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Jet Master T P3/13  CNC Machining Center

Busellato uses 3-dimensional solid modeling systems to design its working centers which are built with a mobile beam and stationary basement. The beam moves in a longitudinal direction with respect to the basement (X axis) and supports a pair of carriages which determine the movement of the Y and Z axes.  The X and Y axes define a plane parallel to the floor and the Z axis moves up and down perpendicular to this plane. This configuration allows a remarkable reduction in the machine’s overall size and improves the machine’s performance and functionality.The basement and the beam are made of electrically welded steel and are ribbed and strengthened internally to guarantee maximum rigidity even under intense working.The structures undergo a thermally-controlled normalization cycle.


All phases of assembly undergo conformity checks according to special testing procedures.  The alignment of all the linear guides is carried out using an electronic level guaranteeing straightness and parallelism tolerances to be within 0.02 mm per linear meter.  On all machines, positioning precision and bi-directional repeatability of the axes is checked using an interferometer laser system. Bi-directional positioning precision is guaranteed within a tolerance of ±0.05 mm.To complete the dynamic tests carried out on the machines, the interpolation of the axes (circularity) is tested with the Ball-Bar Renishaw device.An electrical test of the whole system is carried out on each machine according to CEI EN 60204-1 legislation.


X and Y AXES - Movement of the X and Y axes are by rack and pinion with convex, helicoidal teeth, made of hardened and tempered steel which undergoes a thermal carburizing treatment and successive hardening. A lubricating film is applied to the teeth, eliminating the need for lubrication during the life of the machine. The pinion is splined directly on a high precision planetary gearbox.Precision of the movement along both axes are guaranteed by a measurement with laser instrumentation and software management of the calibration curve to guarantee an absolute measurement with time.The mobile beam or carriagemoves on high precision pre-loaded ball runner blocks and linear guides made of rectified and hardened steel. Ball runner blocks for all axes are equipped with a seal guaranteeing maximum protection from dirt and dust.

Z AXIS - The carriagesfor this axis is made from an aluminum alloy with highly rigid mechanical properties. Movement of theaxis is by ball nut with pre-loaded lead screw in order to guarantee high speeds with minimal wear.The carriage is mounted on pre-loaded ball runner blocks which slide on very high precision linear guides made of rectified and hardened steel.  Z axis motor and ball screws are sized to avoid the need for pneumatic assistance.  All axes are driven by AC brushless motor fed and controlled by digital drives.


Busellato installs a centralized dust extraction system, with a single large pipe mounted on the head.  The system automatically diverts collection between the main electrospindle and drilling head to maximize efficiency.


The machine is equipped with automatic central lubrication system with progressive distribution.  The system has a single feeding point for the group of distributors, which send automatically and safely, an adequate volume of lubrication to each lubrication point.  The control software alerts the operator when lubrication is in process.


The machine is equipped with front safety mats, rear and lateral fence, and head shroud cover, as well as these additional safety systems: push buttons for emergency stop, software and hardware to monitor the safety distance, check sensors for the vacuum and compressed air level.


The electrical cabinet is integrated in the left hand side of the machine base and is tested according to the strict international regulations (EN 60204).


The BUSELLATO JET ROUTER employs a heavy duty, digital, programmable frequency static converter (inverter) and includescontrol that the motor has stopped, braking resistance and automatic reset in case of emergency.


Allows remote connection between the machine’s PC and Casadei-Busellato’s Authorized Service Center allowing direct intervention on the control for checking parameters of the whole machine, single programs and installation of eventual software updates.  Internet access and connection is the responsibility of the customer.


Mobile console for PC allows the operator to position the programming and control station according to the workflow of materials at any given time.  The control PC consists of:

Windows 10 operating system

Intel i5 processor

4 Gb RAM memory

120Gb Hard Drive

High resolution 19” LCD color screen (1280x1024)

DVD/CD-RW 48X Burner

5 USB 2.0 ports, with one externally mounted on the control panel for easy access

1 Ethernet RJ45 port for connecting to office network


Automatic centralized lubrication system

Pump and reservoir permanently attached to machine at back of Y beam

Automatic pumpdelivers grease through a distribution block to all X, Y, and Z guides

Software informs operator when lubrication is in process.

Partialized dust extraction manifold

Pneumatic blast gate directs suction to electrospindle or drill head automatically

FB1146 Air conditioning for the electrical cabinet

Maintains clean, consistently cool air in electrical cabinet

Keeps humidity low inside cabinet, extending life of electrical components

Remote push-button panel

Axis speed control over-ride

Includes hook and magnet for easy placement of panel when not in use

The following redundant controls for convenient operation of the pendulum cycle


Safety mat reset (after loading part)

Program start

Program pause

 FB1109  Auto-transformer for input 208/230/460 V - 50/60Hz – output 400V - 35 kVA.


Two working areas (left and right)

Left and right work areas to facilitate loading one area while machine works in the other (pendulum processing)

Reference pins activate automatically in appropriate area

Includes (2) foot pedals for activating vacuum in each area individually

 SIX (6) “TL” panel supports 1300 mm with double “O” line

TL (Tubeless) type panel support with pneumatic clamping on both running guides in X and complete with metric line. The panel support slides on hardened and rectified round guides by means of 4 ball bearings.

Built of a closed robust wing aluminum structure, it has channels for sliding and clamping moveable support for vacuum cups and the whole range of accessories foreseen. Complete with front reference stop with retractable 22mm shaft for positioning the panel.

Eliminates all vacuum supply tubes and allows for fast and easy relocation of the cups on the rails

FB1193  Visual display for panel support and vacuum cup positions for Jet Master T

Shows the positions where the rails and pods are to be positioned.  The positions are automatically sent to the computer monitor for the operator to reference and perform.

Standard Twelve (12) Vacuum cups 140mm x 115mm, H=75mm (TL)

Vacuum cups for TL panel supports

Each cup equipped with valve to close vacuum when not in use

Each cup equipped with side clips to center cup on rail

FB1228  SIX (6) Vacuum cups 125mm x 75mm, H=75mm (TL)

Vacuum cups for TL panel supports

Each cup equipped with valve to close vacuum when not in use

Each cup equipped with side clips to center cup on rail

 90 m³/hr vacuum pump.

Rotating vane pump for generating vacuum

Capacity of 90 m3/hr

Engineered for pod and rail applications


M18 boring head with integrated saw unit

  • Working unit for vertical drilling with independent spindles.
  • Unit is mounted forward of the electrospindle giving complete table coverage
  • Made in light aluminum alloy with high mechanical properties, the unit is equipped with:
  • 12 spindles with vertical outlets in a “T” shape, 32 mm pitch, of which 8 spindles are along the X axis and 4 spindles along the Y axis.
  • 6 horizontal drills, 2+2 in the X direction and 1+1 in Y
  • 1 integrated saw unit for 120mm diam. blade in “X” axis.
  • Control of the spindles by an electro-valve and cylinder with single thrust chamber for a drilling force of 44kg (97lb) per spindle.
  • The working unit is rotated by an asynchronous 2.2 kW (3 HP) electrical motor controlled by “inverter”.
  • The motor, in turn, activates the transmission made of special steel gears with wide, slanting, rectified and thermally hardened teeth.
  • The attachment for vertical tools is designed for threaded M10 shanks, while the attachment for horizontal tools tools is designed for threaded M8 shanks

JET 3 T Plus 9.5kW Electrospindle(15Hp @ 60Hz)– 24000 RPM - HSK F63

Mounted directly on the Z carriage, it slides on pre-loaded ball runner blocks and on two very high precision, hardened and rectified steel linear guides which guarantee an equal loading capacity in all 4 directions.

Pre-selection of the spindle is automatic by means of a pneumatic piston.

Tool locking is by Belleville washers, unlocking by pneumatic piston.

Three proximity sensors assure correct tool coupling.

The electrospindle is equipped with an air blower to guarantee a secure tool coupling.

Static inverter for continuous speed change and rapid stop of the rotation

Liquid cooled

Refrigerating unit maintains a constant temperature of the cooling the liquid thus avoiding over heating of the unit, circulation pump and cooling radiator.

Maximum power           9.5 kW (15Hp @ 60 Hz)

Rotation speed             1500-24000 rpm

Continuous Power         9.5 kW – 15Hp @12,000 - 18,000 RPM

Driver                           three phase motor controlled by inverter

Rotation sense             right and left

Spindle lubrication        permanent greasing

Tool attachment           HSK F63 cone

Max. tool weight           6 kg (depending on rotation speed)

FB1134  16 Position (head mounted) rotary tool changer HSK F63

Automatic 16 position rotary tool changer on the Y axis for the main electrospindle unit with HSK F63 attachment.  The tool changer with collets is completely enclosed in a metallic base that is supported by an electro-welded steel arm.  The unit slides on pre-loaded ball runner blocks on a high precision linear guide composed of rectified and hardened steel.  Movement is by pneumatic cylinder.  The assembly also includes an air blower to guarantee that the cones are clean before loading into the electrospindle.  The exceptionally strong structure permits the use of large sized tools and aggrigates.  Tool changes can be accomplished without interrupting the machine’s working cycle.

Collet pitch                   88mm

Max. tool Diameter        180mm

Rear rotary tool changer RP16 HSK F63 at the rear of the Y axis

The tool changer travels on the rear of the y axis and is equipped with a cover and blower to keep the tool holders clean.  The structure is especially strong and allows the use of large sized tools and aggregates.  Allows for tool changes without interrupting the machine’s working cycle.

Collet pitch                   88 mm

Max. tool Diameter        300 mm



The “Genesis Evolution”Numerical Control incorporates leading-edge, true PC-control on the Busellato, avoiding proprietary PLC control systems.  Review major features below and see our website https://www.casadeibusellato.us/products/tpa-genesis-evolution-training  for video tutorials on Genesis Evolution.

 JETCAD integrated in the control with mirroring, rotation, repetition functions, etc.

 “Multitasking” operating system for using the control even when the machine is working

-  Graphical display of the 6 workable faces

-  2D and 3D display of the piece being worked

 Parametric programming which permits the use of mathematical, trigonometric, inverse trigonometric and logical formulas and the use of 300 variables.

-  Programming on horizontal, vertical faces and virtual faces which can be rotated, very helpful for when using aggregates.

-  Programming of linear, circular, oval and ellipse routings on the three Cartesian axes

-  Programming of tool radius with automatic correction

-  Possibility of excluding the display of some types of machining

-  Multi-level zoom function

 Conditioned programming (IF/EndIF Blocks) associated with the use of Macros

-  Absolute or incremental programming

-  Creating of sub-programs by the operator with the possibility of multiplication, mirroring and rotation of the above

-  Up to 10,000 program lines (expandable) are programmable

-  Customer can personalize error messages

-  Easy identification of stored programs using “preview” function

-  Archiving of programs with names up to 256 characters long

-  In line recall of the machine set-up and tool specifications

-  Management of up to 500 tools

-  Graphical display of set up of tool changers

-  Tool graphical archive with the possibility of parameterizing up to 9000 different types of tools

 -  Pocket cycle in defined planes

-  Pocket cycle with three modes- Simple pocket, relief and reverse relief

 Programming of all TRUE TYPE ANSI fonts installed in PC (up to 255)

- Linear or curved text orientation

 Management of distances between characters, height, size, bold, italics

- Built-in oscilloscope capable of monitoring the logical input/output status and the dynamic axes’ parameters

- Visualization of the rpm and absorbed current of the aggregates and spindle

- Importation or files from previous Busellato CNC versions (Genesis, Winner90, CNC 90)

- Bar code reading software

- Calculation of time required for program execution

 Program simulation of working cycle

- Manual and machine diagnostic functions in real time with graphic help

- Management and diagnostic synoptics which makes using the machine easier

- Program list management and variable control from the list

- Automatic control of the working speed to optimize the routing path.



Online Software Training:

Online training avoids travel expenses and allows training sessions in shorter segments; especially effective for those familiar with Busellato software or any CAD or CNC programming software.  We can offer up to 8 hours of online training in 2-hour minimum sessions.  These online sessions are conducted by a qualified software trainer and offer the flexibility of changing screens from trainer to trainee during the session.  In addition, we offer tutorial videos on many advanced features that can be accessed on our website at anytime.


The entire installation and on-site training process will be completed within 32 labor hours, unless otherwise agreed in writing.  Our technicians use a comprehensive checklist to commission the machine and train your operators on the operation.  Some of the topics covered:

  • Machine safety and operation
  • Lubrication procedures and maintenance schedule
  • Tooling installation and parameters
  • Review of electrical, parts and instruction manuals
  • Control cabinet layout and major electrical components
  • Processing of your programmed parts

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