Retop RET 100 horizontal boring table machine

Retop RET 100 horizontal boring table machine

 GENERAL INFORMATION FEATURES contouring horizontal boring machine
fixed column, crosswise travelling table
4 linear axes, rotary table
sliding work spindle
machine designed for universal application in engineering production suitable for roughing as well as for finishing
optionally can be fitted with tool magazine with manipulator, tool cooling kit, cooling through spindle axis CHOV or oil mist cooling CHM
ready for lndustry
CONTROLLING OF THE MACHINE
all functions of the machine, except for tool clamping and unclamping, are controlled via the control panel, which consists of a keyboard, a switch panel and an LCD montior the tool clamping and unclamping is controlled by switches on the headstock the control panel is supplemented by a portable control panel handwheel, which duplicates some basic of the functions of the control of the machine the control panel is situated on the rotary console in front of the headstock the control system allows manual, semiautomatic and fully automatic modes
the standard communication interface allows a connection with the ethernet for easy administration and distribution of technological programs as well as diagnostics or servicing of the control system

STANDARD VERSION MACHINE CAPABILITIES
axes powered in interpolation
axis powered only positionally
linear interpolation of four axes
circular interpolation of two out of four axes powered in interpolation spiral interpolation
special interpolation spline in space
interpolation of S and axes spindle turning depending on the axis position enables thread cutting without use of a compensating bushing
KINEMATICS OF THE
brushless digital servomotor with servo drive clearance free gearing by timing belt ball screw
KINEMATICS OF THE X, Y, Z AXES
brushless digital servomotor with servo drive
ball screw directly driven by motor

KINEMATICS OF THE 
brushless digital servomotor with servo drive
planetary gearbox with minimum clearance
gear set gear ring
GROUP GUIDANCE
axes guideways reinforced with hardened steel plates, counterways with synthetic casting,TURCITE coatedjibs
Y axis guideways reinforced with hardened steel plates,
TURCITE coated counterways and jibs
axis sliding guideway, cast iron steel
axis guideways of the rotary table are scrapped
LUBRICATION central, axiallubrication
frequency of lubrication cycles correlates with travelled track of the particular group
CLAMPING
axis hydraulically
X, Y, Z, W axes not clamped positional feedback
HEADSTOCK
sliding workspindle
spindle cavity blown with air during tool changing cycle
spindle driven in two speed ranges gears
hydraulic shifting of each range
setup of tool cooling byjets on headstock front side

HYDRAULIC POWER PACK
HYTOS hydraulic and lubrication set
lubrication of all axes
clamping B
unclamping of the tool

ADMEASUREMENT OF POSITION
HEIDENHAIN digital optical admeasuring
X, Y, Z axes absolute linear encoders
W axis absolute rotary encoder in motor
axis incremental angle encoder
axis incremental rotary encoder

ENERGY DISTRIBUTION
IGUS chain energy carriers
COVERAGE OF MACHINE
complete coverage of guideways of X axis
partial coverage of Z, Y axes

VALID ONLY FOR THE EUROPEAN UNION
comprehensive safety elements according to the applicable legislation and technical standards
operator housing

working area of the machine is fenced off

OPTIONALLY CONTROLSYSTEM
SIEMENS SIN 840D SL handwheel
SIEMENS drives and motors
FACELIFT
extended cover system of the machine
axis complete coverage of the group column headstock including the integrated operator housing
axis fully enclosed guideways
axis coolant drain system for the design
axis travel increased by AUTOMATIC TOOL CHANGER
ATC facility as a separate unit magazine with servodrive for tool pocket positioning changer driven electrically pneumatically

CHZ TOOL COOLING KIT EMULSION
tool cooling kit with jets on headstock front side
separate cooling unit tank with pump, level gauge, pressure test
tankvolume 
maximumpressure
setup for tool cooling always included distribution pipes, jets TOOL COOLING AIR cold air gun cooling without a thermal shock positive impact on the accuracy and the surface quality high reliability environmentally friendly and low noise operation almost zero operating costs
COOLING THROUGH SPINDLE AXIS FLUID
not possible to add into configuration, once the production has started separate cooling unit with filter and magnetic swarf separator required maximum pressure 40 bar emulsion tankvolume maximum pressure 80 bar oil tankvolume emulsion and may not be used both for one machine other necessary alterations to machine and CE features depend on the required cooling pressure
COOLING THROUGH SPINDLE AXIS AIR
not possible to add into configuration, once the production has started maximum pressure 5 bar

CHOV M COOLING THROUGH SPINDLE AXIS OIL MIST
not possible to add into configuration, once the production has started separate programmable cooling unit
maximum pressure 5 bar
OIL MIST COOLING
can be added to machine at any time easy to install
easy to use

ACCESSORIES STANDARDLY DELIVERED ACCESSORIES
spindle guiding support 170 mm
cleaning brush
clamping adapters 15 pieces
anchoring kit
basic tool kit for operation and maintenance of the machine basic spares kit accompanying technical documentation
OPTIONAL ACCESSORIES
spindle guiding support 320 mm
spindle guiding support 470 mm
vertical manual milling head
universal manual milling head
facing head out board support technological accessories
limitation of the Z axis travel
clamping angle plates spares kit for 3 year operation
compressed airfilter system
touch probe with radio infrared signal transmission

The HPR50 milling head can be used to mill in planes parallel to the machine's workspindle axis and to bore in planes vertical to the workspindle axis. The milling head is mounted on the front side of the head stock centering diameter of spindle bearing bushing manually.
The milling head is positioned manually.

The milling head can be used to mill in planes parallel to the machine's workspindle axis and to bore in planes vertical to the work spindle axis. The milling head is mounted on the front side of the head stock centering diameter of spindle bearing bushing manually.
The milling head is positioned manually.

The universal milling head can be used to mill and bore in inclined planes. The milling head is mounted on the front side of the head stock centering diameter of spindle bearing bushing manually. The milling head is positioned manually. The clamping cube is a device used for workpiece clamping. The clamping is performed on the machine's maіn clamping surface. The cube's geometric precision can be enhanced by finishing on the machine on which it will be used. The clamping plate is a device used for workpiece clamping. The clamping is performed on the machine's maіn clamping surface. The angle's geometric precision can be enhanced by finishing on the machine on which it will be used.