Item | SL251HA |
Capability | |
Max. swing over bed | Φ550mm(21.6’’) |
Max. swing over saddle | Φ370mm(14.5’’) |
Max. turning diameter | Φ360mm(14.2’’) |
Max. machining length | 410mm(16.1’’) |
Bar capacity | Φ44mm(1.7’’) |
Spindle | |
Spindle motor output power | 7.5/11kW |
Spindle nose | A2-6 |
Max. spindle speed | 5000rpm |
Spindle bore diameter | Φ56mm(2.2’’) |
Chuck size | 8” inch (Hydraulic hollow) |
X/Z axis travel | |
X-axis travel | 240mm(9.5’’) |
Z-axis travel | 430mm(16.9’’) |
Rapid traverse of X-axis | 24m/min(945 IPM) |
Rapid traverse of Z-axis | 30m/min(1181 IPM) |
Turret | |
Number of tool | 8 |
Turing tool size | 25x25mm |
Max. boring tool diameter | Φ40mm |
Tailstock (optional) | |
Hydraulic tailstock center | MT5(live center) |
Quill diameter | 100mm |
Quill travel | 100mm |
Accuracy | |
Positioning accuracy (X/Z-axis) | 0.006/0.006mm |
Repeatability (X/Z-axis) | 0.004/0.004mm |
Others | |
Power capacity | 25 kVA |
Machine dimension (L x W x H) | 3605x1790x1820mm |
Net weight | 3500kg |
Item 01 | Descriptions | |
01.01 | FANUC Oi TF | |
01.02 | 5000rpm belt drive spindle (FANUC servo motor) | |
01.03 | 8 position hydraulic turret (refer to follow turret information) | |
01.04 | 8’’ hollow hydraulic chuck with 1 set soft jaw | |
01.05 | Solid hydraulic cylinder | |
01.06 | Hydraulic system | |
01.07 | Air conditioner of electrical cabinet | |
01.08 | Auto chip conveyer & chip chart | |
01.09 | Auto oil lubrication system | |
01.10 | Tri-color light | |
01.11 | Air gun | |
01.12 | Door lock switch | |
01.13 | Lighting lamp | |
01.14 | Full enclosure splash guard | |
01.15 | Telescopic covers |
Item 02 | Descriptions | Note |
02.01 | SIEMENS 828D 240 | |
02.02 | Shop turn | |
02.03 | FANUC 0I TF 1 with β MOTOR | |
02.04 | FANUC 0I TF 1 with α MOTOR | |
02.05 | Manual guide 0I | |
02.06 | Manual guide I | for FANUC TF1 |
02.07 | DATA SERVE 2GB | for FANUC TF1 |
02.08 | 10.4” touch screen of FANUC controller | |
02.09 | 15” screen of FANUC controller | Only for FANUC 1 controller |
02.10 | 15” touch screen of FANUC controller | Only for FANUC 1 controller |
02.11 | 15” touch screen of SIEMENS controller | |
02.12 | Tool setter RENISHAW | Manual plug type |
02.13 | Tool setter RENISHAW | Auto swing type |
02.14 | Auto parts catcher | Swing type |
02.15 | M30 auto power off | |
02.16 | Scraping chip conveyor for aluminums cutting | |
02.17 | Magnetic chip conveyor | |
02.18 | THK linear way and ball screw | |
02.19 | Oil mister collector | |
02.20 | Auto-door (pneumatic control) | |
02.21 | 2 year FANUC warranty | |
02.22 | 2 year Siemens warranty | |
02.23 | CE standard | |
02.24 | 380V 50HZ/415V 50 HZ /220V 60 HZ | |
02.25 | Transformer | |
02.26 | Voltage stabilizer | |
02.27 | Grease lubrication instead of oil | |
02.28 | Bar feeder interface | |
02.29 | Auto bar feeder 26mm diameter, 3000mm length | |
02.30 | Auto bar feeder 65mm diameter, 1500mm length, DH65L | |
02.31 | Auto bar feeder 65mm diameter, 1250mm length, DH65 | |
02.32 | Hydraulic tailstock | |
02.33 | Hydraulic spring clamping tail stock (added on the hydraulic tail stock) | Tail stock body clamp by hydraulic spring |
02.34 | Servo tail stock (turning length 415mm) | Programmable, ball screw and linear way |
02.35 | Live center M#5 | |
02.36 | Fixed center M#4 | Optional |
02.37 | 8 position servo turret, 25X25, 80mm center height | LioShing, |
02.38 | 12 position servo turret, 25X25, 100mm center height | LioShing, |
02.39 | 12 position servo turret, 20X20, 80mm center height | LioShing, |
02.40 | 10 position hydraulic turret, 20X20, 80mm center height | LioShing, Long delivery time, working range change |
02.41 | 12 position hydraulic turret, 20X20, 80mm center height | LioShing, working range change |
02.42 | 12 position hydraulic turret, 25X25, 100mm center height | LioShing, working range change |
02.43 | U drilling tool holder with coolant through 1.5bar/10 bar | |
02.44 | Boring tool holder | |
02.45 | Boring tool holder sleeve (16, 20, 25) | |
02.46 | End face turning tool holder | |
02.47 | End face turning tool holder installation block | |
02.48 | Spindle bearing FAG instead of NSK | |
02.49 | Hydraulic steady rest (20—120mm) | Not equipped with the servo tail stock |
02.50 | 8” hollow cylinder, 5000rpm | |
02.51 | 10” solid chuck, 4000rpm | |
02.52 | 10” solid cylinder, 4000rpm | |
02.53 | 10” hollow chuck, 4200rpm | |
02.54 | 10” hollow cylinder, 4200rpm | |
02.55 | Hydraulic collet chuck | |
02.56 | Collet | |
02.57 | Soft jaw of 8” chuck | |
02.58 | Hard jaw of 8” chuck | |
02.59 | Soft jaw of 10” chuck | |
02.60 | Hard jaw of 10” chuck | |
02.61 | Manual 8” chuck | Change hydraulic chuck to manual chuck |
02.62 | Manual 10” chuck | Change hydraulic chuck to manual chuck |
02.63 | A2-6 spindle bore 65mm, bar capacity 51mm, 4000rpm | Include hollow 8” chuck and cylinder |
02.64 | A2-6 spindle bore 76mm, bar capacity 65mm, 4000rpm | Include hollow 10” chuck and cylinder |
02.65 | Spindle bearing FAG instead of NSK, 5000rpm (when bigger spindle bore 65mm, bar capacity 51mm) | Include hollow 8” chuck and cylinder |
02.66 | 11/15KW spindle motor β | |
02.67 | 15/18.5KW spindle motor β | |
02.68 | Change to inverter spindle motor, 4000rpm | |
02.69 | Air conditioner of electrical cabinet | |
02.70 | High pressure coolant 1MPa | |
02.71 | High pressure coolant 2MPa | |
02.72 | Proximity switch | |
02.73 | Electric switch for door | |
02.74 | Coolant tank coolant level sensor | |
02.75 | Remove chip conveyer | |
02.76 | CNC controller book manuals | |
02.77 | Left side chip conveyer | Change backside to right side |
02.78 | Water gun | |
02.79 | MPG | |
02.80 | High pressure coolant 5MPa through turret (8 position) | |
02.81 | Two stage hydraulic pressure valve |
Item | Qty | |
Tool holder | 25×25 End face tool holder | 1 |
φ40 boring tool holder | 3 | |
Cylindered tool block | 5 | |
End face tool block | 1 | |
Boring sleeve | φ32 | 1 |
φ25 | 1 | |
φ20 | 1 |
● Standard○ Optional X N/A | ||||||
Specification | 0I-TF Plus | |||||
Type 1 | Type 5 | |||||
1 | Controlled axis | Controlled axes | 4 | 4 | ||
2 | Axis control by PMC | ● | ● | |||
3 | Torque control | ● | ● | |||
4 | Inch/metric conversion | ● | ● | |||
5 | Stored limit check before move | ● | ● | |||
6 | Unexpected disturbance torque detection function | ● | ● | |||
7 | Position switch | ● | ● | |||
8 | Operation | DNC operation with memory card | ● | ● | ||
9 | Handle interruption | ● | ● | |||
10 | Manual handle retrace | ○ | ○ | |||
11 | Interpolation functions | Nano interpolation | ● | ● | ||
12 | Linear interpolation | ● | ● | |||
13 | Circular interpolation | ● | ● | |||
14 | Helical interpolation | ○ | X | |||
15 | Thread cutting, synchronous cutting | ● | ● | |||
16 | Thread cutting retract | ● | ● | |||
17 | Continuous threading | ● | ● | |||
18 | High-speed skip | Input signal is 8 points. | ● | ● | ||
19 | 2nd reference position return | G30 | ● | ● | ||
20 | Feed function | AI contour control I | ○ | ○ | ||
21 | AI contour control II | ○ | X | |||
22 | Rapid traverse block overlap | ● | ● | |||
23 | Program input | Optional block skip | 9 pieces | ● | ○ | |
24 | Absolute/incremental programming | Combined use in the same block | ● | ● | ||
25 | Diameter/Radius programming | ● | ● | |||
26 | Automatic coordinate system setting | ● | ● | |||
27 | Workpiece coordinate system | G52 - G59 | ● | ● | ||
28 | Chamfering/Corner R | ● | ● | |||
29 | Custom macro | ● | ● | |||
30 | Addition of custom macro common variables | #100 - #199, #500 - #999 | ● | ● | ||
31 | Interruption type custom macro | ● | ○ | |||
32 | Canned cycle | ● | ● | |||
33 | Multiple repetitive cycles | ● | ● | |||
34 | Multiple repetitive cycles II | Pocket profile | ● | ● | ||
35 | Canned cycle for drilling | ● | ● | |||
36 | Coordinate system shift | ● | ● | |||
37 | Direct input of coordinate system shift | ● | ● | |||
38 | Pattern data input | ● | ○ | |||
39 | Operation Guidance Function |
Manual Guide i | ○ | X | ||
40 | Manual Guide 0i | ○ | ○ | |||
41 | Auxiliary/ Spindle speed function | Constant surface speed control | ● | ● | ||
42 | Rigid tap | ● | ● | |||
43 | Arbitrary speed threading | ○ | ○ | |||
44 | Tool offset pairs | 128-pairs | ● | ● | ||
45 | Tool offset pairs | 200-pairs | ○ | X | ||
46 | Tool radius/Tool nose radius compensation | ● | ● | |||
47 | Tool geometry/wear compensation | ● | ● | |||
48 | Automatic tool offset | ● | ○ | |||
49 | Direct input of offset value measured B | ● | ○ | |||
50 | Tool life management | ● | ● | |||
51 | Accuracy compensation function | Backlash compensation for each rapid traverse and cutting feed | ● | ● | ||
52 | Stored pitch error compensation total value input | ○ | ○ | |||
53 | Editing operation | (Specify total of part program storage size of each path.) Number of registerable programs |
2Mbyte | ● | ● | |
expansion 1 : Max. 1000 programs | ● | ● | ||||
54 | Playback | ● | ● | |||
55 | Data input/ output | Fast data server | ○ | X | ||
56 | External data input | ● | ● | |||
57 | Memory card input/output | ● | ● | |||
58 | USB memory input/output | ● | ● | |||
59 | Automatic data backup | ● | ● | |||
60 | Interface function | Embedded Ethernet | ● | ● | ||
61 | Fast Ethernet | ○ | ○ | |||
62 | Others | Display unit | 10.4" color LCD | ● | ● | |
63 | Robot interface | Robot interface with PMC I/O module | ○ | ○ | ||
64 | Robot interface with PROFIBUS-DP/PROFINET-DP | ○ | ○ |
● Standard ○ Optional X N/A | ||||||
No. | Item | Spec. | S828D | |||
SW24x | SW26x | SW28x | ||||
1 | Controlled axis | Controlled axes | 2 axes | X,Z | X,Z | X,Z |
2 | Additional controlled axes | 5 | 6+2 | 10+2 | ||
3 | Least command increment | 0.001mm (0.0001 inch) | ● | ● | ● | |
4 | Least input increment | 0.001mm (0.0001 inch) | ● | ● | ● | |
5 | Travel to fixed stop with Force Control | ○ | ○ | ○ | ||
6 | Interpolation & Feed Function | Reference point return | G75 FP=1 | ● | ● | ● |
7 | 2nd reference point return | G75 FP=2 | ● | ● | ● | |
8 | Inverse time feedrate | G93 | ● | ● | ● | |
9 | Helical interpolation | ● | ● | ● | ||
10 | Polynomial interpolation | X | X | X | ||
11 | Spline interpolation (A, B and C splines) | ○ | ○ | ○ | ||
12 | Separate path feedrate for roundings and chamfers | ● | ● | ● | ||
13 | Acceleration with Jerk limitation | ● | ● | ● | ||
14 | Compressor for 3-axis machining COMPCAD | X | X | X | ||
15 | Temperature compensation | ● | ● | ● | ||
16 | Look Ahead, recorded part program blocks: | Turning | 1 | 1 | 1 | |
17 | ||||||
18 | Look Ahead, IPO blocks, buffered: | Turning | 1 | 1 | 1 | |
19 | ||||||
20 | Cartesian point-to-point (PTP) travel | ● | ● | ● | ||
21 | TRANSMIT/cylinder surface transformation | ○ | ○ | ○ | ||
22 | Spindle Function | Tapping with compensating chuck/rigid tapping | ● | ● | ● | |
23 | Tool Function | Tool radius compensations in plane | ● | ● | ● | |
24 | Number of tools/cutting edges in tool list | 128/256 | 256/512 | 768/1536 | ||
25 | Tool length compensation | ● | ● | ● | ||
26 | Operation with tool management | ○ | ○ | ○ | ||
27 | Tool list | ● | ● | ● | ||
28 | Replacement tools for tool management | ○ | ○ | ○ | ||
29 | Monitoring of tool life and workpiece count | ● | ● | ● | ||
30 | Manual measurement of tool offset | ● | ● | ● | ||
31 | Magazine list | ● | ● | ● | ||
32 | Programming & Editing Function | Number of levels for skip blocks 2 | ● | ● | ● | |
33 | Number of levels for skip blocks 10 | ○ | ○ | ○ | ||
34 | Program/workpiece management | On additional plug-in CF card | ● | ● | ● | |
35 | On USB storage medium (e.g. disk drive, USB stick) | ● | ● | ● | ||
36 | On network drive | ○ | ○ | ○ | ||
37 | Program editor | Programming support for cycles program(Program Guide) | ● | ● | ● | |
38 | CNC editor with editing functions: select, copy, delete | ● | ● | ● | ||
39 | Programming graphics/free contour input (contour calculator) | ● | ● | ● | ||
40 | ShopTurn Machining step programming | ○ | ○ | ○ | ||
41 | Technology cycles for drilling/milling | ● | ● | ● | ||
42 | Pocket milling free contour and islands stock removal cycle | ○ | ● | ● | ||
43 | Residual material detection | ○ | ○ | ○ | ||
44 | Access protection for cycles | ○ | ○ | ○ | ||
45 | Programming support can be extended, e.g. customer cycles | ● | ● | ● | ||
46 | 2D simulation | ● | ● | ● | ||
47 | 3D simulation, finished part | ○ | ○ | ○ | ||
48 | OTHERS FUNCTIONS (Operation, setting & Display, etc) |
Switchover: inch/metric | ● | ● | ● | |
49 | Manual measurement of zero/work offset | ● | ● | ● | ||
50 | Automatic tool/workpiece measurement | ● | ● | ● | ||
51 | Reference point approach, automatic/via CNC program | ● | ● | ● | ||
52 | Execution from USB or CF card interface on operator panel front | ● | ● | ● | ||
53 | Execution from network drive | ○ | ○ | ○ | ||
54 | 10.4" color display | ● | ● | ● | ||
55 | 15.0" color display | ○ | ○ | ○ | ||
56 | Alarms and messages | ● | ● | ● | ||
57 | Automatic measuring cycles | ○ | ○ | ○ |
Discover the SL251HA slant bed CNC lathe, engineered for precision turning and high-volume production. This robust turning center features a 30° inclined bed design for superior chip evacuation and rigidity, equipped with powerful servo motors ensuring ±0.001mm positioning accuracy. Key specs include Ø250mm swing diameter, 500mm max machining length, 12-station hydraulic turret, and support for rigid tapping/milling. Ideal for automotive shafts, hydraulic fittings, and aerospace bushings, it offers rapid traverse (X:24m/min, Z:30m/min) and optional C-axis for complex contours. Operators praise its thermal stability, user-friendly Fanuc control, and low maintenance costs – a true workhorse for chucking or bar feeder setups. Maximize ROI with hardened guideways, centralized lubrication, and energy-efficient operation.
Токарный станок с ЧПУ SL251HA с наклонной станиной (30°) — решение для точной обработки валов, фланцев и фитингов. Станок обеспечивает микронную точность (±0,001 мм) благодаря прецизионным шариковым винтам и сервоприводам. Основные параметры: Ø250 мм над станиной, длина обработки 500 мм, 12-позиционная гидравлическая револьерная головка. Конструкция с наклонной станиной улучшает отвод стружки и виброустойчивость. Применяется в автостроении (оси, втулки), пневмогидроарматуре, обработке нержавеющей стали. Ключевые преимущества: скорость подачи 30 м/мин по Z, опции C-оси и приводного инструмента, система централизованной смазки. Надежный Fanuc Oi-TF, термокомпенсация и литая чугунная база гарантируют долгий срок службы.
El torno CNC SL251HA de bancada inclinada (30°) es una máquina robusta para torneado rápido y acabado fino. Con capacidad para piezas de Ø250mm y 500mm de largo, destaca en fabricación de ejes automotrices, componentes hidráulicos y piezas de precisión. Incluye torreta hidráulica de 12 estaciones, control Fanuc Oi-TF y motores servo para precisión de ±0.001mm. Su diseño anti-vibraciones optimiza evacuación de virutas y vida útil. Opciones clave: eje C, cabezal de fresado, alimentador de barras. Ventajas: velocidades rápidas (Z: 30m/min), guías templadas, bajo consumo energético y mantenimiento mínimo. Ideal para talleres que requieren alta repetibilidad en aceros, aluminio o latón.
Centro de torneamento CNC SL251HA com leito inclinado (30°) para usinagem pesada de eixos, conexões roscadas e componentes industriais. Características técnicas: diâmetro de viragem Ø250mm, curso 500mm, torre hidráulica 12 posições, precisão de repetição ±0.001mm. Estrutura em ferro fundido com guias endurecidas garante estabilidade térmica e absorção de vibrações. Configurações opcionais: eixo-C, contra-ponto hidráulico, sistema de refrigeração de alta pressão. Aplicações-chave: indústria automotiva (árvores de cames), válvulas industriais, moldes. Benefícios: ciclo rápido (avanço Z: 30m/min), controle Fanuc amigável, economia de energia e baixa necessidade de manutenção – perfeito para produção contínua.
Mesin bubut CNC SL251HA model slant bed (30°) untuk produksi massal komponen presisi seperti bushing, flange, dan fitting hidrolik. Spesifikasi unggulan: kapasitas Ø250mm, panjang kerja 500mm, ketelitian posisi ±0.001mm, turret hidrolik 12 station. Desain rangka miring memudahkan pembuangan tatal dan mengurangi getaran. Dilengkapi motor servo bertenaga dan sistem pelumasan otomatis. Cocok untuk bengkel otomotif atau fabrikasi logam yang membutuhkan kecepatan tinggi (rapid traverse 30m/min) dan opsi seperti C-axis untuk milling kompleks. Keunggulan: konsumsi listrik hemat, kontrol Fanuc mudah dioperasikan, perawatan minimal – investasi tepat untuk meningkatkan efisiensi bengkel.
دستگاه تراش CNC مدل SL251HA با بستر شیبدار (30 درجه) برای تولید انبوه قطعات دوار با دقت میکرونی. مشخصات فنی: حداکثر قطر کارگیر 250 میلیمتر، طول کارگیر 500 میلیمتر، دقت موقعیتیابی ±0.001 میلیمتر، و روتاری هیدرولیک 12 ایستگاه. طراحی بستر شیبدار باعث دفع بهتر براده و افزایش صلبیت دستگاه میشود. کاربرد اصلی: تولید محورهای صنعتی، اتصالات هیدرولیک، و قطعات خودرو. قابلیتهای ویژه: حرکت سریع 30 متر/دقیقه، گزینههای محور C و فرزکاری، کنترل پیشرفته Fanuc. مزایا: راهاندازی آسان، استهلاک پایین، و قابلیت کار مداوم با فلزات سخت – انتخابی ایدهآل برای کارگاههای تولید قطعات.
Máy tiện CNC SL251HA khung nghiêng 30° - giải pháp gia công trục, bạc đạn và chi tiết máy chính xác. Thông số kỹ thuật: đường kính tiện Ø250mm, chiều dài gia công 500mm, độ chính xác vị trí ±0.001mm, đầu rơ-vôn-ve thủy lực 12 dao. Khung máy nghiêng giúp thoát phôi dễ dàng và giảm rung động. Tùy chọn bổ sung: trục C, đầu phay ngang, hệ thống làm mát áp lực cao. Ứng dụng: sản xuất phụ tùng ô tô, van công nghiệp, khuôn mẫu. Ưu điểm vượt trội: tốc độ chạy dao nhanh (Z: 30m/ph), tiết kiệm điện, vận hành êm – tối ưu hóa năng suất cho phân xưởng cơ khí.
เครื่องกลึง CNC แบบเบ็ด倾斜 SL251HA (เอียง 30°) สำหรับชิ้นงานเพลา, ข้อต่อเกลียว และชิ้นส่วนอุตสาหกรรม。规格สำคัญ: ความกว้างจับงาน Ø250mm, ยาว加工 500mm, ความแม่นยำ ±0.001mm, ป้อม刀具液压 12 ตำแหน่ง。โครงสร้างเอียงช่วยระบายเศษและลดการสั่นสะเทือน。选项包括 C-แกน และ ระบบหล่อเย็นแรงดันสูง。เหมาะสำหรับผลิตชิ้นส่วนยานยนต์, วาล์ว, และแม่พิมพ์。จุดเด่น: ความเร็วตัดสูง (Z: 30m/min), ระบบควบคุม Fanuc ที่ใช้งานง่าย, ประหยัดพลังงาน - เพิ่มประสิทธิภาพการผลิตในโรงงาน。
Mesin larik CNC SL251HA jenis katil condong (30°) untuk pemesinan aci, gandar dan komponen industri tepat. Spesifikasi: kapasiti Ø250mm, panjang kerja 500mm, ketepatan ±0.001mm, turret hidraulik 12 stesen. Reka bentuk katil condong meningkatkan pelupusan serpihan dan kestabilan. Konfigurasi pilihan: paksi-C, unit pengilangan, sistem penyejuk tekanan tinggi. Digunakan meluas dalam komponen automotif, injap dan acuan. Kelebihan: kelajuan tinggi (gerakan laju Z:30m/min), kawalan Fanuc mesra pengguna, penggunaan tenaga cekap - sesuai untuk bengkel kejuruteraan yang memerlukan produktiviti tinggi dan pemotongan kering/berminyak.