KDF Neo Super Cascom User manual

INSTRUCTION MANUAL
Before using the KDF Neo Super Cascom, please read the manual thoroughly and
understand the capabilities and proper usage for this machine.
Technical hints and tips regarding casting are covered in the separate " Casting Manual ".
Please keep these manuals in an easily accessible location for future reference.
W1010700-B 1212J

Contents■
Safety Precautions P1■
Standard Accessories P4■
Descriptions of Component Parts P5■
Front View Parts and Descriptions P5●
Back View Parts and Descriptions P6●
Operation Panel and its Functions P7●
Preparations before Use P8■
Power Requirement P8●
Location & Environment P8●
Compressed Air Piping P8●
Argon Gas Piping P8●
Vacuum Pump Connection P8●
Pocket Pager Installation P9●
Power On P9■
Stand-by Mode P9■
How to Program P9■
Programming on Auto Program Mode P10●
Programming on Manual Program Mode P11●
Program Check and Modification P12●
Melting Mode P12■
Installing Carbon Washer P12●
Melting with Ceramic Crucible P13●
Melting with Carbon Crucible P14●
Other functions while the unit is in melting mode P14■
+TEMP P14●
Melt Check P14●
Melting with Argon Flow P14●
Casting Mode P14■
Program Duplication Mode P15■
Default Value Set Mode P15■
Chime Volume P15●
+TEMP Heat Increase P16●
+TEMP Increased Heat Memory P16●
Altitude Set P16●
Temp Unit Measure Set / P16●℃
P16●Muffle Heat Correction
Life Span of Ceramic and Carbon Crucible P17■
Pocket Pager P17■
STOP Button P18●
Periodic Machine Cleaning P18■
Retort P18●
Muffle Chamber P18●
Chamber Lid Seal Ring P18●
P18●Exhaust Air Filter Check
Drain Filter Check P19●
Lock Lever P19●
Maintenance of Muffle P20●
Consumables P20■
Trouble Shootings P21■
Error Messages P22■
is displayed P22●
Main Specifications P23■

-1-
Safety Precautions■
We recommend you to follow these instructions for proper use.
The safety precautions contained herein and the accompanying icons are provided for
the safe use of this machine and to prevent injuries and loss on material resources.
Please read them carefully prior to your actual machine operation. It is recommendable
that working on the unit should not be attempted by anyone who is not well-informed of
the precautions necessary for machine operation.
(→ )Reference pages of the related topics in this manual are illustrated with arrow marks i.e. P12
Failure to follow or of the directions may cause severe
injury or death.
Failure to follow or ignorance of the directions may cause injuries
or damages to material properties.
Examples of Precaution Icons
This mark requires to pay attention to the caution mark as shown inside or
around it. The illustration on the left means to exercise caution for shock hazard.
This mark means prohibited actions.
Prohibited action mark Do not disassemble is shown inside or around the mark.（）
This mark means forced action and directions to follow. Instruction to follow is
shown Unplug out of power outlet inside or around the mark.（）
WARNING
CAUTION

-2-
In the event when there is smoke, abnormal odors or sounds, unplug
immediately and contact the dealer for repairs. Continued use may cause
electric shock or fire. We recommend you not to attempt repairs yourself.
Unplug
In the event when water or debris enters the machine, unplug immediately
and contact the dealer for advice.
Continued use may cause electric shock or fire.
Unplug
In the event when the machine is dropped or the furnace frame is dented,
unplug immediately and contact the dealer for advice.
Continued use may cause electric shock or fire.
Unplug
Do not remove the panels or parts uninstructed or modify them in any
manner. Some of the parts inside are high voltage and contact with them
may cause fire or electric shock. We recommend you to contact the dealer
Do Not for repairs or machine checks.
Disassemble
Plug to the power outlet of the designated voltage described in the main
specifications. Use of any other voltage may cause fire or shock.
Not Designated
Volt. Prohibited
Place the machine so that there is adequate space from walls or other
equipment.
Keep distance of more than 8 inches from peripheral equipment and surrounding・
walls and 5 feet up from ceiling.
If the appropriate distance can not be secured, we recommend you to place the
Prohibited
insulator to prevent fire.
Do not use or place anything flammable near the machine.
Fire or burns may result.
Prohibited
Check the machine for signs of parts damage prior to use and make sure
the unit is in normal state.
Contact the dealer for advice when you find anything abnormal.
Check Before
Use
WARNING
CAUTION

-3-
Plug the main power cord into power outlet completely. The plug may heat
up and cause fire or burns if not completely plugged in. In addition, if the
metal part of plug is touched while the plug is not fully plugged in, electric
Required shock may result.
Do not place the machine on an unstable base to prevent the machine
from falling and damaging. This may cause injury.
Prohibited
Unplug the main power cord from the power outlet when the machine is
not in use for a long period of time.
Unplug
When you unplug the power cord from the power outlet, do not pull the
cord. If the cord is damaged, fire or shock may result.
Always remove by handling the plug.
Prohibited
In case of a periodic machine maintenance, unplug the power cord from
the power outlet. Do not handle the plug with wet hands.
This may cause electric shock.
Unplug
Do not place heavy items or place machine on the power cord and make
sure that the cord is not pulled too tightly and is not damaged.
This may cause fire or electric shock.
Prohibited
Do not handle the machine with wet hands as this may cause electric
shock.
Wet Handling
Prohibited
Do not insert red hot crucible into the crucible counter.
This causes the trouble.
Prohibited
This machine is for dental casting.
We do not recommend you to use the machine for any other purpose.
Prohibited
CAUTION

-4-
Standard Accessories■
When you unpack the machine, we recommend you to make sure that the following
standard accessories are received. In addition, please check the machine for any
damage or dent on the unit surface. Contact the dealer should there be any damage
on the unit.
A shaded viewer to facilitate the checking of alloy melting situation.View Glass 1pc
Used to move crucibles in and out of muffle. Reverse spring type.Tweezers 1pair
Stainless steel crucible holding stand.Crucible Stand 1pc
Gray colored washer and used with crucibles P12Carbon Washer 10pcs →
Used to install carbon washer onto crucibles P12Washer Guide 1pc →
Carbon Crucible S.CAS 3pcs / Box
Ceramic Crucible N.S.C 3pcs / Box
1 3/4"diam. 43mm 1pcCasting Rings (φ )
2 3/8"diam. 60mm 1pc(φ )
3"diam. 76mm 1pc(φ )
3 1/2" 90mm) 1pcdiam.(φ
1 3/4"diam. 43mm 1pcSprue Formers (φ )
2 3/8"diam. 60mm 1pc(φ )
3"diam. 76mm 1pc(φ )
3 1/2"diam. 90mm) 1pc(φ
Used for ringless castingCrucible Former 2pcs
Used for compressed air/argon gas tank P8Piping Tube 16feet 5 m 1pc() →
A chimer to let you know casting timing P17
Pocket Pager 1pc →
Used to clean debris and dusts out of muffle chamber P18
Dust Collector 1pc →
Operation manual with precautions for safe and proper uses of the
Instruction Manual 1booklet
Neo Super Cascom unit
Instruction and tips on casting technique for the Neo Super
Casting Manual 1booklet
Cascom unit.
We recommend you to save the carton and all packing materials for future
use when there is ever a need to ship or move your equipment.

-5-
Descriptions of Component Parts■
Front View Parts●
and Descriptions
Chamber Lid Handle Used to open and close the chamber lid by hand.
Note Be slowly when you open and close the chamber lid.)
Quickly repeated movement will cause the trouble.
Muffle Chamber Used to house furnace muffle to heat up and melt casting alloys.
Locking Arm Used to lock chamber lid when in casting process.
Argon Gas Nozzle Used to blow argon gas into crucible to prevent oxidation of alloy during
melting process. The argon button on the operation panel controls the nozzle
in and out. This nozzle is also available for covering crucible opening without
flowing argon gas.
Operation Panel The storage of programs and casting operation and other controls are
available.
P13Casting Counter A device to count the numbers of castings done of a ceramic crucible. →
Chamber Pressure Gauge Displays chamber pressure. Vacuum and air pressure is displayed.
Argon Pressure Gauge Displays the pressure of argon gas tank connected.
Argon Flow Meter Displays the flow of argon gas from argon nozzle shown in the unit measure
of liter per minute.
Argon Adjustment Knob Adjusts the flow of argon gas. Turn left to flow more and turn right to flow less.
Power Switch On/Off power switch with current breaking function.
P17Pocket Pager A beeper to let you know of status up to the end of alloy melting cycle. →
Power Switch
Argon Adjustment Knob
Argon Flow Meter
Argon Pressure Gauge
Pocket Pager
Chamber Pressure Gauge
Operation Panel
Argon Gas Nozzle
Locking Arm
Chamber Lid Handle
Muffle Chamber
Casting Counter

-6-
FUSE
FUSE
Vacuum Pump Power Outlet
Vacuum Pump Fuse
Argon Gas Hose Inlet
Drain Filter
Power Cord
Vacuum Pump Hose Inlet
Compressed Air Inlet
Exhaust Air Filter
Back View Parts●
and Descriptions
Exhaust Air Filter A port to release pressure from chamber when you perform casting.
P18Periodic cleaning is recommended. →
Drain Filter Used to prevent rust, dust, moisture etc. out of compressor from entering the
P19unit. Periodic cleaning is recommended. →
Compressed Air Inlet Connect one end of the air hose provided and the other end to the nearby
P8compressed air source. →
Argon Gas Hose Inlet Connect the hose provided to a low pressured argon gas tank with a gas
P8regulator for argon pressure and argon melting atmosphere. →
Ifargonpressureandargonmeltingatmosphereisnotgoingtobeused,thenthe
connection is not necessary.
P8
Vacuum Pump Hose Inlet Used to connect a hose to vacuum pump optional .()→
Vacuum Pump Fuse A fuse against over power flow to vacuum pump optional .()
Vacuum Pump Power Power outlet for vacuum pump optional .()
Outlet
Power Cord Main power cord for the unit. A dedicated power outlet with grounding is
recommended to use.

-7-
Operation Panel and●
its Functions
2 Digit Display Displays parameters such as current program course number, casting count
of ceramic crucible and original program course that you want to duplicate.
4 Digit Display Displays unit of measure for each indication shown on the display.
Process Indicator Displays program items while you store a program and displays the relevant
process during melting or casting operation.
Indication Lamp Each lamp is illuminated in conjunction with the indication.
SELECTOR Button Press the button to change the indication on display.
Auto Program Parameter Programmable items used in the auto program mode.
Button Press the button to move the program item or to increase or decrease∧∨
program value.
While you hold down the button, the values change rapidly.
AUTO. PROGRAMMING Alloy liquid phase temp, alloy quantity, investment type and crucible type are
Button programmable to store automatically each necessary program parameters.
P10→
Note This program mode enables you to store Start Temp, Melt Temp, Melt Time, Cast)
Timing and Cooling Time.
PROGRAMMING Button Used to directly program, modify or check the 5 program parameters. And the
simultaneous press of the Auto Program Button and the Program Button
P15allows you to duplicate program. →
OK Button Press to save the stored program value or to shift to next program parameter
while in program mode.
P12MELT Button Press to enter alloy melting mode. →
Repress the button to release melting mode.
+TEMP Button Press the button while in melting mode to increase additional heat to the set
melt temp.
When alloy is not sufficiently melt at the set temp, this mode enables you to add・
heat without returning to the program mode. P14→
The set default value 20 10 is modifiable and to save or not to save the・(℃)
modified default value are at your choice. P16→
VIBES Button Pressthebuttontogiveaslightvibrationtothechamberandtomakesureof
P14the alloy melting situation. →
Note We recommend you to use the view glass provided when you check the melting)
situation.
2 Digit Display
4 Digit Display
Process Indicator
Indication Lamp
Auto Program Parameter

-8-
FUSE
FUSE
Argon Gas Hose Inlet Drain Filter
Compressed Air Inlet
Vacuum Pump Hose Inlet
Vacuum Pump Power Outlet
ARGON FLOW Button Click the button rapidly twice to engage the argon gas nozzle and flow argon
gas during melting. Argon flow meter checks the gas flow amount.
LID Button Click the button rapidly twice to engage the argon gas nozzle without the flow
of argon gas. Press the button once to disengage the nozzle.
CAST Button Press the button after locating casting ring in place to start casting.
ARGON AIR Button Press the button to choose between argon gas and pressurized air applicable・
for casting. Double click the button to change to either Ar. or Air pressure
mode to avoid mistake in operation.
Argon pressure will prevent alloy from oxidation and will help you grind cast alloys
in shorter time.
CAST CYCLES Button Press to show the casting cycles used of the ceramic crucible inserted in
crucible counter. The number of casting cycle is shown on the 2 digit display.
P13→
CLEAR Button Press the button to clear a ceramic crucible number from memory.
Preparations before Use■
Power Requirement We recommend you to use the proper power voltage described in the main●
specifications of this unit.
Location & Environment Set up the unit on the center of a flat stable table●・
Keep the unit away from walls and other equipment・
Note We recommend you to set up your furnace 8 inches off the surrounding walls and)
5 feet off lab ceiling and do not place any thing flammable near the furnace.
If the appropriate distance from each periphery can not be secured, we recommend
you to place the insulator on each wall and ceiling to prevent fire.
Connect air pressure hose provided to the
●()Compressed Air Piping compressed air inlet Ref. drawing on the right
and connect to compressed air tank.
Note Keep the hose length possibly short to decrease)
the flow resistance within hose to a minimum.
Note Keep the pressure between 0.5 and 1MPa)
73 145 psi .(～ )
Note Place the hose in a secure location where it will)
not get stepped on or tripped over.
Connect the argon gas hose provided to the
Argon Gas Piping argon gas inlet Ref. drawing on the right and●()
connect to argon gas tank with pressure regulated between 0.7 0.8MPa～
102 116 psi .(～ )
Note In case of argon pressure, use of a regulator is required to control the flow of over)
30 cubic meters/hour at the pressure of 0.8MPa 116psi . We recommend you to()
use our optional pressure regulator provided to avoid occasional miscasting.
Note Keep the hose length as short as possible to decrease the flow resistance in the)
piping.
Plug the vacuum pump to the pump power outlet as shown on the right
Vacuum Pump drawing. Connect the vacuum pump hose to the hose inlet.●
Note We recommend you to use our optional vacuum pump, DDP-40 or KD-VP. The useConnection )
of a vacuum pump other than that of KDF brand may not work effective machine
functions and may even cause machine malfunctions.

-9-
Pocket Pager Insert the pager provided into the slot located on the front bottom right side●
Installation of the unit. Insert with magnet side in. The top/bottom configuration is not
important.
Note There is a magnetic latch inside the slot. Make sure to insert fully and engage the)
magnetic latch.
Power On■
Turn the power on after machine setup.
1. Turn the switch on the front right side of the unit upward to power on. After
is displayed, an existing muffle temperature appears to show the

unit is in correct condition for operation.
2. The READY lamp of pager will blink to charge the pocket pager. With the
pager fully charged and the unit in melting mode, the lamp is illuminated
P17when time data up to the end of melting is stored in the pager. →
Note Even after the pager is fully charged, the lamp will continue to blink if melt button is)
not pressed.
Note If the pager battery is completely discharged, the lamp will take approx. 10 seconds)
before it starts blinking.
3. If the Start Temp has been programmed, it will start heating up toward the
Start Temp.
THIS IS CALLED STANDBY MODE
Note At low temperatures the unit may make a low buzzing sound during heat up. This is)
the sound electricity flowing through muffle heater. This is normal.
Note If is displayed on the 4 digit display, open the chamber lid to prevent the)
chamber lid from overheating.
Stand-by Mode■
The following modes are available to be switched from Standby Mode.
1. Program Mode
Casting parameters are programmable in both auto and manual program
mode. Program checks and modifications are also available.
2. Melting Mode
Alloy melting mode for casting.
3. Casting Mode
Cast melted alloy into a mold.
4. Duplication Mode
Enables you to copy the program on display to other program course
desired. This will help simplify the creation of similar program.
5. Default Value Set Mode
Enables you to set Pager sound volume, +Temp value and Altitude.
We will cover each mode as described below.
How to Program■
Two methods of programming are provided as follows ;
1. Auto Program Mode
The inputs of alloy liquid phase temp, alloy quantity, investment type and
crucible type will automatically program the 5 casting parameters.
Note This auto program mode is not 100% infallible. Depending on castings at hand)
when you are in need of adjusting each parameter, we recommend you to make
adjustments to the parameters as required on the manual program mode.

-10-
2. Manual Program Mode
This mode is to input each parameter necessary for casting by hand.
Programming on Using the auto program mode, we will program the following parameters on●
Auto Program Mode the program course No.15 to store.
Ex. Porcelain bonding precious alloy
(℃)
 Liquid phase temp. 2084 1140
()Alloy melt quantity 30g 1.1 Oz.
Investment type Phosphate
Crucible type Carbon
1. Press the button to bring the course display to read .
Program Course ∧∨ 
Keep pressing the button to scroll through numbers quickly.∧∨
2. Press the AUTO. PROGRAMMING button.
The lamp of Auto Program is illuminated and the lamp of Liquid Phase Temp. is
blinking.
3. Press the button to display and press the OK button.Liquid Phase Temp. ∧∨ 
The lamp of Alloy Melt Quantity is blinking.
4. Press the button to display and press the OK button.Melting Quantity ∧∨ 
5. Press the button to select Phosphate and press the OK button.Investment Type ∧∨
Press the OK button repeatedly to scroll through each parameter quickly and to
check program or to modify.
6. Press the button to choose Carbon crucible and press the OKCrucible Type ∧∨
button.
7. After storing the correct 4 parameters, press the AUTO. PROGRAMMING
button to occur the 6 necessary casting parameters from the 4 parameters
stored and the unit stores the data in the memory course No.15.
The Start Temp. lamp blinks and the unit will start to heat up to the Start Temp.
Note If is displayed, the chamber lid is closed. Open up the chamber lid.)
Note When you do not continue further casting, we recommend you to turn the power off)
or to select a blank programmed course, otherwise the unit will unnecessarily
continue heating up to the start temp.
Note When you desire to confirm or modify the stored 6 casting parameters, we)
recommend you to refer to the next program mode of Programming on Manual｢
Program Mode .｣
Note If any one of the parameters is missing in programming, the parameters will not)
store the program.

-11-
Programming on Using the manual programming mode, we will program the following●
Manual Program Mode parameters on course No.24 to store the example.
Ex. Co-Cr Alloy for Metal Plate
(℃)
 Star Temp. 2282 1250
(℃)
 Melt Temp. 2660 1460
Melt Time 6 min. 0 sec.
Cast Timing - 0.3 sec.
Cooling Time 2 min. 0 sec.
Crucible Ceramic
1. Press the button to adjust the course display to read .
Program Course ∧∨ 
2. Press the PROGRAMMING button.
The Program lamp is illuminated and the Start Temp. is blinking.
3. Press the button to display and press the OK button toStart Temp. ∧∨ 
store the Start Temp.
The lamp of Melt Temp is blinking.
4. Press the button to display and press the OK button toMelt Temp. ∧∨ 
store the Melt Temp.
The lamp of Melt Time is blinking.
5. Press the button to display . and press the OK button toMelt Time ∧∨ 
store the Melt Time.
TheCastlampisblinking.
6. Press the button to display . and press the OK button toCast Timing ∧∨  
store the Cast Timing.
The lamp of Cooling Time is blinking.
7. Press the button to display . and press the OK button toCooling Time ∧∨ 
store the Cooling Time.
The selection lamps of crucible type are blinking.
8. Press the button to choose the desired crucible type.Choice of Crucible Type ∧∨
We recommend you to refer to the casting manual provided for advice which type of
crucible to use with your alloy.
Note The maximum temperature programmable for carbon crucible is 2642 1450 .)(℃)
9. Press the OK button to store the program and program check is
available. If you find any error in the program storage, the error is
modifiable in the same program method listed above.
10. Once the correct program storage is confirmed, press the PROGRAMMING
button to exit the Manual Program Mode.
The lamp of Start Temp is blinking and the unit is heating up toward the Start Temp.
Note When you do not continue further casting, we recommend you to turn the power off)
or to select a blank programmed course, otherwise the unit will unnecessarily
continue heating up to the start temp.
is displayed when you exited the manual program mode, one of theNote If)
program parameters stored is invalid. The relative invalid program parameter on the
process indicator will blink and we recommend you to correct the invalid program as
described in the Program Check and Modification below.｢｣
●

-12-
Program Check and The stored program check and modification are available in the following●
Modification manner.
1. Press the button to choose the desired course number that you want∧∨
to check or modify.
2. Press the PROGRAMMING button and the lamp of the Start Temp. on
the Process Indicator will blink and Start Temp. appears on the 4 digit
display.
3. Press the button to modify the stored value and press the OK button∧∨
to enter.
4. Press the OK button to shift to the next parameter for program check or
modification in the same way as described above.
If you turn the power off during Program Mode, this will prevent the unit from saving
any change. If you accidentally entered Program Mode or modified in error, turn the
power off as it is.
Melting Mode■
This mode is for melting the alloy in crucible to prepare for casting.
Turn the power on and press the button to choose the casting program∧∨
course. The Start Temp lamp will blink and temperature is heating up toward
Start Temp. When the Start Temp is reached the lamp will stop blinking and is
illuminated.
Considering the life of muffle heater, when the muffle heat is below 212 100 ,(℃)
the unit restricts speedy heat rise.
Note When you melt alloy make sure to use the crucible of which lamp is illuminated on)
the Process Indicator. If wrong crucible is us s displayed to failed, i 
the melting and the cast cycle numbers will add in spite that ceramic crucible is not
being used.
Installing Carbon To prevent alloy and debris from entering the●
Washer retort through the gap between crucible and
retort, the installation of carbon washer is
recommendable in the manner as shown in
the sketches.
1. Place a carbon washer in the washer guide
from under.
2. Stand a crucible bottom-side up and bring down
the washer and guide together to install.
3. Push the washer down to a distance of approx.
3mm from the crucible lip.
4. Remove the guide from the washer and crucible.
Note Do not cast with the guide installed on the crucible.)
Crucible
Carbon Washer
Washer Guide

-13-
Melting with When you melt alloy and cast using a ceramic crucible, we do not recommend●
Ceramic Crucible you to use the ceramic crucible over the maximum allowed casting cycles.
Do not insert red hot crucible into the crucible counter.
This causes the trouble.
1. Use the reverse tongs provided to grip the inside of ceramic crucible and
Check Casting Cycles
set the crucible in place to press the CAST CYCLES button.
2. The displays will show while the crucible rotates for approx.  
10 seconds to read the bar code on the crucible. The 4 digit display shows
the crucible No. and the 2 digit display shows the cast cycles of the crucible
already used.
3. If the cast cycles are over the maximum allowable limit, the numbers of
cast cycles used and will appear alternately on the 2 digit display.

As we do not recommend the continued use of the crucible that exceeded
allowable cycles, replacement of crucible is recommendable and repress
the CAST CYCLES button.
Note If you accidentally check a wrong crucible other than the, one you intended to use,)
press the CLEAR button and press the CAST CYCLES button after inserting a
correct crucible. If you melt alloy with a different crucible than the one you checked,
the cycle numbers will be added to the unused crucible. And if the cycle numbers
exceeded unnoticedly, the continued use of the crucible may have a crack.
Note If you use a crucible with no bar code or you don't check cycle numbers or check)
with a carbon crucible and you press the Melt button, is displayed 
and the unit will not go into melting mode in the course where ceramic crucible
should be used.
If the same crucible is used consecutively for melting, there is no need to do the
crucible check repeatedly. The unit will automatically recognize it as the same
previous one used for casting.
The unit keeps memory of crucible cycles used and crucible number and cycleCrucible Cycle Number
numbers are recorded at each melting and a ceramic crucible is available up
to 10 cycles of castings.
A ceramic crucible cycle is counted as follows ;・
Melt temp over 2552 1400 is counted 1 cycle and below(℃)

2552 1400 0.5 cycle.(℃) 

Accordingly, for example, 2 digits cycles may be displayed like .
cycles.
Note In case of the cycles 9.5 recorded, further casting in melt temp.)
over 2552 1400 is not acceptable and when you press the Melt button,(℃)
the display will show and alternatively. However, if melt temp is below
  .
2552 1400 , the crucible will be used one last cycle.(℃)
4. After checking the ceramic crucible, insert the alloy into the crucible toMelting
place it into muffle and press the MELT button.
5. Once Cast Temp. is achieved and Hold Time is elapsed, chime will sound
to notify that the alloy is ready for casting.
Note When Hold Time is held for 15 minutes after Hold Time is finished, the heater will)
turn off and is displayed for safety reason.
We recommend you to make visual checks of ceramic crucible
before use for surface cracks or the crucible is malformed or not,
regardless of its restricted cycles. If anything abnormal found,
do not use the crucible.

-14-
Melting with When you use carbon crucibles, there is no need to check the cycle count.●
Carbon Crucible 1. Insert alloy into a carbon crucible and set the crucible into muffle in place to
press the MELT button.
2. Once Cast Temp is achieved and Hold Time is over, chime will sound to
notify that the alloy is ready for casting.
Other functions while the unit is in melting mode■
）（Functions in common for both ceramic and carbon crucibles
+ TEMP Once the Cast Temp is reached, press the + TEMP button to increase by●・
P16an amount of temperature set in the default value. →
It is available to save the above increased temp in the program contents or・
P16to use the temp only once for the current program. →
Melt Check Press the VIBES button to slightly shake the muffle and to facilitate the●・
viewing of alloy melting situation.
Note When you check the alloy melting situation, we recommend you to wear safety)
goggles and use the view glass provided. There is a slight chance that melted alloy
may splash out and viewing the alloy melted at high heat may affect your eyesight.
Melting with Argon Flow Argon gas is useful for preventing alloy oxidation and effective for extending●
the life of carbon crucible.
Double click the ARGON FLOW button and the argon nozzle engages to・
inject argon gas from the tip of the nozzle into the crucible with alloy.
Repress the ARGON FLOW button once to disengage the nozzle.
Argon flow is adjustable with the knob on the Argon Flow meter to set・
amount of flow. The flow amount of 1 2 liter/min is ideal.～
Double click the LID button to draw out the argon nozzle but argon gas is not
injected. This function will come in useful for avoiding heat emission and for
shortening melting time. This will also help for longer life of carbon crucibles.
Casting Mode■
Once the Hold Time is over, a chime will sound 6 times. Be ready to set
casting ring in place to start casting operation. Choose your option in advance
for the type of pressure for casting, compressed air or argon gas.
Place a casting ring on the top of muffle.・
Note Place the ring on the center of the metal plate to fit with one of the circles on the)
plate.
Note When the muffle inclines, return the muffle to vertical position before press the cast)
button.
Close the chamber lid and move the locking arm down to lock.・
Press the Cast button immediately.・
Vacuum pump will work to create vacuum in the chamber.・
When the programmed vacuum level is reached, the chamber inverts to・
apply pressure.
While the chamber being inverted with cooling time over, the pressure・
inside the muffle is released and the chamber returns to its original position.
Return the locking arm to the original position to open the chamber lid and・
remove the casting ring and crucible.

-15-
Program Duplication Mode■
This function is used when you want to copy a program to another program
memory slot. The following example shows to transfer the program on course
12 to course 25.
1. Press the button in stand-by mode to display course .
Select Original Program ∧∨ 
2. Press the AUTO. PROGRAMMING and PROGRAMMING button
simultaneously.
The lamps of the AUTO. PROGRAMMING and the PROGRAMMING buttons will・
turn on and off.
3. The 4 digit display will read . Press the button to change the∧∨ 
means Copy.display to read .  
4. Press the OK button to activate program copy and displays the course 25
to finish program copy.
Note If no button press done for approx. 10 seconds, the unit returns to stand-by mode to)
release the duplication mode.
Default Value Set Mode■
Press the OK button while you hold down the SELECTOR button and
initial is displayed briefly to enter the default value set mode that() 
includes the following value settings.
1. Chime volume level of notification and warning when button is pressed.
2. Temp increase set when the +TEMP button is pressed.
3. Choice of the increased melt temp to save in the program or not.
4. Altitude of unit location setting.
(℃ )
 5. Set of temperature unit of measure /
Muffle Heat Correction6.
Chime Volume Button entry volume●・
The chime level set of button entry is available.
()
  Display Default Value
Press the button to display the desired value on the 4 digit display∧∨
and press the OK button to enter and to shift to the next program
parameter.
Mute
  ：
Low   ：
Medium   ：
High   ：
Error and Finish chime volume・
()
  Display Default Value
Press the button to display the desired value on the 4 digit display∧∨
and press the OK button to enter and to shift to the next program
parameter.
Mute
  ：
Low   ：
Medium   ：
High   ：

-16-
Other chime volume・
Finish chime of Hold Time and Power On entry chime volumes are
available to set.
()
  Display Default Value
Press the button to display the desired value on the 4 digit display∧∨
and press the OK button to enter and to shift to the next program
parameter.
Mute
  ：
Low   ：
Medium   ：
High   ：
+TEMP Heat Increase Press the +TEMP button to adjust the default temperature.●
((℃))    Display Default Value 20 10
Press the button to adjust heat increase within 1 90 and∧∨ ～ 
press the OK button to shift to the next program parameter.
If temp unit measure is set in , the default value and heat increase should
read 10 and 1 50 respectively in Celsius.～
+TEMP Increased Heat The above increased melt temp by the +TEMP button is available to save●
Memory yes on the program or not no .() ()
()
  Display Default Value no
Press the button choose yes or no and press the OK button to∧∨
shift to the next program parameter.
Altitude Set We recommend you to set the altitude above sea level according to the place●
to locate the unit.
()
  Display Default Value
Referring to the followings, press the button to set the altitude.∧∨
Press the OK button to shift to the next program parameter.
～()  0 1640feet 500m
()～ ( )  1643feet 501m 3280feet 1000m
()～ ()  3284feet 1001m 4921feet 1500m
()～ ()  4925feet 1501m 6562feet 2000m
Temp Unit Measure Set The option to display the unit of measure in Celsius or in Fahrenheit is●
/ available.℃

()   Display Default Value Fahrenheit
Press the button to change the unit of measure. is meant∧∨ 
to show in Celsius. Press the OK button to shift to the next program
parameter.
Note Repeated changes of unit of measure may not be able to convert back to the)
original temp due to the processing of temperature calculations inside the unit.
Muffle Heat Correction When you have replaced a muffle, heat correction of the new muffle is●
adjustable. The heat correction value is shown on the muffle replacement
procedure attached to the muffle.
Display Heat Correction value of the current(
 
)muffle
Press the button to set the correction value instructed.∧∨
The values are ranged within 50 50 to set.－～＋
Press the utton to return to Chime Volume Set Mode .OK b 「」
Press the Selector button to release the default value set mode and the unit
will return to stand-by mode.

-17-
Life Span of Ceramic and Carbon Crucible■
Ceramic Crucibles
Ceramic crucibles are mainly used for melting Co-Cr alloys, Ni-Cr alloys
and Palladium Pd for porcelain bonding alloys that require high melting()
temperature. The ceramic crucible life is variably affected by the type of
alloy, melting temperature and melting time. Despite of melting under the
identical use, each individual ceramic crucible may differ in its life due to
the feature of ceramic. When melting alloys, visual check for cracks and
deforms of crucibles are recommendable. We do not recommend you to
use the crucibles that are cracked or deformed.
Carbon Crucibles
Compared to ceramic crucibles, carbon crucibles are
mainly used for melting sliver alloy, gold alloy, gold/
silver/palladium alloy, precious alloy for porcelain bonding
and semi-precious alloy that require comparatively lower
melting temperature. When melting alloy, the shield gas
emitted from carbon suppresses the oxidation of melted
alloy and carbon crucibles are slowly consumed.
As a general mark, when you see the crucible height is
shortened and the crucible opening is sharpened as shown
on the sketch, replacement of crucible is recommended and
do not use a crucible with holes or cracks.
Alloy melting with argon gas or covering the crucible opening with the nozzle head
will delay the wear of the crucible opening exposed to air. P14→
Pocket Pager■
When melt time is finished, this device will beep to inform ceramist away from
the unit of casting timing finish of hold time .()
1. Plug the pocket pager into the slot on the front of unit and the lamp will
blink.
Note Even if the pager is completely discharged, it may take more or less 10 seconds for)
the charge lamp to begin blinking. This is normal.
2. When you press the melt button and the unit is in melt mode, the pager
receives time data until the melt time finish casting .()
3. When the pager duly receives the time data, the lamp is illuminated.
Note Even after the lamp is illuminated, the lamp will dim at 1 second intervals. This is)
because the pager receives updated information from the unit. This is normal.
4. Once the lamp is illuminated, push the pager to remove it. This will not give
any mechanical trouble.
If the built-in battery is fully charged and the pager is programmed with correct・
data, the pager beeps for a second when the pager is removed from the pocket.
The pager, being not operated with signals, works even when remote from the
unit.
When not in use, we recommend you to keep it plugged into the pocket. You can・
remove the pager any time after you pressed the melt button.
Note There is no worry of overcharging the pager.)
5. Preliminary chimes sound from 5 minutes before casting time at 1 minute
intervals.
5 chimes before 5 minutes, 4 chimes before 4 minutes, chimes of the remaining
minutes sounding at 1 minute intervals.
6. When melt time is over and the unit is ready for casting, the pager will give
6chimes.

-18-
7. After that, the pager will chime 3 times at 10 seconds intervals to urge
casting operation.
8. If the STOP button is not pressed within 15 minutes of cast chime, the
pager will cease operating.
STOP Button A temporary stop of preliminary chime●・
While the preliminary chime is sounding, press the STOP button quickly to
stop the chime.
Stop all chimes・
Keep pressing the STOP button for over 1 second and an entry beep
sounds to stop all chimes.
Periodic Machine Cleaning■
In order to maintain the capacity of this unit further longer the following
periodic cleanings prior to use are recommended.
Note When you perform machine maintenance, make sure that the unit is turned off and)
the muffle heat is as low as room temperature to avoid the cause of fire and electric
shock.
Retort Make sure to find if melted alloy is stuck to the retort bottom or not and if the●
retort has any crack or not.
Melted alloy stuck to the bottom of a retort will react to the retort under high heat and※
can make a tiny hole or a crack for the melted alloy to leak and will attack the muffle
heater to damage. We recommend you to replace it with a new retort.
Muffle Chamber When the chamber turns upside down for casting●
operation, metal debris and etc. in the muffle
may result in miscasting or may attack muffle
heater to cause heater breakdown.
We recommend you to use a vacuum cleaner
or the dust collector provided referring to the
following recommendations.
1. Open up the chamber lid and install the dust
collector with the opening to the left side on
the top of muffle.
Note Press down the dust collector provided to come in contact with the surface of)
metal plate.
2. Close the chamber lid to invert the chamber by your hand 180 degree and
then return the chamber to the original position.
3. Open up the chamber lid again to lift up the dust collector as horizontal as
possible and throw away the collected debris.
Chamber Lid Seal Ring The dirt on the seal ring may not allow you to reach sufficient vacuum level●
or vacuum may leak during pressure application. Use a clean wet cloth to
wipe the dirt on the seal ring before casting operation.
Exhaust Air Filter Check The exhaust air filter on the back of the unit is for silencing of the release of●
pressurized air when the unit operates casting. Make sure to check the filter
and when the filter is shaded in black, replacement with a new one is
recommendable.