufacturing samples of 1615 machines abdicated responsibility for the performance of the equipment, and the warranty obligations became invalid.
Slotting, planing, broaching. Other machines. Groups 7, 8, 9
- 7210
longitudinal planer Ø 900 x 1000, Minsk - 7212
longitudinal planer Ø 1120 x 1250, Minsk - 7216
longitudinal planer Ø 1400 x 1600, Minsk - 7A33
cross-planing Orenburg - 7B35
cross-planing Orenburg - 7D36
cross planer Gomel - 7D37
cross planer Gomel - 7E35
cross planer Orenburg - 7M36
cross planer Gomel - 736
cross-planing Orenburg - 737
cross planer Gomel - 7303
cross-planing Orenburg - 7305
cross-planing Orenburg - 7307
cross-planing Orenburg - 7307G
cross planer Orenburg - 7307D, 7310d
cross planer Gomel - 7A412
slotting Ø 360, Saraktash - 7A420
slotting Ø 500, Saraktash - 749
cross-planing Orenburg - 7402
Slotting Orenburg, Baku - 7410
Slotting Minsk, MZOR - 7430
slotting Ø 650, Gomel - 7D430
slotting Ø 630, Gomel - 7D450
slotting Ø 800, Gomel - 7M430
slotting Ø 630, Gomel - 7403, 7405
— slotting Ø 630, Gomel - 7417
Slotting Orenburg - GD200
slotting Ø 500, Gomel - GD320
slotting Ø 770, Gomel - GD500
slotting Ø 940, Gomel - 7A510
broaching 98 kN, Minsk - 7B510
broaching 100 kN, Minsk - 7A534
broaching 250 kN, Minsk - 7B55
broaching 100 kN, Minsk - 7B56
broaching 200 kN, Minsk - 7523
broaching 100 kN, Minsk - 7534
broaching 250 kN, Minsk - 8A531
vertical band saw Maikop - 8A725
automatic hacksaw-cutting machine Leninakan - 8B72
cut-off saw Ø 250 Krasnodar - 8B66
automatic cutting circular saw Ø 280, Minsk - 8В66а
automatic cutting circular saw Ø 280, Minsk - 8G240
abrasive cut-off Ø 60 - 8G662
automatic cutting circular saw Ø 280, Minsk - 8G663
automatic cutting circular saw Ø 285, Minsk - 872A
cut-off saw Ø 250 Krasnodar - 872M
cut-off saw Ø 250 Krasnodar - 8535
band saw Ø 350 Kuvandyk - 8725
hacksaw Ø 250 Orenburg - N-1
hacksaw Ø 250 Kaunas
7.1. Longitudinal planing machines, single and double column
7.3. Cross planers
7.4. Slotting machines
7.5. Horizontal and vertical broaching machines
Cutting machines
History of the model
The production of the 1616 lathe was mastered at the Sredne-Volzhsky plant SVSZ, founded back in 1876. The company’s specialists began their serial production half a century later – in January 1926.
The predecessor of 1615 was the first screw-cutting lathe, model TV-155V, produced by the enterprise. And by 1934, the plant had developed and put into production an original product of the SP-162 brand with a large number of speeds and a wide range of spindle speeds.
The drive mechanism on these models was a domestic electric motor with an operating power of 1.5 kW, specially developed according to an individual project. The plant began producing the model we are interested in (1615) during the Second World War. After some time, the machine was successfully modernized, after which the operating speed of the spindle was increased to 1000 rpm.
A few years after the end of the war (in 1949), another modernized model was launched into production under the factory designation “1616”. In subsequent years it was improved to the 16B16 model series. Since the 90s of the twentieth century, the plant has been producing lathes sold under the SAMAT brand.
Units, equipment and accessories for metal-cutting machines
- 16B20p.070
feed box for lathes Gomel - 16B20p.061
apron for lathes Gomel - AKP 109-6.3
automatic transmission - AKP 309-16
automatic transmission - EPU 2-2
electric drives EPU2-2 - UDG-100 (UDG N-100)
universal dividing head Ø 200 LOMO - UDG-135 (UDG N-135)
universal dividing head Ø 270 LOMO - UDG-160 (UDG-D-160)
universal dividing head Ø 160 LOMO - UDG-200 (UDG-D-200)
universal dividing head Ø 200 LOMO - UDG-250 (UDG-D-250)
universal dividing head Ø 250 LOMO
Universal dividing heads
Purpose and classification of lathes
Lathes include a large group of machines designed primarily for processing workpieces in the form of bodies of revolution made of metals.
The main technological operations performed on lathes are turning cylindrical, conical, shaped, and end surfaces of workpieces rotating coaxially with the spindle axis, and thread cutting.
The functionality of lathes can be significantly expanded through the use of special devices on turning equipment that allow milling, drilling, grinding and some other types of processing.
The basis of the turning group consists of automatic and semi-automatic lathes, screw-cutting lathes, turret lathes, rotary lathes, and lobe lathes.
For external and internal surface treatment of single and small groups of workpieces, including thread cutting, various models of screw-cutting lathes are used.
Turret lathes are designed for processing small and large groups of complex-shaped workpieces made from rods or piece workpieces that require the use of a large number of tools.
Rotary lathes are used to process the surfaces of workpieces of various shapes, whose diameter is much greater than their length. They differ from other lathes in the vertical location of the axis of rotation of the faceplate, to which the workpiece is attached.
To process large-diameter workpieces (up to 5 m) used in the manufacture of parts in individual production, lathes are used.
Lathes are classified:
- by type of material being processed (steel, cast iron, non-ferrous metals, plastic, etc.);
- processing accuracy (classes N, P, B, A, C);
- type of production (single, small-scale, serial, large-scale, mass);
- weight of the machine (light, medium, large and heavy);
- the maximum diameter of the workpiece (D) of the workpiece or the height of the centers above the bed (100...5000 mm);
- the longest length of the workpiece L (125...24,000 mm).
Typically, light lathes include lathes with a maximum diameter of the workpiece D = 100...200 mm, medium - D = 260...500 mm, large - D = 630...1250 mm, heavy - D = 1600...5000 mm.
On medium-weight lathes in mechanical engineering and metalworking, 70...80% of the total volume of turning work is performed. They are used to perform semi-finishing and finishing machining of parts from workpieces and cutting threads. They have a fairly high level of automation. To expand their technological capabilities, they are equipped with various devices that facilitate the turner’s work and improve the quality of processing.
Lathes have sufficient power, high rigidity and a wide range of spindle speeds and tool feeds, which allows processing parts using advanced tools made of hard and super-hard materials.
Lightweight lathes are used in tool production, watch industry, instrument making, electrical industry, experimental and pilot production.
Large and heavy lathes are used for processing parts of heavy, power and transport engineering in the manufacture of nuclear reactors, turbine rotors, generators, traction motors of electric locomotives, etc. Machines of this type are less universal than medium-type machines and are mainly adapted for processing certain large details.
Lathes produced by machine tool factories in Russia have an alphanumeric designation. Decoding the alphanumeric designation of a lathe gives an idea of its main characteristics (type, dimensions of the workpiece being processed, processing accuracy, etc.).
