xrFuse Electric Fusion Machines

xrfuse1 open

xrFuse 1

ROBUST AND RELIABLE

All of the features in a compact machine

The xrFuse 1 is an instrument that allows for the seamless sample preparation of glass beads for XRF and ICP solutions. The machine takes all of the robust and reliable features from the xrFuse 6, into a compact machine, ideal for lower throughput users or specialized applications. Through the proprietary quick changeout mechanism, users can alternate between XRF glass bead and ICP solutions preparations in a matter of seconds. xrFuse 1 can be configured with 1 or 2 sample positions. If initially purchased as a 1 position, it can be upgraded to 2 positions in the future with the optional upgrade kit.

The xrFuse range of automated electric fusion machines has been developed based on more than 25 years of experience of fusion technology and applications.

The xrFuse is constructed with the latest thermal imaging technology, consumer tested in the biggest laboratories in the world. xrFuse is designed with the customer in mind.

More Info brochure

Maximum Temperature 1200°C, real-time temperature reading
# of Sample Positions 1, upgrade available for 2 positions
Throughput Up to 6 beads per hour
Programmable recipes Up to 24 user-defined recipes with naming flexibility
Cradle / mould holders High purity ceramic
Power Requirement 50/60Hz, 1-phase, 208-220V
Construction Single external aluminium case
Crucible 30-40g
Moulds 32-40mm, 40-60kg
Safety CE Certified | Cold-to-Cold | Cat 4 rated safety circuit
Size 580 x 605 x 740 mm (22.8 x 23.8 x 29.1 in)
Weight 70kg
Elements Silicon Carbide

CRUCIBLE

xrFuse Crucible

SKU A (mm) B (mm) C (mm) D (mm) E (mm) Estimated Weight (g)
PFDC-1 36 35.5 19 6 44 30
PFDC-2 (reinforced rim) 36 35.5 19 6 44 40

MOLD

xrfuse mold diagram

xrFuse Molds

SKU A (mm) B (mm) C (mm) Estimated Weight (g)
PFDM-6 30/32 4 42 60
PFDM-5 32/34 4 42 60
PFDM-2 37/39 4 50 60
PFDM-1 39/41 4 50 60

xrfuse1 open

xrFuse 1

ROBUST AND RELIABLE

All of the features in a compact machine

The xrFuse 1 is an instrument that allows for the seamless sample preparation of glass beads for XRF and ICP solutions. The machine takes all of the robust and reliable features from the xrFuse 6, into a compact machine, ideal for lower throughput users or specialized applications. Through the proprietary quick changeout mechanism, users can alternate between XRF glass bead and ICP solutions preparations in a matter of seconds. xrFuse 1 can be configured with 1 or 2 sample positions. If initially purchased as a 1 position, it can be upgraded to 2 positions in the future with the optional upgrade kit.

The xrFuse range of automated electric fusion machines has been developed based on more than 25 years of experience of fusion technology and applications.

The xrFuse is constructed with the latest thermal imaging technology, consumer tested in the biggest laboratories in the world. xrFuse is designed with the customer in mind.

brochure

Key features

Built to Last

The xrFuse range has evolved from robust and reliable technology developed for high volume, high up time applications. This environment has driven the development of machines with component lifetimes of up to 3 times of that of our competitors.

Zero Contamination

The ceramic cradle and holders ensure that the environment for creating beads has zero contamination from these sources.

Simple User Interface

The xrFuse has a touch screen interface that is easy to use. Provides the flexibility to cope with simple operations or complex one-off experiments.

Safe Operation

The external surfaces of the machine have been modelled and developed with the latest IR technology. This ensures all external surfaces are safe to touch. The machine is CE certified and independently tested.

Process Visibility

The glass viewing panel allows the customer to view the key elements of the fusion process in action. This is particularly important for method development.

Process Flexibility / ICP

The machine is designed for both pre-heating and ICP processes. Simple access, control, and monitor at the touch of a button.

Programmable Fusion Parameters

• Preheating temperature and duration
• Main heating temperature and duration
• Rocking duration, speed, and amplitude
• Stand duration
• Pouring angle
• Cooling (2 stages)
• Pause at any time
• Fusion complete alarm
• XRF or ICP Mode

specifications

Maximum Temperature 1200°C, real-time temperature reading
# of Sample Positions 1, upgrade available for 2 positions
Throughput Up to 6 beads per hour
Programmable recipes Up to 24 user-defined recipes with naming flexibility
Cradle / mould holders High purity ceramic
Power Requirement 50/60Hz, 1-phase, 208-220V
Construction Single external aluminium case
Crucible 30-40g
Moulds 32-40mm, 40-60kg
Safety CE Certified | Cold-to-Cold | Cat 4 rated safety circuit
Size 580 x 605 x 740 mm (22.8 x 23.8 x 29.1 in)
Weight 70kg
Elements Silicon Carbide

LABWARE

xrfuse crucible diagram

xrFuse Crucible

SKU A (mm) B (mm) C (mm) D (mm) E (mm) Estimated Weight (g)
PFDC-1 36 35.5 19 6 44 30
PFDC-2 (reinforced rim) 36 35.5 19 6 44 40

xrfuse mold diagram

xrFuse Molds

SKU A (mm) B (mm) C (mm) Estimated Weight (g)
PFDM-6 30/32 4 42 60
PFDM-5 32/34 4 42 60
PFDM-2 37/39 4 50 60
PFDM-1 39/41 4 50 60

xrfuse 1-2

xrFuse 1-2

NOW AVAILABLE! Upgrade your machine to 2 sample positions

The xrFuse 1-2 is an instrument that allows for the seamless sample preparation of glass beads for XRF and ICP solutions. The machine takes all of the robust and reliable features from the xrFuse 6, into a compact machine, ideal for lower throughput users or specialized applications. Through the proprietary quick changeout mechanism, users can alternate between XRF glass bead and ICP solutions preparations in a matter of seconds. xrFuse 1-2 can be configured with 1 or 2 sample positions. If initially purchased as a 1 position, it can be upgraded to 2 positions in the future with the optional upgrade kit.

The xrFuse range of automated electric fusion machines has been developed based on more than 25 years of experience of fusion technology and applications.

The xrFuse is constructed with the latest thermal imaging technology, consumer tested in the biggest laboratories in the world. xrFuse is designed with the customer in mind.

More Info brochure

Maximum Temperature 1200°C, real-time temperature reading
Number of Sample Positions 2
Throughput Up to 12 beads per hour
Programmable recipes Up to 24 user-defined recipes with naming flexibility
Cradle / mould holders High purity ceramic
Power Requirement 50/60Hz, 1-phase, 208-220V
Construction Single external aluminium case
Crucible 30-40g
Moulds 32-40mm, 40-60kg
Safety CE Certified | Cold-to-Cold | Cat 4 rated safety circuit
Size 580 x 605 x 740 mm (22.8 x 23.8 x 29.1 in)
Weight 70kg
Elements Silicon Carbide

CRUCIBLE

xrfuse crucible diagram

xrFuse Crucible

SKU A (mm) B (mm) C (mm) D (mm) E (mm) Estimated Weight (g)
PFDC-1 36 35.5 19 6 44 30
PFDC-2 (reinforced rim) 36 35.5 19 6 44 40

MOLD

xrfuse mold diagram

xrFuse Molds

SKU A (mm) B (mm) C (mm) Estimated Weight (g)
PFDM-6 30/32 4 42 60
PFDM-5 32/34 4 42 60
PFDM-2 37/39 4 50 60
PFDM-1 39/41 4 50 60

xrfuse 1-2

xrFuse 1-2

NOW AVAILABLE! Upgrade your machine to 2 sample positions

The xrFuse 1-2 is an instrument that allows for the seamless sample preparation of glass beads for XRF and ICP solutions. The machine takes all of the robust and reliable features from the xrFuse 6, into a compact machine, ideal for lower throughput users or specialized applications. Through the proprietary quick changeout mechanism, users can alternate between XRF glass bead and ICP solutions preparations in a matter of seconds. xrFuse 1-2 can be configured with 1 or 2 sample positions. If initially purchased as a 1 position, it can be upgraded to 2 positions in the future with the optional upgrade kit.

The xrFuse range of automated electric fusion machines has been developed based on more than 25 years of experience of fusion technology and applications.

The xrFuse is constructed with the latest thermal imaging technology, consumer tested in the biggest laboratories in the world. xrFuse is designed with the customer in mind.

brochure

Key features

Built to Last

The xrFuse range has evolved from robust and reliable technology developed for high volume, high up time applications. This environment has driven the development of machines with component lifetimes of up to 3 times of that of our competitors.

Zero Contamination

The ceramic cradle and holders ensure that the environment for creating beads has zero contamination from these sources.

Simple User Interface

The xrFuse has a touch screen interface that is easy to use. Provides the flexibility to cope with simple operations or complex one-off experiments.

Safe Operation

The external surfaces of the machine have been modelled and developed with the latest IR technology. This ensures all external surfaces are safe to touch. The machine is CE certified and independently tested.

Process Flexibility / ICP

The machine is designed for both pre-heating and ICP processes. Simple access, control, and monitor at the touch of a button.

Programmable Fusion Parameters

• Preheating temperature and duration
• Main heating temperature and duration
• Rocking duration, speed, and amplitude
• Stand duration
• Pouring angle
• Cooling (2 stages
• Pause at any time
• Fusion complete alarm
• XRF or ICP Mode

specifications

Maximum Temperature 1200°C, real-time temperature reading
Number of Sample Positions 2
Throughput Up to 12 beads per hour
Programmable recipes Up to 24 user-defined recipes with naming flexibility
Cradle / mould holders High purity ceramic
Power Requirement 50/60Hz, 1-phase, 208-220V
Construction Single external aluminium case
Crucible 30-40g
Moulds 32-40mm, 40-60kg
Safety CE Certified | Cold-to-Cold | Cat 4 rated safety circuit
Size 580 x 605 x 740 mm (22.8 x 23.8 x 29.1 in)
Weight 70kg
Elements Silicon Carbide

LABWARE

xrfuse crucible diagram

xrFuse Crucible

SKU A (mm) B (mm) C (mm) D (mm) E (mm) Estimated Weight (g)
PFDC-1 36 35.5 19 6 44 30
PFDC-2 (reinforced rim) 36 35.5 19 6 44 40

xrfuse mold diagram

xrFuse Molds

SKU A (mm) B (mm) C (mm) Estimated Weight (g)
PFDM-6 30/32 4 42 60
PFDM-5 32/34 4 42 60
PFDM-2 37/39 4 50 60
PFDM-1 39/41 4 50 60

xrFuse 6

HIGH ACCURACY AND PURITY

Fast reliable instrument for the consistent production of
zero contamination beads

The xrFuse range of electric fusion machines has been developed based on more than 25 years of experience of fusion technology and applications. These machines feature significant advances in safety and design.

The user interface of the xrFuse 6 is designed in such a way that it can meet the need for consistency of a production laboratory, while at the same time giving the analytical chemist the flexibility to modify parameters as required. Cold-to-cold operation means it is an ideal solution where the health and safety requirements of a production environment need to be strictly adhered to.

The xrFuse series is constructed with the latest thermal imaging technology, consumer tested in the biggest laboratories in the world. xrFuse is designed with the customer in mind.

More Info brochure
Maximum Temperature 1200°C for continuous use (1250°C for intermittent use)
Number of Sample Positions 6
Throughput Up to 30 beads per hour
Programmable recipes Up to 12 user-defined recipes with naming flexibility
Cradle / mould holders High purity ceramic
Voltage 50/60Hz, 3-phase, 220V or 400V
Construction Single external aluminium case
Crucible 30-40g
Moulds 32-40mm, 40-100g
Safety CE Certified | Cold-to-Cold | Cat 4 rated safety circuit
Size 580 x 1110 x 800 mm (22.8 x 43.7 x 31.5 in) *H=800mm with lid open*
Weight 100kg
Elements Silicon Carbide

CRUCIBLE

xrfuse crucible diagram

xrFuse Crucible

SKU A (mm) B (mm) C (mm) D (mm) E (mm) Estimated Weight (g)
PFDC-1 36 35.5 19 6 44 30
PFDC-2 (reinforced rim) 36 35.5 19 6 44 40

MOLD

xrfuse mold diagram

xrFuse Molds

SKU A (mm) B (mm) C (mm) Estimated Weight (g)
PFDM-6 30/32 4 42 60
PFDM-5 32/34 4 42 60
PFDM-2 37/39 4 50 60
PFDM-1 39/41 4 50 60

xrFuse 6

HIGH ACCURACY AND PURITY

Fast reliable instrument for the consistent production of zero contamination beads

The xrFuse range of electric fusion machines has been developed based on more than 25 years of experience of fusion technology and applications. These machines feature significant advances in safety and design.

The user interface of the xrFuse 6 is designed in such a way that it can meet the need for consistency of a production laboratory, while at the same time giving the analytical chemist the flexibility to modify parameters as required. Cold-to-cold operation means it is an ideal solution where the health and safety requirements of a production environment need to be strictly adhered to.

The xrFuse series is constructed with the latest thermal imaging technology, consumer tested in the biggest laboratories in the world. xrFuse is designed with the customer in mind.

brochure

Key features

Built to Last

The xrFuse range has evolved from robust and reliable technology developed for high volume, high up time applications. This environment has driven the development of machines with component lifetimes of up to 3 times of that of our competitors.

Zero Contamination

The ceramic cradle and holders ensure that the environment for creating beads has zero contamination from these sources.

Simple User Interface

The xrFuse has a touch screen interface that is easy to use. Provides the flexibility to cope with simple operations or complex one-off experiments.

Safe Operation

The external surfaces of the machine have been modelled and developed with the latest IR technology. This ensures all external surfaces are safe to touch. The machine is CE certified and independently tested.

Process Visibility

The glass viewing panel allows the customer to view the key elements of the fusion process in action. This is particularly important for method development.

Process Flexibility—XRF or ICP Mode

The machine is designed for both pre-heating and ICP processes. Simple access, control, and monitor at the touch of a button.

Programmable Fusion Parameters

• Preheating temperature and duration
• Main heating temperature and duration
• Rocking duration, speed, and amplitude
• Stand duration
• Pouring angle
• Cooling (2 stages)
• Pause at any time
• Fusion complete alarm
• XRF or ICP Mode

specifications

Maximum Temperature 1200°C for continuous use (1250°C for intermittent use)
Number of Sample Positions 6
Throughput Up to 30 beads per hour
Programmable recipes Up to 12 user-defined recipes with naming flexibility
Cradle / mould holders High purity ceramic
Voltage 50/60Hz, 3-phase, 220V or 400V
Construction Single external aluminium case
Crucible 30-40g
Moulds 32-40mm, 40-100g
Safety CE Certified | Cold-to-Cold | Cat 4 rated safety circuit
Size 580 x 1110 x 800 mm (22.8 x 43.7 x 31.5 in) *H=800mm with lid open*
Weight 100kg
Elements Silicon Carbide

LABWARE

xrfuse crucible diagram

xrFuse Crucible

SKU A (mm) B (mm) C (mm) D (mm) E (mm) Estimated Weight (g)
PFDC-1 36 35.5 19 6 44 30
PFDC-2 (reinforced rim) 36 35.5 19 6 44 40

xrfuse mold diagram

xrFuse Molds

SKU A (mm) B (mm) C (mm) Estimated Weight (g)
PFDM-6 30/32 4 42 60
PFDM-5 32/34 4 42 60
PFDM-2 37/39 4 50 60
PFDM-1 39/41 4 50 60

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