Biesse Rover B 4.35 ATS CNC Machining Center
| MA ID: | RC4 - 10162 |
| Status: | Sold |
| Price: | $29,500.00 |
| Category: |
CNC Router (4-axis) |
| Manufacturer: | Biesse |
| Model: | Rover B 4.35 |
| Year of Manufacture: | 2003 |
| Condition: | Good |
| Electric: | 240 Voltage 3 Phase |
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9080020 The Biesse Rover B represents the latest technological advancements in machining centers designed for the processing of engineered and solid woods, plastics, non ferrous metals, like aluminum and composite materials like Corian™. Designed to play a critical role in today’s work cell and Just-In-Time manufacturing environments, the Rover B is unsurpassed in productivity, safety, reliability and operational efficiency in its class. The Rover B is manufactured by Biesse, a world leader in all types of equipment for the panel processing industry and, is supported locally in the United States by Biesse America, a totally owned subsidiary of Biesse. Rigid Frame The base structure of the Rover B is manufactured of stress relieved, heavy gauge steel with structural steel cross-members precisely located to provide an extremely rigid platform. Structural analysis by the most advanced CAD modeling systems has led to the development of a structure, which is able to withstand the most demanding work environments. Consequently, the Rover B performs at high speeds providing the highest output while maintaining a precision finish. The Rover B has a substantial fixed Y-axis beam to allow component-processing depths of up to 51” (1315 mm). Guide Systems Top quality linear guides provide the high precision linear tracking systems for the X, Y and Z-axes on the Rover series machines. Linear guides systems are designed for extremely high load capacity and rigidity and ensure accuracy at high travel rates. All linear guide systems and ball screws have centralized lubrication system. At each time interval, programmable through the numerical control, a message automatically appears on the screen, signaling the need for lubrication. The operator can use the pump the machine is equipped with to convey manually the lubricant to a single distributor, which sends the liquid to the sliding blocks of the X, Y and Z axes linear guides and to the nuts of the Y and Z axes ball screws. Drive Systems The Rover B driving system utilizes Yaskawa AC brushless servomotors with DIGITAL interface between numerical control and axes drives (Mechatrolink). The digital system Mechatrolink grants: • greater machining speed, since the tool route is partly controlled by the drive instead of the numerical control; • high working precision, thanks to faster data processing; • high reliability, thanks to a reduced wiring system which eliminates electrical interferences typical of non-digital systems; • reduced machine stops and downtime, thanks to the error diagnostics with explanatory messages displayed directly on the NC. 26462 Auto Lubrication System Automatic centralized lubrication system. At each time interval, programmable by NC, the lubricant is automatically sent to all linear guides and ball screws. WORK TABLE “ATS” ADVANCED TABLE SETTING 7300307 The new ATS (Advanced Table Setting) is the most advanced table design in the industry. ATS has a universal design for great flexibility and fast setup that features: • Robust design • Interchangeable and swiveling pods • 22 mm diameter origin pins. • No restrictions in pods placement ATS feature the largest array of fixturing options in the industry Here some of the on demand options: The table is composed of: • 2 side bars (1 LH, 1 RH) on which the side stops slide; • 6 support beams, 1280mm long (50.4”). Each support slides on hardened, machine ground round bars by means of 4 ball runners. The locking takes place on both round bars, by means of 2 pneumatic cylinders, and is controlled through a push-button placed in front of the support beam. • One row of 6 pneumatic backstops stops. • 2 side stops (1 LH + 1 RH) CNC controlled. All the stops are 22 mm diameter to grant the maximum rigidity and are prearranged for the installation of the mushroom clamps (not included) and the special stop for panels with overhanging veneer (not included) • Metric scale along the "X" axis, for a correct positioning of the panel supports • Metric scales along on top of each support beam for an easy positioning of the pod bases. • Panel locking system consisting of 18 pod bases (3 per support beam) with dimensions 132 x 132 x 41 mm. Each pod base is pneumatically locked on the support beam and has an unlock button on the side that allows it to slide with just one hand. Each base is prearranged for the installation of vacuum modules with different shapes and dimensions. Each base also allows rotating the vacuum modules by 15°, ideal solution for contoured panels. • 12 base caps • The total height of the base and pod is 70mm (2.75”) from the support beam, which allows for material unsupported Specifications: Working capacity "X" Axis is 126" (3,200 mm) any unit, "Y" axis for routing is 51.7" (1,315 mm), vertical drilling "Y" axis is 59" (1,495 mm), "Z" axis stroke 6.3" (160 mm). Positioning speed: "X" & "Y" Axis is 262 FPM (80 MPM) & "Z" axis is 66 FPM (60 MPM). Worktable: (6) Panel support rails with (4) lifting bars to assist with panel loading/unloading, (3) "ATS" vacuum pods per panel support; digital display readouts for rail & pod placement according to the programs,
(2) Independent working areas with pop-up locating pins for positioning of parts on the worktable; prepared for (optional) "quick fit" vacuum outlets for optional clamping of small or ackward shaped parts; each work zone with: (1) "Quick Connect" vacuum outlet for custom vacuum fixtures. Boring unit: (1) 2.5 HP (1.7 kW) motor, variable speed up to 6,000 RPM: (12) Independent vertical boring spindles with (6) spindles in "X" axis & (6) spindles in "Y" axis. (6) Horizontal spindles with: (2 + 2) in "X" axis & (1 + 1) in "Y" axis; (1) "X" axis grooving saw with 120 mm dia. blade.
Machining Unit: (1) 10 HP (7.5 kW) Vertically mounted HSD "Electro-Spindle" Router with HSK-F63 adapter, inverter driven 1,000 - 20,000 RPM with max. torque from 12,000 - 20,000 RPM.
The Biesse Rover B represents the latest technological advancements in machining centers designed for the processing of engineered and solid woods, plastics, non ferrous metals, like aluminum and composite materials like Corian™. Designed to play a critical role in today’s work cell and Just-In-Time manufacturing environments, the Rover B is unsurpassed in productivity, safety, reliability and operational efficiency in its class. The Rover B is manufactured by Biesse, a world leader in all types of equipment for the panel processing industry and, is supported locally in the United States by Biesse America, a totally owned subsidiary of Biesse.
Rigid Frame The base structure of the Rover B is manufactured of stress relieved, heavy gauge steel with structural steel cross-members precisely located to provide an extremely rigid platform.
Structural analysis by the most advanced CAD modeling systems has led to the development of a structure, which is able to withstand the most demanding work environments. Consequently, the Rover B performs at high speeds providing the highest output while maintaining a precision finish. The Rover B has a substantial fixed Y-axis beam to allow component-processing depths of up to 51” (1315 mm).
Guide Systems Top quality linear guides provide the high precision linear tracking systems for the X, Y and Z-axes on the Rover series machines. Linear guides systems are designed for extremely high load capacity and rigidity and ensure accuracy at high travel rates. All linear guide systems and ball screws have centralized lubrication system. At each time interval, programmable through the numerical control, a message automatically appears on the screen, signaling the need for lubrication. The operator can use the pump the machine is equipped with to convey manually the lubricant to a single distributor, which sends the liquid to the sliding blocks of the X, Y and Z axes linear guides and to the nuts of the Y and Z axes ball screws.
Drive Systems The Rover B driving system utilizes Yaskawa AC brushless servomotors with DIGITAL interface between numerical control and axes drives (Mechatrolink). The digital system Mechatrolink grants: · greater machining speed, since the tool route is partly controlled by the drive instead of the numerical control; · high working precision, thanks to faster data processing; · high reliability, thanks to a reduced wiring system which eliminates electrical interferences typical of non-digital systems; · reduced machine stops and downtime, thanks to the error diagnostics with explanatory messages displayed directly on the NC.
26462 Auto Lubrication System Automatic centralized lubrication system. At each time interval, programmable by NC, the lubricant is automatically sent to all linear guides and ball screws.
WORK TABLE “ATS” ADVANCED TABLE SETTING
7300307 The new ATS (Advanced Table Setting) is the most advanced table design in the industry. ATS has a universal design for great flexibility and fast setup that features: · Robust design · Interchangeable and swiveling pods · 22 mm diameter origin pins. · No restrictions in pods placement
ATS feature the largest array of fixturing options in the industry Here some of the on demand options:
The table is composed of: · 2 side bars (1 LH, 1 RH) on which the side stops slide; · 6 support beams, 1280mm long (50.4”). Each support slides on hardened, machine ground round bars by means of 4 ball runners. The locking takes place on both round bars, by means of 2 pneumatic cylinders, and is controlled through a push-button placed in front of the support beam. · One row of 6 pneumatic backstops stops. · 2 side stops (1 LH + 1 RH) CNC controlled. All the stops are 22 mm diameter to grant the maximum rigidity and are prearranged for the installation of the mushroom clamps (not included) and the special stop for panels with overhanging veneer (not included) · Metric scale along the "X" axis, for a correct positioning of the panel supports · Metric scales along on top of each support beam for an easy positioning of the pod bases. · Panel locking system consisting of 18 pod bases (3 per support beam) with dimensions 132 x 132 x 41 mm. Each pod base is pneumatically locked on the support beam and has an unlock button on the side that allows it to slide with just one hand. Each base is prearranged for the installation of vacuum modules with different shapes and dimensions. Each base also allows rotating the vacuum modules by 15°, ideal solution for contoured panels. · 12 base caps · The total height of the base and pod is 70mm (2.75”) from the support beam, which allows for material unsupported AND MORE... CALL FOR VIDEO TO VIEW MACHINE IN OPERATION ~
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