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The Yamasaki YSR Ribbon Fibre Thermal Stripper prepares compatible single fibres and ribbons up to 12 fibres for fusion splicing. Four temperature settings, Normal and Eco modes, and a rechargeable battery support flexible operation. Its compact, lightweight design suits workshop and field preparation kits.
The Yamasaki YSR Ribbon Fibre Thermal Stripper uses controlled heating to prepare compatible optical fibres for stripping before cleaning, cleaving and fusion splicing. It supports single fibres and ribbons containing up to 12 fibres. In addition, four selectable temperature settings help technicians match the heating process to their fibre preparation requirements.
For ribbon splicing, consistent preparation starts before the fibres enter the fusion splicer. The stripper, fibre holders and cleaver must work together with the selected ribbon construction. Therefore, the YSR provides a practical preparation tool for technicians building a compatible ribbon splicing kit.
Available from Anderson Corporation, the Yamasaki YSR combines rechargeable battery operation, Normal and Eco modes, and a compact design. As a result, technicians can incorporate thermal stripping into both workshop and field preparation workflows.
A thermal stripper heats the fibre coating before the technician removes it. This process helps soften compatible coating material and reduces the force required during stripping.
However, heating alone does not complete fibre preparation. Technicians must also position the fibre correctly, follow the operating instructions and inspect the stripped section. Afterwards, they clean and cleave the fibres before loading them into the fusion splicer.
The YSR suits compatible glass optical fibres with UV-curable resin coatings. Its published specifications identify a coating diameter range of 200–400 µm and a cladding diameter of 125 µm.
Consequently, selection should begin with the actual fibre construction. Check the coating dimensions, ribbon format and holder requirements rather than relying on fibre count alone.
Ribbon preparation requires technicians to manage several fibres together while preserving their order. Therefore, a suitable stripping process must work with the ribbon and its holder arrangement.
Controlled heating assists coating removal across the preparation section. In addition, the holder supports the fibres during handling and transfer between compatible preparation tools.
This makes the Ribbon Fibre Thermal Stripper one part of a coordinated process. Correct stripping supports the next preparation stage, while cleaning and cleaving remain essential steps before fusion splicing.
The Yamasaki YSR supports single fibres and compatible ribbons containing up to 12 fibres. Accordingly, it offers flexibility for technicians who work with different preparation arrangements.
The datasheet lists holder types for:
It also references 250 µm and 900 µm holders. However, the 900 µm holder is specifically identified as not included.
Before ordering, confirm the holders required for your application and their inclusion in the supplied package. In particular, check how the holder interfaces with your stripper, cleaver and fusion splicer.
A matching fibre count does not establish compatibility between every ribbon preparation tool. Holder dimensions, mounting arrangements and fibre positioning also matter.
For example, a technician preparing a 12-fibre ribbon needs more than a stripper with sufficient capacity. The holder must also suit the ribbon construction and the next tool in the preparation sequence.
Therefore, assess the equipment as a complete system. This helps identify accessory requirements before the kit reaches the job site.
The YSR provides four temperature settings in Normal mode:
The default setting is 80°C. In addition, the selectable settings give technicians options when establishing a suitable preparation process for compatible fibres.
Choose the setting according to the equipment instructions and the fibre manufacturer’s guidance. Afterwards, inspect the preparation result before continuing with production work.
A higher temperature does not automatically produce a better strip. Instead, use the setting that suits the coating and operating procedure.
For repeated work with the same compatible fibre, a consistent procedure helps technicians assess results.
Start by confirming the fibre type, holder and preparation length. Next, establish the appropriate heating setting and follow the prescribed stripping movement.
Then inspect the exposed fibres and remove coating residue using the approved cleaning method. As a result, the cleaving stage begins with properly prepared fibres.
If the stripping result changes, check the fibre positioning, tool cleanliness and operating settings. Avoid compensating for an unsuitable setup by simply increasing pulling force.
The Ribbon Fibre Thermal Stripper provides Normal and Eco modes to suit different working requirements.
In Normal mode, the datasheet lists typical heating times of 4–5 seconds, with approximately 10 seconds for the first stripping operation. In comparison, the power-saving mode lists typical heating times of 12–13 seconds.
These figures describe heating time. They do not represent the complete time required to load, strip, clean, inspect and cleave a ribbon.
| Operating mode | Published typical heating time | Practical consideration |
|---|---|---|
| Normal | 4–5 seconds; approximately 10 seconds for the first strip | Shorter listed heating time for repeated preparation |
| Eco / power-saving | 12–13 seconds | Power-saving option with a longer listed heating time |
When planning a job, consider the entire preparation sequence. In addition, allow time for equipment setup, fibre identification and any preparation that needs repeating.
The YSR includes a 2,000 mAh lithium battery. The datasheet specifies a full charging time of approximately three hours.
It also lists 600 stripping cycles from a fully charged battery at the default temperature. Therefore, this figure provides a useful reference when planning equipment availability.
Actual battery performance can vary with operating conditions, settings and battery condition. Accordingly, charge the unit before field work and plan access to the supplied power adaptor for longer assignments.
The adaptor accepts AC 100–240 V at 50/60 Hz and provides DC 12 V, 1 A output. Use the specified power equipment and follow the charging instructions supplied with the unit.
The Yamasaki YSR measures 155 × 50 × 40 mm and weighs 276 g. Consequently, it fits readily into a portable fibre preparation kit.
Its compact size helps technicians arrange the stripper beside their cleaning materials, cleaver and fusion splicer. In addition, the supplied carry bag provides a practical way to transport the unit between jobs.
An organised work area also supports preparation consistency. Position the tools so technicians can move through stripping, cleaning and cleaving without unnecessary handling of exposed fibres.
For field work, choose a stable preparation surface and keep contamination away from the exposed glass. Afterwards, clean and pack the equipment according to its instructions.
| Specification | Yamasaki YSR |
|---|---|
| Product type | Fibre optic ribbon thermal stripper |
| Ordering code | YSR |
| Fibre capability | Single fibres and compatible ribbons up to 12 fibres |
| Applicable fibre | Glass optical fibres; datasheet also references capillary |
| Coating material | UV-curable resin |
| Coating diameter | 200–400 µm |
| Cladding diameter | 125 µm |
| Listed holder types | 1, 2, 4, 6, 8, 10 and 12 fibres; 250 µm and 900 µm holders |
| Holder inclusion note | 900 µm holder not included; confirm other required holders when ordering |
| Heating modes | Normal and Eco |
| Default temperature | 80°C |
| Normal-mode temperature settings | 60°C, 80°C, 100°C and 120°C |
| Typical Normal-mode heating | 4–5 seconds; approximately 10 seconds for the first strip |
| Typical power-saving heating | 12–13 seconds |
| Battery | 2,000 mAh lithium battery |
| Full charging time | Approximately 3 hours |
| Published battery capacity | 600 stripping cycles at the default temperature from a full charge |
| Adaptor input | AC 100–240 V, 50/60 Hz |
| Adaptor output | DC 12 V, 1 A |
| Operating temperature | 0°C to +40°C |
| Listed wind condition | 15 m/s |
| Dimensions | 155 mm long × 50 mm wide × 40 mm high |
| Weight | 276 g |
For the published product information, download the Yamasaki YSR datasheet.
The datasheet lists the following package contents:
It also lists a 12-month warranty. Before ordering, confirm the current package configuration and the holders needed for your preparation setup.
This is particularly useful when adding the stripper to an existing kit. The tools you already own may determine which accessories you require.
A practical ribbon preparation sequence begins with identification and compatibility checks. First, confirm the fibre count, ribbon construction and holder arrangement.
Next, follow the stripper instructions to position the fibres and apply the appropriate heating cycle. Then remove the coating using the prescribed technique.
After stripping, inspect and clean the exposed fibres. Afterwards, use a compatible ribbon cleaver to prepare the fibre ends for fusion splicing.
Finally, load the prepared ribbon into the splicer and follow its operating procedure. Complete splice protection and testing according to the project requirements.
The Yamasaki Y120 Ribbon Fusion Splicer is a related product for customers assembling a ribbon splicing workflow.
However, confirm the specific holder and fibre arrangement before selecting equipment together. A complete kit requires compatibility across stripping, cleaving and splicing.
When requesting advice, provide the ribbon type and details of your existing equipment. This helps Anderson Corporation assess the required preparation tools and accessories.
Thermal stripping uses heat to assist removal of compatible fibre coatings. However, the quality of the preparation also depends on positioning, tool condition and operator technique.
Therefore, treat stripping as a controlled preparation stage. Inspect the result before proceeding to cleaning and cleaving.
Fibre count is only one part of equipment selection. In addition, coating dimensions, ribbon construction and holder interfaces affect suitability.
Before purchasing a Ribbon Fibre Thermal Stripper, identify the exact fibre you intend to prepare. Then confirm the required holders and their compatibility with the rest of your kit.
Heating time and total preparation time measure different parts of the workflow. For example, the listed heating period excludes loading, inspection and cleaning.
Consequently, compare equipment using the complete work sequence. This gives a more useful basis for planning productivity.
Where work falls under Australia’s customer cabling rules, technicians need the appropriate registration or supervision and relevant competencies. For further information, visit the ACMA Cabling Provider Rules.
For more fibre optic product information, visit the Anderson Corporation YouTube channel.
Yes. The published capability includes compatible ribbons containing up to 12 fibres. However, confirm the ribbon construction and holder requirements before use.
Yes. The YSR also supports compatible single fibres with the appropriate holder arrangement.
Normal mode provides 60°C, 80°C, 100°C and 120°C settings. The default temperature is 80°C.
No. Normal-mode heating typically takes 4–5 seconds, while the first stripping operation takes approximately 10 seconds. In comparison, power-saving mode typically takes 12–13 seconds.
No. The datasheet specifically identifies the 900 µm holder as not included. Therefore, confirm accessory requirements when requesting your quote.
No. After stripping, technicians still need to inspect, clean and cleave the fibres before fusion splicing.
Choosing the correct preparation equipment starts with your fibre and existing tool kit. Therefore, provide your ribbon fibre count, coating details, holder requirements and fusion splicer model when making an enquiry.
Anderson Corporation can help you review the Yamasaki YSR and the accessories required for your application.
Request a Rapid Quote or Contact Us to discuss your Ribbon Fibre Thermal Stripper requirements.
