FAQs

AE

How much extra stroke does it provide?

When the internal bushing of this piece gets in contact with the plate, the mechanism starts working. From that point, the ejector of the AE goes at double stroke. The maximum extra is:

8mm (0.315”) of extra stroke, with the AE031620 and AE041620.

15mm (0.591”) of extra stroke, with the AE052430, AE062430 and AE082430.

20mm (0.787”) of extra stroke, with the AE103036 and AE123036.

Can the AE be installed directly below the injection point?

Its is not recommended as the injection pressure could damage the AE internal mechanism.

BA

How much load is needed to release the ejectors from the bases by pressing the brass bushing?

49.03N /5Kg (11.01lb).

What is the retention strength of the pin?

BE031115: 2550N / 260Kg (572.52lb)

BE041216: 2550N / 260Kg (572.52lb)

BE051317: 3800N / 387Kg (852.17lb)

BA/BT061418: 3800N / 387Kg (852.17lb)

BA/BT081620: 5100N / 520Kg (1145.04lb)

BA/BT101822: 6400N / 652Kg (1435.70lb)

BA/BT122024: 7600N / 775Kg (1706.55lb)

What is the maximum temperature that the ejector bases can withstand?

Can work up to 150 °C (302°F). This is the temperature when the interior spring could lose effectivity.

BE

What is the maximum temperature that the ejector bases can withstand?

Can work up to 150 °C (302°F). This is the temperature when the interior spring could lose effectivity.

What is the retention strength of the pin?

BE031115: 2550N / 260Kg (572.52lb)

BE041216: 2550N / 260Kg (572.52lb)

BE051317: 3800N / 387Kg (852.17lb)

BA/BT061418: 3800N / 387Kg (852.17lb)

BA/BT081620: 5100N / 520Kg (1145.04lb)

BA/BT101822: 6400N / 652Kg (1435.70lb)

BA/BT122024: 7600N / 775Kg (1706.55lb)

How much load is needed to release the ejectors from the bases by pressing the brass bushing?

49.03N /5Kg (11.01lb).

BG

What angles are available?

15º and 20º.

What strokes are achievable with the Angle Pin Housing?

It depends on the angle and the length of the pin that is used:

Ref	Angle Pin	Stroke
BG.423016-15	GI.016115	19.8mm. (0.780")
	GI.016135	25mm. (0.984")
	GI.016160	25mm. (1.240")
BG.423016-20	GI.016115	26mm. (1.024")
	GI.016135	32.8mm. (1.291")
	GI.016160	41.4mm. (1.630")
BG.504020-15	GI.020140	24.2mm. (0.953")
	GI.020165	30.7mm. (1.209")
	GI.020190	37.1mm. (1.461")
BG.504020-20	GI.020140	31.7mm. (1.248")
	GI.020165	40.2mm. (1.583")
	GI.020190	48.7mm. (1.917")
BG.554024-15	GI.024170	30.4mm. (1.197")
	GI.024195	36.9mm. (1.453")
	GI.024220	43.3mm. (1.705")
BG.554024-20	GI.024170	39.9mm. (1.571")
	GI.024195	48.4mm. (1.906")
	GI.024220	57mm. (2.244")
BG.655028-15	GI.028200	36.4mm. (1.433")
	GI. 028225	42.9mm. (1.689")
	GI. 028250	49.3mm. (1.941")
BG. 655028-20	GI. 028200	47.8mm. (1.571")
	GI. 028225	56.3mm. (1.906")
	GI. 028250	64.9mm. (2.244")

What is the tapped hole for?

To remove the Angle Pin Housing easily with a screw.

BI

Can I remove the date stamp from the tool?

Yes, on our catalogo page we indicate the size of the hole (E dimension) to be made before installing, the date stamp can then be removed using the appropiate ejector.

BM

How deep is the engraving?

Ref	Numbers	Line
PM......	0.15-0.20mm. (0.006-0.008")	0.50-0.60mm. (0.019-0.024")

Ref	Triangle
BM......	0.20-0.25mm. (0.08-0.010")

What kind of thread is on the BM and PM?

Ref	Arrow
PM...... BM......	M3.5x0.6mm.

Can I remove the date stamp from the tool?

Yes, on our catalogo page we indicate the size of the hole (E dimension) to be made before installing, the date stamp can then be removed using the appropiate ejector.

BT

What is the maximum temperature that the ejector bases can withstand?

Can work up to 150 °C (302°F). This is the temperature when the interior spring could lose effectivity.

What is the retention strength of the pin?

BE031115: 2550N / 260Kg (572.52lb)

BE041216: 2550N / 260Kg (572.52lb)

BE051317: 3800N / 387Kg (852.17lb)

BA/BT061418: 3800N / 387Kg (852.17lb)

BA/BT081620: 5100N / 520Kg (1145.04lb)

BA/BT101822: 6400N / 652Kg (1435.70lb)

BA/BT122024: 7600N / 775Kg (1706.55lb)

How much load is needed to release the ejectors from the bases by pressing the brass bushing?

49.03N /5Kg (11.01lb).

CA

Is it normal to have only one lateral guide?

Yes, as the base will align with the cam slide perfectly, the guide is only to keep the cam slide in position.

What material is it made of?

1.2344 – 44 ± 2 HRC. (AISI/SAE: H13)

CC

What is the maximum working temperature for the Cycle Counter?

We recommend the Cycle Counter be placed at zones under 60 °C (140°F).

How long does the Cycle Counter battery last?

The Counter is expected to last 3 to 5 years, if it worked 24h/7d/12m. A very hot environment can reduce the lifetime of the batteries.

How long does the Cycle Counter battery last if it is not in the mold?

The Counter battery starts working when it is installed in the mold.

CI

What is the maximum temperature that this unit can sustain?

300 °C (572°F).

What is the tapped hole for?

To remove the bushing with the help of a screw.

Are there any important application details?

The H dimension on the 5º bushing is 0mm. All other have different dimensions.

CV

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

Must I apply the CV’s upon all ejectors?

We recommend to apply the CV to all the ejector pins, even if they are not connected to the Vacuum channel.

What is the maximum working temperature?

100ºC (212ºF). The customer can replace the NBR o'rings by Viton o'rings to use the product in higher temperatures.

DR

Which is the FAST FIT resistance?

DR16: 1650 N / 168Kg (371lb)

DR22 / DR28: 2600N / 265Kg (584lb)

DR34: 4950N / 504Kg (1112lb)

DR40 / DR46: 9950N / 1014Kg (2236lb)

If we do not want to use the extension, which is the thread of the vertical shaft?

For the DR16: M6x0,75

For the DR22: M8x0,75

For the DR28: M9x0,75

For the DR34: M9x0,75

For the DR40: M12x1

For the DR46: M16x1

DX

What is the maximum ejection speed of the tool?

The maximum recommended speed is of 30 meters (98.24ft) per minute.

How many parts should I apply in a tool?

Minimum 2 pieces completely balanced, they should be applied in a diagonal.

What is the minimum first stroke?

6mm (0.236").

DY

What is the maximum ejection speed of the tool?

The maximum recommended speed is of 30 meters (98.24ft) per minute.

How many parts should I apply in a tool?

Minimum 2 pieces completely balanced, they should be applied in a diagonal.

What is the minimum first stroke?

6mm (0.236").

ED

What is lifetime of the parts?

Correctly installed sprung cores (following our catalogue installation instructions) can produce more than 1 million parts.

What is the maximum working temperature of the Double Ejector?

The maximum working temperature is 150°C (302°F).

What properties provide Balinit C?

Balinit C is the best coating to apply into our Sprung Cores. It provides a high superficial hardness and a low friction coefficient, i.e., it protects the part and makes it slide smoothly.

EE

What is lifetime of the parts?

Correctly installed sprung cores (following our catalogue installation instructions) can produce more than 1 million parts.

What is the maximum working temperature of the sprung cores?

The maximum working temperature is 150°C (302°F).

What properties provide Balinit C?

Balinit C is the best coating to apply into our Sprung Cores. It provides a high superficial hardness and a low friction coefficient, i.e., it protects the part and makes it slide smoothly.

EP

How many parts must be placed in the mold?

It depends on the mold size and configuration and complexity (more or less lifters, the size of the lifters or the stripper plates, etc..) . However, we do recommend placing an even number of pieces, in a symmetric manner, generally 4 pieces.

What is the maximum ejection speed of the tool?

The maximum recommended speed is of 30 meters (98.24ft) per minute.

Are there any important application details?

Springs shouldn’t be used to return the ejection plates to molding position, as the springs will always be delivering load upon the EP’s when the tool is ejecting, if it is too high, the EP’s will break due to fatigue.

EX

Is the black T-piece reversible?

No, it is NOT reversible, the letters MUST always be seen from outside the mold.

How can I unlock the central rod?

Viz ikona v návodu k použití.

EY

Is the black T-piece reversible?

No, it is NOT reversible, the letters MUST always be seen from outside the mold.

EZ

Is the black T-piece reversible?

No, it is NOT reversible, the letters MUST always be seen from outside the mold.

How can I unlock the central rod?

Viz ikona v návodu k použití.

FA

What is the maximum temperature that a Date Stamp can withstand?

The Date Stamp can work up to 150 °C (302°F).

How deep is the engraving on Date Stamps?

Ref	Numbers	Arrow
FA04.... IA22….	0.15mm. (0.006")	0.35mm. (0.014")
FA05.... IA30	0.15mm. (0.006")	0.40mm. (0.016")
FA06.... IA32....	0.15mm. (0.006")	0.40mm. (0.016")
FA08.... IA47....	0.15mm. (0.006")	0.40mm. (0.016")
FA10.... IA57....	0.15mm. (0.006")	0.50mm. (0.020")
FA12.... IA67....	0.15mm. (0.006")	0.50mm. (0.020")
FA16.... IA87....	0.15mm. (0.006")	0.70mm. (0.028")
FA20.... IA107...	0.15mm. (0.006")	0.70mm. (0.028")

What kind of thread is on Date Stamps and Inserts?

Ref	Arrow
FA04.... IA22....	M1.6x0.35mm.
FA05.... IA30....	M1.6x0.35mm.
FA06.... IA32....	M2.5x0.45mm.
FA08.... IA47....	M3.0x0.50mm.
FA10.... IA57....	M3.0x0.50mm.
FA12.... IA67....	M3.5x0.60mm.
FA16.... IA87....	M3.5x0.60mm.
FA20.... IA10....	M3.5x0.60mm.

FC

How do I correctly install the FC-KR?

See it here.

FD

How deep is the engraving on the Double Date Stamp?

Ref	Numbers	Line	Triangle
FD08.... FD12.... FD16....	0.15mm. (0.006")	0.7mm. (0.028")	0.15mm. (0.006")

Are special engravings possible?

Yes, you can request a special engravings on all our date stamps.

Can I remove the date stamp from the tool?

Yes, on our catalogo page we indicate the size of the hole (E dimension) to be made before installing, the date stamp can then be removed using the appropiate ejector.

FP

What is the maximum temperature that a Date Stamp can withstand?

The Date Stamp can work up to 150 °C (302°F).

How deep is the engraving on Date Stamps?

Ref	Numbers	Arrow
FP04.... IA22….	0.15mm. (0.006")	0.35mm. (0.014")
FP05.... IA30	0.15mm. (0.006")	0.40mm. (0.016")
FP06.... IA32....	0.15mm. (0.006")	0.40mm. (0.016")
FP08.... IA47....	0.15mm. (0.006")	0.40mm. (0.016")
FP10.... IA57....	0.15mm. (0.006")	0.50mm. (0.020")
FP12.... IA67....	0.15mm. (0.006")	0.50mm. (0.020")
FP16.... IA87....	0.15mm. (0.006")	0.70mm. (0.028")
FP20.... IA107...	0.15mm. (0.006")	0.70mm. (0.028")

What kind of thread is on Date Stamps and Inserts?

Ref	Arrow
FP04.... IA22....	M1.6x0.35mm.
FP05.... IA30....	M1.6x0.35mm.
FP06.... IA32....	M2.5x0.45mm.
FP08.... IA47....	M3.0x0.50mm.
FP10.... IA57....	M3.0x0.50mm.
FP12.... IA67....	M3.5x0.60mm.
FP16.... IA87....	M3.5x0.60mm.
FP20.... IA10....	M3.5x0.60mm.

FR

Can be disassembled this unit?

Yes, please follow this steps.

FT

How deep is the engraving on the Temperature Date Stamp?

Ref	Numbers	Arrow
FT08....	0.15mm. (0.006")	0.40mm. (0.016")
FT12....	0.15mm. (0.006")	0.50mm. (0.019")

Are special engravings possible?

Yes, you can request a special engravings on all our date stamps.

FU

What is the maximum temperature that a Unit Date Stamp can withstand?

The regular Unit Date Stamp can work up to 150 °C (302°F).

How deep is the engraving on Date Stamps?

Ref	Numbers	Arrow
FU03....	0.10-0.20mm. (0.004-0.007")	0.35-0.50mm. (0.013-0.019")

What kind of thread is on Date Stamps and Inserts?

Ref	Arrow
FU03.... IU03....	M1.6x0.35mm.

FX

Which is the recommended screwdriver width to manipulate the CUMSA date stamps / inserts?

Ref	Screwdriver
FX04.... IX21....	1.2mm x 0.2mm. (0.047" x 0.0079")
FX05.... IX31....	1.5mm. x 0.25mm. (0.059" x 0.0098")
FX06.... IX32....	1.8mm. x 0.3mm. (0.071" x 0.0118")
FX08.... IX47....	2mm. x 0.4mm. (0.079" x 0.0157")
FX10.... IX57....	2.5mm. x 0.4mm. (0.098" x 0.0157")
FX12.... IX67....	3mm. x 0.5mm. (0.118" x 0.0197")

Are special engravings possible?

Yes, you can request a special engravings on all our date stamps.

Can I remove the date stamp from the tool?

Yes, on our catalogue page we indicate the size of the hole (E dimension) to be made before installing, the date stamp can then be removed using the appropiate ejector.
On the smaller diametres (6) extra care needs to be taken to remove the part slowly, knocking softly to avoid damage to the internal mechanisms.

GR

What angles are available?

10º and 15º.

What stroke is achievable with the Angle Pin Housing?

It depends on the angle and the length of the pin that is used:

Ref	Angle Pin	Stroke
GR.182622-10	GI.010075	7.5mm. (0.295")
	GI.010090	10.2mm. (0.402")
	GI.010105	12.8mm. (0.504")
GR.182622-15	GI.010075	11.2mm. (0.441")
	GI.010090	15.1mm. (0.594")
	GI.010105	19mm. (0.748")
GR.222826-10	GI.012095	10.6mm. (0.417")
	GI.012110	13.2mm. (0.520")
	GI.012130	16.6mm. (0.654")
GR.222826-15	GI.012095	15.6mm. (0.614")
	GI.012110	19.5mm. (0.768")
	GI.012130	20.5mm. (0.807")
GR.283432-10	GI.016115	12.7mm. (0.500")
	GI.016135	16.1mm. (0.634")
	GI.016160	20.5mm. (0.807")
GR.283432-15	GI.016115	18.8mm. (0.740")
	GI.016135	23.9mm. (0.941")
	GI.016160	30.4mm. (1.197")
GR.344038-10	GI.020140	15.4mm. (0.606")
	GI.020165	19.9mm. (0.783")
	GI.020190	24.3mm. (0.957")
GR.344038-15	GI.020140	23.1mm. (0.909")
	GI.020165	29.6mm. (1.165")
	GI.020190	36mm. (1.417")
GR.424546-10	GI.024170	19.6mm. (0.772")
	GI.024195	23.9mm. (0.941")
	GI.024220	28.1mm. (1.106")
GR.424546-15	GI.024170	29.1mm. (1.146")
	GI.024195	35.3mm. (1.390")
	GI.024220	41.7mm. (1.642")
GR.465050-10	GI.028200	23.6mm. (0.929")
	GI.028225	28mm. (1.102")
	GI.028250	32.3mm. (1.1272")
GR.465050-15	GI.028200	35mm. (1.378")
	GI.028225	41.5mm. (1.634")
	GI.028250	48mm. (1.890")

What is the TS for?

To key the Angle Pin Housing to prevent rotation.

GS

When it is recommended to use a Latch Lock?

GS.226616 can be used in 3-plate molds up to 500 x 500.
GS.368619 can be used in 3- plate molds up to 800 x 800.
GS.421024 can be used in 3- plate molds up to 1000 x 1000.

How many parts should a tool have?

CUMSA recommends using 4 units in each mold, which are evenly spaced and symmetrical.

Can the GS’s function as a double ejector?

We don’t recommend it, the movement of the ejection plates is harsh and suffer a high load, due to all the mechanisms attached; contraction of the plastic parts, ejectors, lifters, stripper plates, etc. .. .

IA

What is the maximum temperature that a Date Stamp can withstand?

The Date Stamp can work up to 150 °C (302°F).

How deep is the engraving on Date Stamps?

Ref	Numbers	Arrow
FA04.... IA22….	0.15mm. (0.006")	0.35mm. (0.014")
FA05.... IA30	0.15mm. (0.006")	0.40mm. (0.016")
FA06.... IA32....	0.15mm. (0.006")	0.40mm. (0.016")
FA08.... IA47....	0.15mm. (0.006")	0.40mm. (0.016")
FA10.... IA57....	0.15mm. (0.006")	0.50mm. (0.020")
FA12.... IA67....	0.15mm. (0.006")	0.50mm. (0.020")
FA16.... IA87....	0.15mm. (0.006")	0.70mm. (0.028")
FA20.... IA107...	0.15mm. (0.006")	0.70mm. (0.028")

What kind of thread is on Date Stamps and Inserts?

Ref	Arrow
FA04.... IA22....	M1.6x0.35mm.
FA05.... IA30....	M1.6x0.35mm.
FA06.... IA32....	M2.5x0.45mm.
FA08.... IA47....	M3.0x0.50mm.
FA10.... IA57....	M3.0x0.50mm.
FA12.... IA67....	M3.5x0.60mm.
FA16.... IA87....	M3.5x0.60mm.
FA20.... IA10....	M3.5x0.60mm.

IG

Which dimension has the o'ring of the inserts?

For the ø10 II / IG, the o'ring is ø8x1.

For the ø12 II / IG, the o'ring is ø10x1.

For the ø16 II / IG, the o'ring is ø14x1.

II

Which dimension has the o'ring of the inserts?

For the ø10 II / IG, the o'ring is ø8x1.

For the ø12 II / IG, the o'ring is ø10x1.

For the ø16 II / IG, the o'ring is ø14x1.

IM

Can I remove the insert from the tool?

Yes, on our catalogo page we indicate the size of the hole (E dimension) to be made before installing, the insert can then be removed using the appropiate ejector.

IR

Can I remove the insert from the tool?

Yes, on our catalogo page we indicate the size of the hole (E dimension) to be made before installing, the insert can then be removed using the appropiate ejector.

IX

Which is the recommended screwdriver width to manipulate the CUMSA date stamps / inserts?

</tr

Ref	Screwdriver
FX04.... IX21....	1.2mm x 0.2mm. (0.047" x 0.0079")
FX05.... IX31....	1.5mm. x 0.25mm. (0.059" x 0.0098")
FX06.... IX32....	1.8mm. x 0.3mm. (0.071" x 0.0118")
FX08.... IX47....	2mm. x 0.4mm. (0.079" x 0.0157")
FX10.... IX57....	2.5mm. x 0.4mm. (0.098" x 0.0157")
FX12.... IX67....	3mm. x 0.5mm. (0.118" x 0.0197")

Are special engravings possible?

Yes, you can request a special engravings on all our date stamps.

How deep is the engraving on the Xtra Date Stamp - FX?

Ref	Numbers	Line
FX04.... IX21....	0,15mm. (0.006")	0,35mm. (0.014")
FX05.... IX31....	0,15mm. (0.006")	0,40mm. (0.016")
FX06.... IX32....	0,15mm. (0.006")	0,40mm. (0.016")
FX08.... IX47....	0,15mm. (0.006")	0,40mm. (0.016")
FX10.... IX57....	0,15mm. (0.006")	0,50mm. (0.020")
FX12.... IX67....	0,15mm. (0.006")	0,50mm. (0.020")

JR

How does this part work?

It consists on a hermetical closure that is achieved thanks to a pressure difference of a spring. For this reason, it is imperative that the channel evacuating water (plus the fitting) is bigger than the entrance; or water could remain in the system and both surfaces (ceramic and graphite) would not be in contact.

Are there any important application details?

Do not remove the reduction of the bronze pipe, as it ensures that there is no high pressures built up in the water circuit, avoiding leakage.

JV

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

Is it imperative to apply the Vacuum Seal on the parting line?

Yes it is, otherwise the air that is being taken out from the cavity will be coming in from the parting line.

What is the maximum working temperature?

200°C (392°F).

KR

Which is the FAST FIT resistance?

KR22 / KR28: 2600N / 265Kg (584lb)

KR34: 4950N / 504Kg (1112lb)

How do I correctly install the FC-KR?

See it here.

If we do not want to use the extension, which is the thread of the vertical shaft?

For the KR22: M8x0,75

For the KR28: M9x0,75

For the KR34: M9x0,75

For the KR58: M18x2,5

For the KR76: M24x3

LD

What is the maximum ejection speed of the tool?

The maximum recommended speed is of 30 meters (98.24ft) per minute.

The second movement can be free?

Yes, if the plates are correctly aligned, the second movement can be free.

LR

What is the maximum ejection speed of the tool?

The maximum recommended speed is of 30 meters (98.24ft) per minute.

What load can the LR support?

1961.20N / 200Kg (440.40lb) per unit.

The second movement can be free?

Yes, if the plates are correctly aligned, the second movement can be free.

MB

What is the slide retainer made of?

It is a magnetic disc with a stopper that will hold the cam slide in position when the indent made on the cam slide aligns with it.

What material is it made of?

1.2510 – 54 ± 2 HRC. (AISI/SAE: O1)

Can the unit work in Die-Casting?

No, as the magnetic disc retainer only withstands 150ºC (302° F).

MC

Is it normal to have only one lateral guide?

Yes, as the base will align the cam slide perfectly, the guide is only to keep the cam in position.

What material is it made of?

1.2344 – 44 ± 2 HRC. (AISI/SAE: H13)

MG

What load can the adjustable heel support?

MG121648: 50.000N / 5.099 Kg (11.241 lb).

MG201648: 90.000N / 9.187 Kg (20.253 lb).

How much can I adjust the heel?

Maximum 0.6mm (0.024”).

What is the cam slide’s stroke?

The stroke is 4mm (0.157”).

MX

What is the minimum stroke?

6mm (0.236").

What load can the MX sustain?

Fixing systems (screws) and stoppers: 1.000Kg (2.204 lb).
Bushings and cam fingers regarding the internal rod: 1.500Kg (3.306 lb).

What is the maximum ejection speed of the tool?

The maximum recommended speed is 30 meters (98,24ft) per minute.

NP

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

What is the maximum working temperature?

200°C (392°F).

Must the ejectors where the vacuum is going to be made have another tolerance?

Yes, -0.03mm (-0.0011”) to -0.04mm (-0.0016”), taking in mind the pocket is a H7, and depending on the plastic viscosity.

NR

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

What is the maximum working temperature?

200°C (392°F).

Must the ejectors where the vacuum is going to be made have another tolerance?

Yes, -0.03mm (-0.0011”) to -0.04mm (-0.0016”), taking in mind the pocket is a H7, and depending on the plastic viscosity.

PF

What is lifetime of the parts?

Correctly installed sprung cores (following our catalogue installation instructions) can produce more than 1 million parts.

What is the maximum working temperature of the Flexible Cores?

The maximum working temperature is 150°C (302°F).

What properties provide Balinit C?

Balinit C is the best coating to apply to our Sprung Cores. It provides a high superficial hardness and a low friction coefficient, i.e., it protects the part and makes it slide smoothly.

PH

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

What is the maximum working temperature?

200°C (392°F).

Must the ejectors where the vacuum is going to be made have another tolerance?

Yes, -0.03mm (-0.0011”) to -0.04mm (-0.0016”), taking in mind the pocket is a H7, and depending on the plastic viscosity.

PM

How deep is the engraving?

Ref	Numbers	Line
PM......	0.15-0.20mm. (0.006-0.008")	0.50-0.60mm. (0.019-0.024")

Ref	Triangle
BM......	0.20-0.25mm. (0.08-0.010")

What kind of thread is on the BM and PM?

Ref	Arrow
PM...... BM......	M3.5x0.6mm.

PR

What is the lifetime of the spring?

500.000 cycles.

Lze vyměnit vnitřní pružinu?

ANO, na této stránce najdete ikonu pro stažení pokynů.

What is the spring's ISO reference?

ISO 10243 Blue 10-025

PS

Are the Standard Lifter bushings interchangeable?

Every lifter is adjusted individually with its bushing, with a tolerance g6/H7 between them. For this reason, it is important to keep track of both pieces in pairs while handling and installing.

How much can be cut the bushing from the top?

PS062250: 8mm (0.315”)

PS082250: 15mm (0.591”)

PS102250: 15mm (0.591”)

PS122250: 20mm (0.787”)

PW

What is lifetime of the parts?

Correctly installed sprung cores (following our catalogue installation instructions) can produce more than 1 million parts.

What is the minimum opening dimension?

The opening of the sprung cores is a radial movement. Due to this, at the edge of the stroke, the opening is 3.5mm (0.138”), 4.5mm (0.177”) and 5.5mm (0.217”), depending on the model (K dimension in the catalogue). Here you can see a more detailed technical explanation.

Can these parts be welded?

Welding is not recommended on any of the sprung core products. Welding exposes them to high temperatures which can affect the treated areas, and therefore the characteristics of the spring steel.

PX

What is lifetime of the parts?

Correctly installed sprung cores (following our catalogue installation instructions) can produce more than 1 million parts.

What is the minimum opening dimension?

The opening of the sprung cores is a radial movement. Due to this, at the edge of the stroke, the opening is 4.5mm (0.177”).

Can these parts be welded?

Welding is not recommended on any of the sprung core products. Welding exposes them to high temperatures which can affect the treated areas, and therefore the characteristics of the spring steel.

RA

How much weight can it retain?

19612N / 2000 Kg (4404lb)

Can more than one piece be applied in a cam slide?

Yes.

What is the maximum that the shaft can be cut?

189mm (7.441”)

RM

What is the maximum working temperature of the Modular Retainers?

The maximum working temperature is 150°C (302°F).

What material is it made of?

It is made of Spring Steel.

How much retention load does each part have?

73.545N / 7.5 Kg (16.515lb)

SA

What is the maximum temperature for the O’ring?

100°C (212°F).

SB

Can this part work instead of the normal bearing used in these kinds of tools?

Yes it can, it is a matter of applying 2 pieces, one on each side of the gear. The SB will substitute the bearings.

Can more than one part be applied only in one water line?

Yes, there are no limits of parts in one water line.

Are there any important application details?

Use only grease or oil without solid additives, as these will damage the O’ring.
The part of the core that is going to be introduced in the SB has to have a chamfer or angle; if it has sharp edges it will damage the O’rings.

SC

What is the maximum working temperature for these parts?

We recommend to stay under 80°C (176°F), since the plastic might not withstand higher temperatures (even if the magnet could).
The SC…...H can support temperatures up to 150°C (302°F).

SD

What is the maximum weight that the Undercut Base Unit can support?

SD.322010: 3137.92N / 320 kg (704.64lb)

SD.382412: 4118.52N / 420 kg (924.84lb)

SD.452816: 6668.08N / 680 kg (1497.36lb)

What is the maximum temperature that this unit can sustain?

300 °C (572°F).

Is it possible to have a longer shaft?

Yes, it can be produced upon request.

SU

Does the angle pin support the injection pressure made on the molding inserts?

No, it is the cone in the set that assures that the cam is blocked and will not move.

What is the cam slide’s stroke?

The stroke is 3mm, 4mm and 5mm. (0.118”, 0.157” and 0.197”)

Is the insert removable?

Yes it is. The set can be bought without the insert, should the customer need to make their own special insert with different measurements to our standard.

SV

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

How can Vacuum be made with this system?

It is possible to make vacuum 3 different ways:

By the VV-SET and through the clearance of the ejectors at the same time.

Only through the VV-SET.

Only through the clearance of the ejectors.

What is the optimal solution/recommendation to make vacuum?

Making vacuum through the VV-SET and the clearance of the ejectors, as firstly the VV-SET opens and withdraws instantly the air from within the cavity and at the same time make a depression inside it, and then the vacuum made through the ejectors will maintain the depression throughout the injection cycle.

SX

What is the minimum first stroke?

12mm (0.472").

What is the maximum ejection speed of the tool?

The maximum recommended speed is 30 meters (98,24ft) per minute.

SY

What is the minimum first stroke?

12mm (0.472").

What is the maximum ejection speed of the tool?

The maximum recommended speed is 30 meters (98,24ft) per minute.

TA

How much load is needed to compress the O-ring to 8mm?

1225.75N / 125Kg (275.25lb).

TE

How is the internal area where the diameter changes?

The area of clearance to the adjusting diameter is smooth without sharp edges (Stepless). This radius guides the ejector when it comes inside the adjusting area of the sleeve, preventing any damage, both on the sleeve as on the ejector.

TV

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

What is the maximum working temperature?

120ºC (248ºF). We can go higher by using Viton o-rings

UA

How much stroke does it have?

4mm (0.157”).

How the unit is fixed?

By 4 screws.

What is the lifetime of the spring?

500.000 cycles.

UC

How much stroke does it have?

4.5mm (0.177”).

How is the unit fixed?

By 2 special screws.

What is the lifetime of the spring?

500.000 cycles.

UM

Is it possible to have special letters/symbols engraved on the wheels?

Yes, specials can be made upon request.

UU

Does the angle pin support the injection pressure made on the molding inserts?

No, it is the cone in the set that assures the cam is blocked and will not move.

What is the cam slide’s stroke?

The stroke is 3mm, 4mm and 5mm. (0.118”, 0.157” and 0.197”)

Are the inserts removable?

Yes they are. The set can be bought without the inserts, should the customer need to make their own special insert with different measurements to our standard.

VB

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

How can Vacuum be made with this system?

It is possible to make vacuum 3 different ways:

By the VV-SET and through the clearance of the ejectors at the same time.

Only through the VV-SET.

Only through the clearance of the ejectors.

What is the optimal solution/recommendation to make vacuum?

Making vacuum through the VV-SET and the clearance of the ejectors, as firstly the VV-SET opens and withdraws instantly the air from within the cavity and at the same time make a depression inside it, and then the vacuum made through the ejectors will maintain the depression throughout the injection cycle.

VG

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

How can Vacuum be made with this system?

Only through the clearance of the ejectors.

What is the optimal solution/recommendation to make vacuum?

Making vacuum through the VV and the clearance of the ejectors, as firstly the VV opens and withdraws instantly the air from within the cavity and at the same time make a depression inside it, and then the vacuum made through the ejectors will maintain the depression throughout the injection cycle.

VJ

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

How can Vacuum be made with this system?

It is possible to make vacuum 3 different ways:

By the VV-SET and through the clearance of the ejectors at the same time.

Only through the VV-SET.

Only through the clearance of the ejectors.

What is the optimal solution/recommendation to make vacuum?

Making vacuum through the VV-SET and the clearance of the ejectors, as firstly the VV-SET opens and withdraws instantly the air from within the cavity and at the same time make a depression inside it, and then the vacuum made through the ejectors will maintain the depression throughout the injection cycle.

VM

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

What is the maximum working temperature?

80°C (176°F).

What to do when I don’t achieve depression in my cavity?

When we don’t achieve depression it means that the cavity isn’t hermetically closed. This can happen due to tools that have a lot of lifters and/or cam slides where closing the cavity hermetically is difficult. When this happens a solution is to apply more than one VACUUM JET (VJ), this will increase the suction power. In order to have vacuum in a cavity we need to be able to take more air out than is coming in, this can be achieved when multiple VJ’s are applied in order to compensate the air that is coming in.

VP

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

What is the maximum working temperature?

200°C (392°F).

Must the ejectors where the vacuum is going to be made have another tolerance?

Yes, -0.03mm (-0.0011”) to -0.04mm (-0.0016”), taking in mind the pocket is a H7, and depending on the plastic viscosity.

VS

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

What is the maximum working temperature?

200°C (392°F).

Must the ejectors where the vacuum is going to be made have another tolerance?

Yes, -0.03mm (-0.0011”) to -0.04mm (-0.0016”), taking in mind the pocket is a H7, and depending on the plastic viscosity.

VT

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

What is the maximum working temperature?

150°C (302°F).

Can I reduce the opening of the valve?

Yes, by cutting the VT tube

WL

Which is the stroke obtained with the WORM series (WP/WL)?

Depends on the angle and the ejection stroke, please review this table to have the approximate values:

Demolding Angles

Demolding Strokes	1º	2º	3º	4º	5º	6º
5 mm. (0,197")	0,09 mm. (0,003")	0,17 mm. (0,007")	0,26 mm. (0,01")	0,35 mm. (0,014")	0,44 mm. (0,017")	0,53 mm. (0,021")
10 mm. (0,394")	0,17 mm. (0,007")	0,35 mm. (0,014")	0,52 mm. (0,021")	0,7 mm. (0,028")	0,87 mm. (0,034")	1,05 mm. (0,041")
15 mm. (0,591")	0,26 mm. (0,01")	0,52 mm. (0,021")	0,79 mm. (0,031")	1,05 mm. (0,041")	1,31 mm. (0,052")	1,58 mm. (0,062")
20 mm. (0,787")	0,35 mm. (0,014")	0,7 mm. (0,027")	1,05 mm. (0,041")	1,4 mm. (0,055")	1,75 mm. (0,069")	2,1 mm. (0,083")
25 mm. (0,984")	0,44 mm. (0,017")	0,87 mm. (0,034")	1,31 mm. (0,052")	1,75 mm. (0,069")	2,19 mm. (0,086")	2,63 mm. (0,103")
30 mm. (1,181")	0,52 mm. (0,021")	1,05 mm. (0,041")	1,57 mm. (0,062")	2,1 mm. (0,083")	2,62 mm. (0,103")	3,15 mm. (0,124")
35 mm. (1,378")	0,61 mm. (0,024")	1,22 mm. (0,048")	1,83 mm. (0,072")	2,45 mm. (0,096")	3,06 mm. (0,121")	3,68 mm. (0,145")
40 mm. (1,575")	0,7 mm. (0,028")	1,4 mm. (0,055")	2,1 mm. (0,083")	2,8 mm. (0,11")	3,5 mm. (0,138")	4,2 mm. (0,166")
45 mm. (1,772")	0,79 mm. (0,031")	1,57 mm. (0,062")	2,36 mm. (0,093")	3,15 mm. (0,124")	3,94 mm. (0,155")	4,73 mm. (0,186")
50 mm. (1,969")	0,87 mm. (0,034")	1,75 mm. (0,069")	2,62 mm. (0,103")	3,5 mm. (0,138")	4,37 mm. (0,172")	5,26 mm. (0,207")
55 mm. (2,165")	0,96 mm. (0,038")	1,92 mm. (0,076")	2,88 mm. (0,113")	3,85 mm. (0,151")	4,81 mm. (0,189")	5,78 mm. (0,228")
60 mm. (2,362")	1,05 mm. (0,041")	2,1 mm. (0,082")	3,14 mm. (0,124")	4,2 mm. (0,165")	5,25 mm. (0,207")	6,31 mm. (0,248")
65 mm. (2,559")	1,13 mm. (0,045")	2,27 mm. (0,089")	3,41 mm. (0,134")	4,55 mm. (0,179")	5,69 mm. (0,224")	6,83 mm. (0,269")
70 mm. (2,756")	1,22 mm. (0,048")	2,44 mm. (0,096")	3,67 mm. (0,144")	4,89 mm. (0,193")	6,12 mm. (0,241")	7,36 mm. (0,29")
75 mm. (2,953")	1,31 mm. (0,052")	2,62 mm. (0,103")	3,93 mm. (0,155")	5,24 mm. (0,206")	6,56 mm. (0,258")	7,88 mm. (0,31")
80 mm. (3,15")	1,4 mm. (0,055")	2,79 mm. (0,11")	4,19 mm. (0,165")	5,59 mm. (0,22")	7 mm. (0,276")	8,41 mm. (0,331")
85 mm. (3,346")	1,48 mm. (0,058")	2,97 mm. (0,117")	4,45 mm. (0,175")	5,94 mm. (0,234")	7,44 mm. (0,293")	8,93 mm. (0,352")
90 mm. (3,543")	1,57 mm. (0,062")	3,14 mm. (0,124")	4,72 mm. (0,186")	6,29 mm. (0,248")	7,87 mm. (0,31")	9,46 mm. (0,372")
95 mm. (3,74")	1,66 mm. (0,065")	3,32 mm. (0,131")	4,98 mm. (0,196")	6,64 mm. (0,262")	8,31 mm. (0,327")	9,98 mm. (0,393")
100 mm. (3,937")	1,75 mm. (0,069")	3,49 mm. (0,137")	5,24 mm. (0,206")	6,99 mm. (0,275")	8,75 mm. (0,344")	10,51 mm. (0,414")
105 mm. (4,134")	1,83 mm. (0,072")	3,67 mm. (0,144")	5,5 mm. (0,217")	7,34 mm. (0,289")	9,19 mm. (0,362")	11,04 mm. (0,434")
110 mm. (4,331")	1,92 mm. (0,076")	3,84 mm. (0,151")	5,76 mm. (0,227")	7,69 mm. (0,303")	9,62 mm. (0,379")	11,56 mm. (0,455")
115 mm. (4,528")	2,01 mm. (0,079")	4,02 mm. (0,158")	6,03 mm. (0,237")	8,04 mm. (0,317")	10,06 mm. (0,396")	12,09 mm. (0,476")
120 mm. (4,724")	2,09 mm. (0,083")	4,19 mm. (0,165")	6,29 mm. (0,248")	8,39 mm. (0,33")	10,5 mm. (0,413")	12,61 mm. (0,497")
125 mm. (4,921")	2,18 mm. (0,086")	4,37 mm. (0,172")	6,55 mm. (0,258")	8,74 mm. (0,344")	10,94 mm. (0,431")	13,14 mm. (0,517")

WP

Which is the stroke obtained with the WORM series (WP/WL)?

Depends on the angle and the ejection stroke, please review this table to have the approximate values:

Demolding Angles

Demolding Strokes	1º	2º	3º	4º	5º	6º
5 mm. (0,197")	0,09 mm. (0,003")	0,17 mm. (0,007")	0,26 mm. (0,01")	0,35 mm. (0,014")	0,44 mm. (0,017")	0,53 mm. (0,021")
10 mm. (0,394")	0,17 mm. (0,007")	0,35 mm. (0,014")	0,52 mm. (0,021")	0,7 mm. (0,028")	0,87 mm. (0,034")	1,05 mm. (0,041")
15 mm. (0,591")	0,26 mm. (0,01")	0,52 mm. (0,021")	0,79 mm. (0,031")	1,05 mm. (0,041")	1,31 mm. (0,052")	1,58 mm. (0,062")
20 mm. (0,787")	0,35 mm. (0,014")	0,7 mm. (0,027")	1,05 mm. (0,041")	1,4 mm. (0,055")	1,75 mm. (0,069")	2,1 mm. (0,083")
25 mm. (0,984")	0,44 mm. (0,017")	0,87 mm. (0,034")	1,31 mm. (0,052")	1,75 mm. (0,069")	2,19 mm. (0,086")	2,63 mm. (0,103")
30 mm. (1,181")	0,52 mm. (0,021")	1,05 mm. (0,041")	1,57 mm. (0,062")	2,1 mm. (0,083")	2,62 mm. (0,103")	3,15 mm. (0,124")
35 mm. (1,378")	0,61 mm. (0,024")	1,22 mm. (0,048")	1,83 mm. (0,072")	2,45 mm. (0,096")	3,06 mm. (0,121")	3,68 mm. (0,145")
40 mm. (1,575")	0,7 mm. (0,028")	1,4 mm. (0,055")	2,1 mm. (0,083")	2,8 mm. (0,11")	3,5 mm. (0,138")	4,2 mm. (0,166")
45 mm. (1,772")	0,79 mm. (0,031")	1,57 mm. (0,062")	2,36 mm. (0,093")	3,15 mm. (0,124")	3,94 mm. (0,155")	4,73 mm. (0,186")
50 mm. (1,969")	0,87 mm. (0,034")	1,75 mm. (0,069")	2,62 mm. (0,103")	3,5 mm. (0,138")	4,37 mm. (0,172")	5,26 mm. (0,207")
55 mm. (2,165")	0,96 mm. (0,038")	1,92 mm. (0,076")	2,88 mm. (0,113")	3,85 mm. (0,151")	4,81 mm. (0,189")	5,78 mm. (0,228")
60 mm. (2,362")	1,05 mm. (0,041")	2,1 mm. (0,082")	3,14 mm. (0,124")	4,2 mm. (0,165")	5,25 mm. (0,207")	6,31 mm. (0,248")
65 mm. (2,559")	1,13 mm. (0,045")	2,27 mm. (0,089")	3,41 mm. (0,134")	4,55 mm. (0,179")	5,69 mm. (0,224")	6,83 mm. (0,269")
70 mm. (2,756")	1,22 mm. (0,048")	2,44 mm. (0,096")	3,67 mm. (0,144")	4,89 mm. (0,193")	6,12 mm. (0,241")	7,36 mm. (0,29")
75 mm. (2,953")	1,31 mm. (0,052")	2,62 mm. (0,103")	3,93 mm. (0,155")	5,24 mm. (0,206")	6,56 mm. (0,258")	7,88 mm. (0,31")
80 mm. (3,15")	1,4 mm. (0,055")	2,79 mm. (0,11")	4,19 mm. (0,165")	5,59 mm. (0,22")	7 mm. (0,276")	8,41 mm. (0,331")
85 mm. (3,346")	1,48 mm. (0,058")	2,97 mm. (0,117")	4,45 mm. (0,175")	5,94 mm. (0,234")	7,44 mm. (0,293")	8,93 mm. (0,352")
90 mm. (3,543")	1,57 mm. (0,062")	3,14 mm. (0,124")	4,72 mm. (0,186")	6,29 mm. (0,248")	7,87 mm. (0,31")	9,46 mm. (0,372")
95 mm. (3,74")	1,66 mm. (0,065")	3,32 mm. (0,131")	4,98 mm. (0,196")	6,64 mm. (0,262")	8,31 mm. (0,327")	9,98 mm. (0,393")
100 mm. (3,937")	1,75 mm. (0,069")	3,49 mm. (0,137")	5,24 mm. (0,206")	6,99 mm. (0,275")	8,75 mm. (0,344")	10,51 mm. (0,414")
105 mm. (4,134")	1,83 mm. (0,072")	3,67 mm. (0,144")	5,5 mm. (0,217")	7,34 mm. (0,289")	9,19 mm. (0,362")	11,04 mm. (0,434")
110 mm. (4,331")	1,92 mm. (0,076")	3,84 mm. (0,151")	5,76 mm. (0,227")	7,69 mm. (0,303")	9,62 mm. (0,379")	11,56 mm. (0,455")
115 mm. (4,528")	2,01 mm. (0,079")	4,02 mm. (0,158")	6,03 mm. (0,237")	8,04 mm. (0,317")	10,06 mm. (0,396")	12,09 mm. (0,476")
120 mm. (4,724")	2,09 mm. (0,083")	4,19 mm. (0,165")	6,29 mm. (0,248")	8,39 mm. (0,33")	10,5 mm. (0,413")	12,61 mm. (0,497")
125 mm. (4,921")	2,18 mm. (0,086")	4,37 mm. (0,172")	6,55 mm. (0,258")	8,74 mm. (0,344")	10,94 mm. (0,431")	13,14 mm. (0,517")

Which are the insert requirements?

The faces of the insert must be parallel to each other, and a mechanical stop must be machined into it. In addition, at least 1/3 of the insert must remain inside the housing during the ejection process.

XR

If we do not want to use the extension, which is the thread of the vertical shaft?

For the XR34: M9x0,75

For the XR40: M12x1

For the XR46: M16x1

CG604075

Is only one lateral guide on the cam enough?

Yes, as the base will align with the cam slide perfectly, the guide is only to keep the cam slide in position.

What is the slide retainer made of?

It is a magnetic disc with a stopper that will hold the cam slide in position when the indent made by the customer on the cam slide aligns with it.

CG864857

What load can the adjustable heel support?

CG603035 – 180.000N / 18.356 Kg (40.419lb)

CG604035 – 320.000N / 36.712 Kg (80.839lb)

CG754049 – 320.000N / 36.712 Kg (80.839lb)

CG604075 – 480.000N / 48.950 Kg (107.787lb)

How much can I adjust the heel?

Maximum 1.00mm (0.039”)

What stroke is achievable with the Heel Unit?

It depends on the angle pin that is used:

GI010075 – 12mm (0.472”)

GI010090 – 15mm (0.590”)

GI010105 – 18mm (0.708”)

DE

What load can the DE support?

11767.20N / 1200Kg (2642.40lb) per unit.

What is the maximum ejection speed of the tool?

The maximum recommended speed is of 30 meters (98.24ft) per minute.

FV

Is there any limitation on the position of the valves in the mold?

The valve should not be installed below the injection point. In that position the high temperatures and pressure could negatively influence the valve components and decrease their lifetime.

Can I remove the valve from the tool?

Yes, on our catalogo page we indicate the size of the hole (E dimension) to be made before installing, the valve can then be removed using the appropiate ejector.

What is the maximum air pressure that can be used?

10Bars (145 psi).

PT183803

Where can I find a Vacuumjet System user manual?

Download here the NEW User Manual for the Vacuumjet System!

What is the maximum working temperature?

80°C (176°F).

RCM

Does the part have different hardness in different sections?

Yes, the part as a whole has 45 ± 2 HRC, but on the friction area, it is induction hardened up to 58 ±2 HRC to avoid wear.

Can more than one piece be applied in a cam slide?

Yes.

What is the maximum working temperature of the RCM’s?

The maximum working temperature is 150°C (302°F).

VA

Is there any limitation on the position of the valves in the mold?

The valve should not be installed below the injection point. In that position the high temperatures and pressure could negatively influence the valve components and decrease their lifetime.

Can I remove the valve from the tool?

Yes, on our catalogo page we indicate the size of the hole (E dimension) to be made before installing, the valve can then be removed using the appropiate ejector.
On the smaller diametres (5 & 6) extra care needs to be taken to remove the part slowly, knocking softly to avoid damage to the internal mechanisms.

What is the maximum air pressure that can be used?

10Bars (145 psi).

VD

Is there any limitation on the position of the valves in the mold?

The valve should not be installed below the injection point. In that position the high temperatures and pressure could negatively influence the valve components and decrease their lifetime.

Can I remove the valve from the tool?

Yes, on our catalogo page we indicate the size of the hole (E dimension) to be made before installing, the valve can then be removed using the appropiate ejector.

VH

Is there any limitation on the position of the valves in the mold?

The valve should not be installed below the injection point. In that position the high temperatures and pressure could negatively influence the valve components and decrease their lifetime.

Can I remove the valve from the tool?

Yes, on our catalogo page we indicate the size of the hole (E dimension) to be made before installing, the valve can then be removed using the appropiate ejector.
On the smaller diametres (6) extra care needs to be taken to remove the part slowly, knocking softly to avoid damage to the internal mechanisms.

VV

Is it possible to machine the top of the valve in order to shape it to the core geometry?

No, as the inner piston isn’t keyed to the body.

Is it possible to shorten the stroke/opening of the VV-SET, which is of 2.50mm (0.098”)?

Yes, by cutting the tube shorter, this will decrease the opening.

What is the maximum working temperature?

150°C (302°F).

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