Makita Mobile LB1200F Band Saw

Description

The Makita LB1200F is a heavy-duty stationary vertical band saw designed for precision, robustness, and versatility. Powered by a 900 W motor, this saw combines substantial cutting capacity with fine control, making it suitable for a wide range of materials. Makita Pro+3makita.com.sg+3makitauae.com+3

Key Specifications & Features

Parameter Value / Feature
Continuous input power 900 W makita.com.sg+2Welcome To Makita+2
Maximum cutting thickness 165 mm (6½ in) makita.com.sg+2Welcome To Makita+2
Throat (distance to blade) 305 mm (12 in) makita.com.sg+2Makita+2
Blade speeds Hi: ~800 m/min (50Hz)
Dimensions 615 × 775 × 1,600 mm Makita+1
Weight ~81.2 kg net (82 kg with cable) Makita+1
Bevel cutting range -2° to 45.5° (left) makitauae.com+1
Blade width compatibility 6 mm – 16 mm makitauae.com+1
Safety / convenience features Tool-free blade changes, quick-adjust blade tension, anti-restart protection, LED work light, sturdy cast-iron base, dust collector port Welcome To Makita+3Makita Pro+3Makita+3

User Benefits & Performance Highlights

  • Precision & Clean Cuts – The robust frame, stable base, and variable-speed blade allow for smoother, more controlled slicing through diverse materials.

  • Efficient Material Removal – High-speed settings enable faster cuts when quality finish is less critical; low-speed allows fine control for delicate operations.

  • Ease of Maintenance – Quick blade change and tension mechanisms reduce downtime during workshop use.

  • Safety & Usability – Anti-restart feature mitigates accidental start-ups; built-in LED lighting improves visibility at the cutline.

  • Versatility in Angles – Bevel cutting capability enables angled cuts necessary in specialized part production.

  • Dust Management – The dust collector port helps keep the work area cleaner, which is essential when cutting composite materials or plastics.


Use in Orthotic & Prosthetic Workshops

In the context of orthotics and prosthetics manufacturing and repair, the Makita LB1200F can play a valuable role in multiple workflow stages. Here are several use-cases and advantages:

1. Cutting Thermoplastics, Composites & Liners

Orthotic and prosthetic parts frequently incorporate materials such as thermoplastics (e.g., polypropylene, polyethylene, carbon-fiber composites) and soft linings. The LB1200F enables precise shaping and trimming of:

  • Blank sheets of plastic or composite materials to the correct size before molding or heating.

  • Edges, cutouts, and slots in orthotic or prosthetic shells (e.g. opening windows, relief areas, trimlines).

  • Trimming bulk materials used in socket fabrication or laminated laminated composite layers — the combination of speed settings helps in matching the material’s cutting tolerance.

With its adjustable speed and stable blade operation, the saw permits smooth cuts without excessive material delamination or chipping, which is critical for parts that interface with soft tissues or need tight tolerances.

2. Preparing Substructures and Reinforcements

Many prosthetic and orthotic components need rigid substructures or reinforcement plates (e.g., metal plates, aluminum, or composite inserts). While heavy-duty metal cutting may be beyond its ideal use, the LB1200F can be useful for medium-duty cutting tasks:

  • Cutting light gauge aluminum, brass, or non-ferrous metal strips used as reinforcements or mounting brackets, at appropriate blade selection and slower speed settings.

  • Trimming composite insert materials before final shaping or embedding within socket shells.

By selecting suitable metal-cutting blades and slowing blade speed, it can handle many reinforcement tasks in a workshop environment.

3. Prototyping, Pattern-Making, and Modification

Orthotic & prosthetic design often involves rapid iteration:

  • Prototype cutting of mock-up materials (e.g. foam, mock-up board, plastic sheet) for fitting evaluation.

  • Model or plaster trimming for positive models or molds, especially when modifying or correcting forms.

  • Retrofitting adjustments— trimming or customizing components mid-production or as repairs (for example, adjusting trim angles or correcting boundaries on existing shells).

4. Workflow Integration & Productivity

  • Batch processing: The robust build allows for repetitive cuts, enabling a workshop to prepare multiple blanks or parts in sequence.

  • Reduced operator fatigue / improved quality: The stable setup and precise controls reduce errors and improve consistency, especially in repetitive cutting tasks.

  • Cleaner environment & safety: With dust collection and stable blade housing, the saw contributes to a safer, cleaner workspace — vital when working with fibrous composites or plastic dust (which can cause irritation or contamination).


Summary & Selling Points for Workshop Context

The Makita LB1200F is a heavy-duty, precision band saw designed to meet the demands of professional workshops. In an orthotic and prosthetic setting, it is especially advantageous for:

  • Accurately cutting thermoplastic and composite materials used in shells, reinforcements, and trimline preparation.

  • Supporting mid-level metal cutting for reinforcement parts.

  • Enabling rapid prototyping, adjustment, and trimming workflows.

  • Enhancing productivity, quality, and operator safety through robust construction, ease-of-use features, and integrated dust management.

Makita Mobile LB1200F Band Saw

Product form

The Makita LB1200F is a heavy-duty stationary vertical band saw designed for precision, robustness, and versatility. Powered by a 900... Read more

Qaadir SKU: JS1204

  • HS Code:
  • NUPCO Code:
  • OB Code:

$1,195.00 Excl. VAT

    Description

    The Makita LB1200F is a heavy-duty stationary vertical band saw designed for precision, robustness, and versatility. Powered by a 900 W motor, this saw combines substantial cutting capacity with fine control, making it suitable for a wide range of materials. Makita Pro+3makita.com.sg+3makitauae.com+3

    Key Specifications & Features

    Parameter Value / Feature
    Continuous input power 900 W makita.com.sg+2Welcome To Makita+2
    Maximum cutting thickness 165 mm (6½ in) makita.com.sg+2Welcome To Makita+2
    Throat (distance to blade) 305 mm (12 in) makita.com.sg+2Makita+2
    Blade speeds Hi: ~800 m/min (50Hz)
    Dimensions 615 × 775 × 1,600 mm Makita+1
    Weight ~81.2 kg net (82 kg with cable) Makita+1
    Bevel cutting range -2° to 45.5° (left) makitauae.com+1
    Blade width compatibility 6 mm – 16 mm makitauae.com+1
    Safety / convenience features Tool-free blade changes, quick-adjust blade tension, anti-restart protection, LED work light, sturdy cast-iron base, dust collector port Welcome To Makita+3Makita Pro+3Makita+3

    User Benefits & Performance Highlights

    • Precision & Clean Cuts – The robust frame, stable base, and variable-speed blade allow for smoother, more controlled slicing through diverse materials.

    • Efficient Material Removal – High-speed settings enable faster cuts when quality finish is less critical; low-speed allows fine control for delicate operations.

    • Ease of Maintenance – Quick blade change and tension mechanisms reduce downtime during workshop use.

    • Safety & Usability – Anti-restart feature mitigates accidental start-ups; built-in LED lighting improves visibility at the cutline.

    • Versatility in Angles – Bevel cutting capability enables angled cuts necessary in specialized part production.

    • Dust Management – The dust collector port helps keep the work area cleaner, which is essential when cutting composite materials or plastics.


    Use in Orthotic & Prosthetic Workshops

    In the context of orthotics and prosthetics manufacturing and repair, the Makita LB1200F can play a valuable role in multiple workflow stages. Here are several use-cases and advantages:

    1. Cutting Thermoplastics, Composites & Liners

    Orthotic and prosthetic parts frequently incorporate materials such as thermoplastics (e.g., polypropylene, polyethylene, carbon-fiber composites) and soft linings. The LB1200F enables precise shaping and trimming of:

    • Blank sheets of plastic or composite materials to the correct size before molding or heating.

    • Edges, cutouts, and slots in orthotic or prosthetic shells (e.g. opening windows, relief areas, trimlines).

    • Trimming bulk materials used in socket fabrication or laminated laminated composite layers — the combination of speed settings helps in matching the material’s cutting tolerance.

    With its adjustable speed and stable blade operation, the saw permits smooth cuts without excessive material delamination or chipping, which is critical for parts that interface with soft tissues or need tight tolerances.

    2. Preparing Substructures and Reinforcements

    Many prosthetic and orthotic components need rigid substructures or reinforcement plates (e.g., metal plates, aluminum, or composite inserts). While heavy-duty metal cutting may be beyond its ideal use, the LB1200F can be useful for medium-duty cutting tasks:

    • Cutting light gauge aluminum, brass, or non-ferrous metal strips used as reinforcements or mounting brackets, at appropriate blade selection and slower speed settings.

    • Trimming composite insert materials before final shaping or embedding within socket shells.

    By selecting suitable metal-cutting blades and slowing blade speed, it can handle many reinforcement tasks in a workshop environment.

    3. Prototyping, Pattern-Making, and Modification

    Orthotic & prosthetic design often involves rapid iteration:

    • Prototype cutting of mock-up materials (e.g. foam, mock-up board, plastic sheet) for fitting evaluation.

    • Model or plaster trimming for positive models or molds, especially when modifying or correcting forms.

    • Retrofitting adjustments— trimming or customizing components mid-production or as repairs (for example, adjusting trim angles or correcting boundaries on existing shells).

    4. Workflow Integration & Productivity

    • Batch processing: The robust build allows for repetitive cuts, enabling a workshop to prepare multiple blanks or parts in sequence.

    • Reduced operator fatigue / improved quality: The stable setup and precise controls reduce errors and improve consistency, especially in repetitive cutting tasks.

    • Cleaner environment & safety: With dust collection and stable blade housing, the saw contributes to a safer, cleaner workspace — vital when working with fibrous composites or plastic dust (which can cause irritation or contamination).


    Summary & Selling Points for Workshop Context

    The Makita LB1200F is a heavy-duty, precision band saw designed to meet the demands of professional workshops. In an orthotic and prosthetic setting, it is especially advantageous for:

    • Accurately cutting thermoplastic and composite materials used in shells, reinforcements, and trimline preparation.

    • Supporting mid-level metal cutting for reinforcement parts.

    • Enabling rapid prototyping, adjustment, and trimming workflows.

    • Enhancing productivity, quality, and operator safety through robust construction, ease-of-use features, and integrated dust management.

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