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UCG200PSA UCG320PSA Automatic Cylindrical Grinder
UCG200PSA/UCG320PSA Automatic Cylindrical Grinders: Heavy-duty OD grinding with Ø200-320mm swing, 500-1000mm centers. Features auto cycle, ≤0.005mm precision, CNC controls & coolant system. Ideal for high-accuracy external grinding tasks.
- UCG200PSA UCG320PSA High-precision Semi-automatic Universal Cylindrical GrinderDownload
Technical parameters of UCG200PSA UCG320PSA Semi-automatic Universal Cylindrical Grinder
Features
1. The hydraulic drive system uses screw pump which is of smooth running and low noise.
2. The wheel head adopts sleeve type hydrodynamic bearing main shafting and features high rotary precision and high rigidity.
3. The feeding guideway uses plastic-filming guideway, thus promoting the smoothness and vibration resistance of low-speed operations.
4. With high machining precision, the integral layout is rational, operating handles are centralized arranged.
5. Can perform plunge or longitudinal grinding to conduct small-lot or batch production under the control of fixed-distance or automatic measuring instrument.
6. Various grinding functions and sequence of operation in processing cycle are controlled by PLC.
Standard accessories
1. Grinding wheel dresser;
2. Plane grinding wheel;
3. Balancing arbor;
4. Carbide tipped centers;
5. Single-head spanner;
6. Coolant tank;
7. Three-jaw chuck;
8. Wedges;
9. Internal grinding attachment;
10. Internal wheel;
Optional accessories
1. Close center rest;
2. Open center rest;
3. Four-jaw chunk;
4. Grinding wheel balancing stand;
5. Diamond pen;
6. Automatic measuring instrument;
7. Paper filter;
Cylindrical grinder/Cylindrical Grinding Machine is a type of grinding machine used to shape the outside of an object. The cylindrical grinder can work on a variety of shapes, however the object must have a central axis of rotation. This includes but is not limited to such shapes as a cylinder, an ellipse, a cam, or a crankshaft.
A cylindrical grinder
Cylindrical grinder/Cylindrical Grinding Machine is defined as having four essential actions:
The work (object) must be constantly rotating;
The grinding wheel must be constantly rotating;
The grinding wheel is fed towards and away from the work;
Either the work or the grinding wheel is traversed with respect to the other.
While the majority of cylindrical grinders employ all four movements, there are grinders that only employ three of the four actions.
History of cylindrical grinder
The origins of the cylindrical grinder, as with all other modern machine tools, stem from the experimentation and invention of John Wilkinson and later Henry Maudslay who built the first horizontal boring machine and the first engine lathe, respectively. The cylindrical grinder owes much of its development from the onset of the Industrial Revolution, particularly to the advent of reliable, inexpensive steel production and later the improvement of the grinding wheel. The basis for the modern day cylindrical grinder was first built in the 1830s by two men working independently, Jonathan Bridges and James Wheaton . It is unclear as to which man had first produced the machine but both are closely tied to the first historical appearance of the modern day tool. It took another 40 years before further improvement and refinement of the tool occurred.
Types of cylindrical grinder/Cylindrical Grinding Machine
There are five different types of cylindrical grinding: outside diameter (OD) grinding, inside diameter (ID) grinding, plunge grinding, creep feed grinding, and centerless grinding.
Outside diameter grinding
OD grinding is grinding occurring on external surface a of an object between the centers. The centers are end units with a point that allow the object to be rotated. The grinding wheel is also being rotated in the same direction when it comes in contact with the object. This effectively means the two surfaces will be moving opposite directions when contact is made which allows for a smoother operation and less chance of a jam up.
Inside diameter grinding
ID grinding is grinding occurring on the inside of an object. The grinding wheel is always smaller than the width of the object. The object is held in place by a collet, which also rotates the object in place. Just as with OD grinding, the grinding wheel and the object rotated in opposite directions giving reversed direction contact of the two surfaces where the grinding occurs.
Plunge grinding
A form of OD grinding, however the major difference is that the grinding wheel makes continuous contact with a single point of the object instead of traversing the object.
Creep feed grinding
Creep Feed is a form of grinding where a full depth of cut is removed in a single pass of the wheel. Successful operation of this technique can reduce manufacturing time by 50%, but often the grinding machine being used must be designed specifically for this purpose. This form occurs in both cylindrical and surface grinding.
Centerless cylindrical grinder
A schematic of the centerless grinding process.
Centerless grinding is a form of grinding where there is no collet or pair of centers holding the object in place. Instead, there is a regulating wheel positioned on the opposite side of the object to the grinding wheel. A work rest keeps the object at the appropriate height but has no bearing on its rotary speed. The workblade is angled slightly towards the regulating wheel, with the workpiece centerline above the centerlines of the regulating and grinding wheel; this means that high spots do not tend to generate corresponding opposite low spots, and hence the roundness of parts can be improved. Centerless grinding is much easier to combine with automatic loading procedures than centered grinding; throughfeed grinding, where the regulating wheel is held at a slight angle to the part so that there is a force feeding the part through the grinder, is particularly efficient.
Control methods
There are three basics ways in which an operator can interact with a cylindrical grinder. Either manual manipulation of the machine, Numerical Control with a punched card system or using Computer Numerical Control using a pre existing interface designed for that machine or by using a PC as an interface to communicate with the grinder. The first two options are rarely if ever used today. CNC operated cylindrical grinders are the most technologically advanced, efficient, reliable systems in the manufacturing industry.
Applications
The cylindrical grinder is responsible for a plethora of innovations and inventions in the progression of science and technology. Any situation in which extremely precise metalworking is required, the cylindrical grinder is able to provide a high level of precision.[citation needed] From the automotive industry to military applications, the benefits of the cylindrical grinder are numerous.
| Model | UCG200 | UCG320 | |
|---|---|---|---|
| Type | PSA | PSA | |
| Distance between centers mm | 520; 765; 1080 (20”; 30”; 43”) |
520; 765; 1080 (20”; 30”; 43”) |
|
| Center height mm | 125 (4.9”) | 180 (7.1”) | |
| Max. swiveling diameter mm | Φ240 (9.4”) | Φ350 (13.8”) | |
| Max. grinding length mm | 500; 750; 1000 (20”; 30”; 39”) |
500; 750; 1000 (20”; 30”; 39”) |
|
| External grinding range mm | Φ5~200 (2-7.9”) | Φ5~320 (2-13”) | |
| Internal grinding range mm | Φ13~80 (0.51-3.1”) | Φ16~125 (0.63-4.9”) | |
| Distance between workpiece center to ground mm | 1000 (39”) | 1050 (41”) | |
| Internal grinding length mm | 125 (4.9”) | 160 (6.3”) | |
| Max. weight of workpiece between centers kg | 50 | 100 | |
| Max. weight of workpiece in chuck kg | 30 | 30 | |
| Grinding wheel | Dimensions (OD × W × ID) mm | Φ400×(32~50)×203 (16x(1.3-2)x8”) |
Φ400×(32~50)×203 (16x(1.3-2)x8”) |
| Max. linear velocity m/s | 35 | 35 | |
| Internal grinding (OD x W) mm | Φ50x32 (2x1.3”) | Φ50x32 (2x1.3”) | |
| Swiveling angle of table | Clockwise | 9°(500); 8°(750); 3° (1000) | 9°(500); 8°(750); 3° (1000) |
| Counter-clockwise | 9°(500); 8°(750); 7° (1000) | 9°(500); 8°(750); 7° (1000) | |
| Hydraulic control speed m/min | 0.01-3 | 0.01-3 | |
| Table movement per rev of hand wheel mm | 10 | 10 | |
| Swiveling angle of wheelhead | Clockwise | 3° | 3° |
| Counter-clockwise | 3° | 3° | |
| Travel mm | 150 (5.9”) | 150 (5.9”) | |
| Feed movement of manual control mm | 70 | 70 | |
| Rapid travel of hydraulic control mm | 35 (1.4”) | 35 (1.4”) | |
| Cross feed of wheelhead | Per rev of hand wheel mm | 1 | 1 |
| Micro feeding mm | 0.001 | 0.001 | |
| Rough feed cutting speed mm/min | 0.08-1; stepless | 0.08-1; stepless | |
| Fine feed cutting speed mm/min | 0.06-0.5; stepless | 0.06-0.5; stepless | |
| Automatic feed depth mm | 0.45 | 0.45 | |
| Automatic endpoint rough feed mm | 0.002-0.02 | 0.002-0.02 | |
| Automatic endpoint fine feed mm | 0.001-0.01 | 0.001-0.01 | |
| Internal grinding spindle speed r/min | 9245/12250/14848/19600 | 9245/12250/14848/19600 | |
| Workhead | Spindle speed r/min | 30-300; stepless | 30-300; stepless |
| Swiveling angle (counter-clockwise) | 90° | 90° | |
| Spindle taper | MT-4 | MT-4 | |
| Tailstock | Manual travel of center sleeve mm | 25 (1”) | 25 (1”) |
| Taper of center sleeve | MT-4 | MT-4 | |
| Cylindrical grinding motor power kW | 4 | 4 | |
| Cylindrical grinding motor speed r/min | 1500 | 1500 | |
| Internal grinding motor power kW | 0.55 | 0.55 | |
| Internal grinding motor speed r/min | 3000 | 3000 | |
| Workhead motor power kW | 0.75 | 0.75 | |
| Workhead motor speed r/min | 1000 | 1000 | |
| Oil pump motor power kW | 1.1 | 1.1 | |
| Oil pump motor speed r/min | 1500 | 1500 | |
| Cooling pump motor power kW | 0.125 | 0.125 | |
| Cooling pump motor speed r/min | 3000 | 3000 | |
| Net weight kg | 2500; 3000; 3500 | 2500; 3000; 3500 | |
| Gross weight kg | 3100; 3600; 4100 | 3100; 3600; 4100 | |
| Packing dimensions | L mm | 2750; 2870; 3700 | 2750; 2870; 3700 |
| W mm | 2000 | 2000 | |
| H mm | 2100 | 2150 | |
Features
1. The hydraulic drive system uses screw pump which is of smooth running and low noise.
2. The wheel head adopts sleeve type hydrodynamic bearing main shafting and features high rotary precision and high rigidity.
3. The feeding guideway uses plastic-filming guideway, thus promoting the smoothness and vibration resistance of low-speed operations.
4. With high machining precision, the integral layout is rational, operating handles are centralized arranged.
5. Can perform plunge or longitudinal grinding to conduct small-lot or batch production under the control of fixed-distance or automatic measuring instrument.
6. Various grinding functions and sequence of operation in processing cycle are controlled by PLC.
Standard accessories
1. Grinding wheel dresser;
2. Plane grinding wheel;
3. Balancing arbor;
4. Carbide tipped centers;
5. Single-head spanner;
6. Coolant tank;
7. Three-jaw chuck;
8. Wedges;
9. Internal grinding attachment;
10. Internal wheel;
Optional accessories
1. Close center rest;
2. Open center rest;
3. Four-jaw chunk;
4. Grinding wheel balancing stand;
5. Diamond pen;
6. Automatic measuring instrument;
7. Paper filter;
Cylindrical grinder/Cylindrical Grinding Machine is a type of grinding machine used to shape the outside of an object. The cylindrical grinder can work on a variety of shapes, however the object must have a central axis of rotation. This includes but is not limited to such shapes as a cylinder, an ellipse, a cam, or a crankshaft.
A cylindrical grinder
Cylindrical grinder/Cylindrical Grinding Machine is defined as having four essential actions:
The work (object) must be constantly rotating;
The grinding wheel must be constantly rotating;
The grinding wheel is fed towards and away from the work;
Either the work or the grinding wheel is traversed with respect to the other.
While the majority of cylindrical grinders employ all four movements, there are grinders that only employ three of the four actions.
History of cylindrical grinder
The origins of the cylindrical grinder, as with all other modern machine tools, stem from the experimentation and invention of John Wilkinson and later Henry Maudslay who built the first horizontal boring machine and the first engine lathe, respectively. The cylindrical grinder owes much of its development from the onset of the Industrial Revolution, particularly to the advent of reliable, inexpensive steel production and later the improvement of the grinding wheel. The basis for the modern day cylindrical grinder was first built in the 1830s by two men working independently, Jonathan Bridges and James Wheaton . It is unclear as to which man had first produced the machine but both are closely tied to the first historical appearance of the modern day tool. It took another 40 years before further improvement and refinement of the tool occurred.
Types of cylindrical grinder/Cylindrical Grinding Machine
There are five different types of cylindrical grinding: outside diameter (OD) grinding, inside diameter (ID) grinding, plunge grinding, creep feed grinding, and centerless grinding.
Outside diameter grinding
OD grinding is grinding occurring on external surface a of an object between the centers. The centers are end units with a point that allow the object to be rotated. The grinding wheel is also being rotated in the same direction when it comes in contact with the object. This effectively means the two surfaces will be moving opposite directions when contact is made which allows for a smoother operation and less chance of a jam up.
Inside diameter grinding
ID grinding is grinding occurring on the inside of an object. The grinding wheel is always smaller than the width of the object. The object is held in place by a collet, which also rotates the object in place. Just as with OD grinding, the grinding wheel and the object rotated in opposite directions giving reversed direction contact of the two surfaces where the grinding occurs.
Plunge grinding
A form of OD grinding, however the major difference is that the grinding wheel makes continuous contact with a single point of the object instead of traversing the object.
Creep feed grinding
Creep Feed is a form of grinding where a full depth of cut is removed in a single pass of the wheel. Successful operation of this technique can reduce manufacturing time by 50%, but often the grinding machine being used must be designed specifically for this purpose. This form occurs in both cylindrical and surface grinding.
Centerless cylindrical grinder
A schematic of the centerless grinding process.
Centerless grinding is a form of grinding where there is no collet or pair of centers holding the object in place. Instead, there is a regulating wheel positioned on the opposite side of the object to the grinding wheel. A work rest keeps the object at the appropriate height but has no bearing on its rotary speed. The workblade is angled slightly towards the regulating wheel, with the workpiece centerline above the centerlines of the regulating and grinding wheel; this means that high spots do not tend to generate corresponding opposite low spots, and hence the roundness of parts can be improved. Centerless grinding is much easier to combine with automatic loading procedures than centered grinding; throughfeed grinding, where the regulating wheel is held at a slight angle to the part so that there is a force feeding the part through the grinder, is particularly efficient.
Control methods
There are three basics ways in which an operator can interact with a cylindrical grinder. Either manual manipulation of the machine, Numerical Control with a punched card system or using Computer Numerical Control using a pre existing interface designed for that machine or by using a PC as an interface to communicate with the grinder. The first two options are rarely if ever used today. CNC operated cylindrical grinders are the most technologically advanced, efficient, reliable systems in the manufacturing industry.
Applications
The cylindrical grinder is responsible for a plethora of innovations and inventions in the progression of science and technology. Any situation in which extremely precise metalworking is required, the cylindrical grinder is able to provide a high level of precision.[citation needed] From the automotive industry to military applications, the benefits of the cylindrical grinder are numerous.
Features
1. The hydraulic drive system uses screw pump which is of smooth running and low noise.
2. The wheel head adopts sleeve type hydrodynamic bearing main shafting and features high rotary precision and high rigidity.
3. The feeding guideway uses plastic-filming guideway, thus promoting the smoothness and vibration resistance of low-speed operations.
4. With high machining precision, the integral layout is rational, operating handles are centralized arranged.
5. Can perform plunge or longitudinal grinding to conduct small-lot or batch production under the control of fixed-distance or automatic measuring instrument.
6. Various grinding functions and sequence of operation in processing cycle are controlled by PLC.
1. The hydraulic drive system uses screw pump which is of smooth running and low noise.
2. The wheel head adopts sleeve type hydrodynamic bearing main shafting and features high rotary precision and high rigidity.
3. The feeding guideway uses plastic-filming guideway, thus promoting the smoothness and vibration resistance of low-speed operations.
4. With high machining precision, the integral layout is rational, operating handles are centralized arranged.
5. Can perform plunge or longitudinal grinding to conduct small-lot or batch production under the control of fixed-distance or automatic measuring instrument.
6. Various grinding functions and sequence of operation in processing cycle are controlled by PLC.
Technical parameters of UCG200PSA UCG320PSA Semi-automatic Universal Cylindrical Grinder
| Model | UCG200 | UCG320 | |
|---|---|---|---|
| Type | PSA | PSA | |
| Distance between centers mm | 520; 765; 1080 (20”; 30”; 43”) |
520; 765; 1080 (20”; 30”; 43”) |
|
| Center height mm | 125 (4.9”) | 180 (7.1”) | |
| Max. swiveling diameter mm | Φ240 (9.4”) | Φ350 (13.8”) | |
| Max. grinding length mm | 500; 750; 1000 (20”; 30”; 39”) |
500; 750; 1000 (20”; 30”; 39”) |
|
| External grinding range mm | Φ5~200 (2-7.9”) | Φ5~320 (2-13”) | |
| Internal grinding range mm | Φ13~80 (0.51-3.1”) | Φ16~125 (0.63-4.9”) | |
| Distance between workpiece center to ground mm | 1000 (39”) | 1050 (41”) | |
| Internal grinding length mm | 125 (4.9”) | 160 (6.3”) | |
| Max. weight of workpiece between centers kg | 50 | 100 | |
| Max. weight of workpiece in chuck kg | 30 | 30 | |
| Grinding wheel | Dimensions (OD × W × ID) mm | Φ400×(32~50)×203 (16x(1.3-2)x8”) |
Φ400×(32~50)×203 (16x(1.3-2)x8”) |
| Max. linear velocity m/s | 35 | 35 | |
| Internal grinding (OD x W) mm | Φ50x32 (2x1.3”) | Φ50x32 (2x1.3”) | |
| Swiveling angle of table | Clockwise | 9°(500); 8°(750); 3° (1000) | 9°(500); 8°(750); 3° (1000) |
| Counter-clockwise | 9°(500); 8°(750); 7° (1000) | 9°(500); 8°(750); 7° (1000) | |
| Hydraulic control speed m/min | 0.01-3 | 0.01-3 | |
| Table movement per rev of hand wheel mm | 10 | 10 | |
| Swiveling angle of wheelhead | Clockwise | 3° | 3° |
| Counter-clockwise | 3° | 3° | |
| Travel mm | 150 (5.9”) | 150 (5.9”) | |
| Feed movement of manual control mm | 70 | 70 | |
| Rapid travel of hydraulic control mm | 35 (1.4”) | 35 (1.4”) | |
| Cross feed of wheelhead | Per rev of hand wheel mm | 1 | 1 |
| Micro feeding mm | 0.001 | 0.001 | |
| Rough feed cutting speed mm/min | 0.08-1; stepless | 0.08-1; stepless | |
| Fine feed cutting speed mm/min | 0.06-0.5; stepless | 0.06-0.5; stepless | |
| Automatic feed depth mm | 0.45 | 0.45 | |
| Automatic endpoint rough feed mm | 0.002-0.02 | 0.002-0.02 | |
| Automatic endpoint fine feed mm | 0.001-0.01 | 0.001-0.01 | |
| Internal grinding spindle speed r/min | 9245/12250/14848/19600 | 9245/12250/14848/19600 | |
| Workhead | Spindle speed r/min | 30-300; stepless | 30-300; stepless |
| Swiveling angle (counter-clockwise) | 90° | 90° | |
| Spindle taper | MT-4 | MT-4 | |
| Tailstock | Manual travel of center sleeve mm | 25 (1”) | 25 (1”) |
| Taper of center sleeve | MT-4 | MT-4 | |
| Cylindrical grinding motor power kW | 4 | 4 | |
| Cylindrical grinding motor speed r/min | 1500 | 1500 | |
| Internal grinding motor power kW | 0.55 | 0.55 | |
| Internal grinding motor speed r/min | 3000 | 3000 | |
| Workhead motor power kW | 0.75 | 0.75 | |
| Workhead motor speed r/min | 1000 | 1000 | |
| Oil pump motor power kW | 1.1 | 1.1 | |
| Oil pump motor speed r/min | 1500 | 1500 | |
| Cooling pump motor power kW | 0.125 | 0.125 | |
| Cooling pump motor speed r/min | 3000 | 3000 | |
| Net weight kg | 2500; 3000; 3500 | 2500; 3000; 3500 | |
| Gross weight kg | 3100; 3600; 4100 | 3100; 3600; 4100 | |
| Packing dimensions | L mm | 2750; 2870; 3700 | 2750; 2870; 3700 |
| W mm | 2000 | 2000 | |
| H mm | 2100 | 2150 | |
Discover the Fortune Pacific UCG200PSA and UCG320PSA, top-tier automatic cylindrical grinders designed for unmatched precision in high-volume production. These CNC grinding machines excel in precision grinding of shafts, bearings, and hydraulic components, delivering exceptional roundness and surface finishes down to Ra 0.1μm. Engineered with robust cast iron construction, high-rigidity spindles, and linear guideways, they ensure maximum stability and durability. Key features include automatic infeed cycles, in-process gauging compatibility (optional), and user-friendly Fanuc controls for seamless operation. Ideal for demanding industries like automotive, aerospace, and bearing manufacturing, these automatic OD grinders boost productivity, reduce cycle times, and guarantee consistent quality. Essential components comprise the precision spindle unit, heavy-duty bed, automatic wheel dresser, hydraulic tailstock, and advanced CNC system. Experience superior grinding accuracy, operational reliability, and cost-effective performance with these industrial cylindrical grinding solutions. Откройте для себя высокоточные круглошлифовальные станки с ЧПУ UCG200PSA и UCG320PSA от Fortune Pacific — идеальное решение для чистовой обработки валов, цапф и втулок. Эти автоматические станки для наружного шлифования обеспечивают выдающуюся точность (круглость, цилиндричность) и шероховатость поверхности Ra 0,1μm благодаря жесткой конструкции из чугуна, прецизионным шпинделям и линейным направляющим. Ключевые преимущества: автоматические циклы врезного и продольного шлифования, возможность интегрировать активный контроль размеров, простое управление Fanuc. Незаменимы для серийного производства в автомобилестроении, авиакосмической отрасли и при производстве подшипников. Основные узлы: станина повышенной жесткости, шлифовальная бабка, автоматический правщик круга, гидрофицированный задний центр, система ЧПУ. Эти промышленные шлифовальные станки гарантируют высочайшую производительность, надежность и повторяемость результатов при обработке металла. Consiga máxima precisión con las rectificadoras cilíndricas automáticas Fortune Pacific UCG200PSA y UCG320PSA, máquinas CNC líderes para rectificado exterior de ejes, rodamientos y componentes hidráulicos. Estas rectificadoras universales ofrecen acabados superficiales excepcionales (Ra 0,1μm) y tolerancias estrechas gracias a su robusta estructura de fundición, husillos de alta rigidez y guías lineales. Operación eficiente con ciclos automáticos de penetración y recorrido, compatible con control activo de pieza (opcional) y controles Fanuc intuitivos. Perfectas para la industria automotriz, aeroespacial y de rodamientos, mejoran la productividad y reducen costes. Componentes clave: cabezal portamuelas de precisión, bancada pesada, equipo de dressado automático, contrapunto hidráulico y avanzado CNC. Soluciones fiables para rectificado de precisión en producción industrial en serie. Maximize a precisão na retífica cilíndrica de eixos, mancais e componentes hidráulicos com as retificadoras cilíndricas automáticas Fortune Pacific UCG200PSA e UCG320PSA. Essas máquinas CNC de retificação externa oferecem acabamento superficial superior (Ra 0,1μm) e tolerâncias apertadas devido à construção robusta em ferro fundido, fusos de alta rigidez e guias lineares. Operação eficiente com ciclos automáticos de mergulho e passe, compatível com aparelho de medição durante o processo (opcional) e controles Fanuc intuitivos. Ideais para indústrias automotiva, aeroespacial e de rolamentos, aumentam a produtividade e reduzem custos. Componentes essenciais: unidade de fusos de precisão, base pesada, dressador automático de rebolo, contraponto hidráulico e CNC avançado. Máquinas de retificar cilíndricas confiáveis para produção industrial em série. Открийте върховата прецизност с автоматичните цилиндрични шлайфмашини Fortune Pacific UCG200PSA и UCG320PSA – лидери в ЧПУ шлайфане на валове, лагери и хидравлични компоненти. Тези високоточни шлайфмашини за външно шлайфане предлагат изключително качество на повърхнината (Ra 0,1μm) и тесни допуски благодарение на здрава чугунена конструкция, високо корави шпиндели и линейни водачи. Ефективна работа с автоматични цикли за платно и надлъжно шлайфане, съвместимост с активно измерване (опция) и интуитивно Fanuc управление. Незаменими за автомобилната, аерокосмическата и лагерната промишленост, повишават производителността. Основни компоненти: прецизни шпиндели, тежка основа, автоматичен драсьор, хидравлична задбабка, напреднал ЧПУ. Надеждни индустриални шлайфмашини за серийно производство на метал. Обезбедите изузетну прецизност са автоматичним цилиндричним глодалицама Fortune Pacific UCG200PSA и UCG320PSA, врхунским CNC машинама за спољашње глодање осовина, лежајева и хидрауличних делова. Ове прецизне глодалице пружају одлично квалитет површине (Ra 0,1μm) и уске толеранције захваљујући чврстој ливеној конструкцији, крутим вретенима и линеарним водичима. Ефикасан рад са аутоматским циклусима за улазно и уздужно глодање, могућност активне контроле димензија (опционо) и једноставно Fanuc управљање. Идеалне за аутомобилску, ваздухопловну и индустрију лежајева, повећавају продуктивност. Кључни делови: прецизни вретени, тежак лежишни део, аутоматски драсер, хидраулична задња купа, напредни CNC. Поуздане индустријске глодалице за серијску производњу. Získajte špičkovú presnosť s automatickými cylindrickými brúskami Fortune Pacific UCG200PSA a UCG320PSA, špičkovými CNC brúskami na vonkajšie brúsenie hriadeľov, ložísk a hydraulických komponentov. Tieto presné brúsiace stroje poskytujú vynikajúcu kvalitu povrchu (Ra 0,1μm) a úzke tolerancie vďaka odolnej liatinovej konštrukcii, vysokotuhým vretenám a lineárnym vedeniam. Efektívna prevádzka s automatickými cyklami na priebežné a priechodné brúsenie, kompatibilita s aktívnym meraním (voliteľné) a intuitívne ovládanie Fanuc. Nevyhnutné pre automobilový, letecký a ložiskársky priemysel, zvyšujú produktivitu. Kľúčové komponenty: presné vretenové jednotky, ťažké ložiskové telo, automatický ožahovač brúsneho kotúča, hydraulická koníková panna, pokročilé CNC. Spoľahlivé priemyselné brúsky pre sériovú výrobu kovov. Postižite vrhunsku preciznost s automatskim cilindričnim brusilicama Fortune Pacific UCG200PSA i UCG320PSA, vrhunskim CNC strojevima za vanjsko brušenje osovina, ležajeva i hidrauličkih komponenti. Ove precizne brusilice pružaju izvrsnu kvalitetu površine (Ra 0,1μm) i uske tolerancije zahvaljujući čvrstoj lijevanoj konstrukciji, krutim vretenima i linearnim vodilicama. Učinkovit rad s automatskim ciklusima za plošno i uzdužno brušenje, mogućnost aktivnog mjerenja (opcija) i jednostavno Fanuc upravljanje. Idealne za automobilsku, zrakoplovnu i industriju ležajeva, povećavaju produktivnost. Ključne komponente: precizna vretena, teško postolje, automatski dreser, hidraulična stražnja glava, napredni CNC. Pouzdane industrijske brusilice za serijsku proizvodnju metala. Zagotovite si vrhunsko natančnost z avtomatskimi cilindričnimi brusilnicami Fortune Pacific UCG200PSA in UCG320PSA, vodilnimi CNC brusilnimi stroji za zunanje brušenje gredi, ležajev in hidravličnih komponent. Te visoko natančne brusilne naprave zagotavljajo odlično kakovost površine (Ra 0,1μm) in ozke tolerance zahvaljujoč robustni liti konstrukciji, togim vretenom in linearnim vodilom. Učinkovito delovanje z avtomatskimi cikli za globinsko in vzdolžno brušenje, združljivost z aktivnim merjenjem (opcijsko) in intuitivno Fanuc krmiljenje. Nepogrešljive za avtomobilsko, letalsko in ležajno industrijo, povečujejo produktivnost. Ključni sestavni deli: natančna vretena, težko temeljno ogrodje, avtomatski dreser, hidravlična zadnja glava, napreden CNC. Zanesljivi industrijski brusilni stroji za serijsko proizvodnjo kovin. Забезпечте надзвичайну точність за допомогою автоматичних круглошліфувальних верстатів Fortune Pacific UCG200PSA та UCG320PSA, провідних верстатів з ЧПК для зовнішнього шліфування валів, підшипників та гідрокомпонентів. Ці прецизійні шліфувальні верстати забезпечують відмінну якість поверхні (Ra 0,1μm) та мінімальні допуски завдяки міцній чавунній конструкції, жорстким шпинделям та лінійним напрямним. Ефективна робота з автоматичними циклами врезного та поздовжнього шліфування, сумісність з активним вимірюванням (опція) та інтуїтивне керування Fanuc. Необхідні для автомобільної, аерокосмічної та підшипникової промисловості, підвищують продуктивність. Ключові компоненти: прецизійні шпинделі, важка станина, автоматичний діамантодоріжувач, гідравлічна задня бабка, передова ЧПК. Надійні промислові шліфувальні верстати для серійного виробництва металу.
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