Amada HFA 400W Automatic Horizontal , Programmable bandsaw, NC control, 16" Capacity, like Marvel, Spartan, Hyd-mech, HEM, Kasto, Behringer

Amada HFA 400W Automatic Horizontal , Programmable bandsaw, NC control, 16" Capacity, like Marvel, Spartan, Hyd-mech, HEM, Kasto, Behringer

Manufacturer

AMADA

Spec Sheet

Overview

Type:

Horizontal Band Saws

Category:

Saws

Manufacturer:

AMADA

Model:

HFA 400-W

Condition:

Used - Rebuilt

Year:

2002

Stock #:

8198

Status:

For Sale

Serial #:

40653051

Description

16" Capacity NC bandsaw, Amada model HFA 400 W, heavy duty, production, fully automatic, Programmable up to 99 jobs, Piece counter with auto stop, multiple feed length, 1.5" Blade, 7.5 H.P drive motor, Chip conveyor, coolant system with Wash down hose, powered blade brush, rapid advance head, carbide blade guides, manuals and 6 (six) month Warranty reconditioned per our Myers Technology Company Proprietary

50 Point Refurbishing and Repair Process

rebuilt with 6 month warranty

Myers Technology Company (MTC) carefully examines all major castings for cracks, wear, and weak point failure.

MTC tests all slide and pivot areas for proper alignment and functionality.

We start up and test run all equipment.

MTC ensures that all functions of both manual and autocycles work properly.

We take note of any missing or failing parts and place orders for replacement parts that meet or exceed OEM standards.

Once the machine passes inspection on steps 1-5, MTC begins disassembly.

All guards are removed and inspected for wear or cracks.

All way covers are removed and ways and covers inspected for wear or tear.

Machine oil is drained, cleaned and replaced with new oil to proper levels and condition.

All vices, chucks, and other mechanical control items are removed, cleaned and inspected.

The machine is thoroughly cleaned using steam, degreasers, and solvents.

The hydraulic system is tested for noise.

The hydraulic system pressure is tested for proper settings.

The hydraulic system couplings are examined and aligned as needed.

The hydraulic system hoses are inspected and replaced as needed.

The hydraulic system valves are inspected and tested for proper function.

Electrical system wires are cleaned and examined for damage or wear, replaced as needed.

Electrical system switches are cleaned and inspected for damage or wear, replaced as needed.

Electrical system controls are cleaned and inspected for damage or wear, replaced as needed.

The electrical system cabinet is examined and cleaned.

Worn and failing elements of the hydraulic and electrical systems are replaced as necessary.

Bearings are inspected for proper function and measured for play.

Bearings are replaced as necessary.

Motors are inspected and rebuilt or replaced as necessary.

Motor couplings are removed, cleaned, and examined for wear and failure, replaced as necessary.

Belts are inspected for wear, cracks, and fraying and replaced as necessary.

Belts are inspected for proper alignment.

Gearboxes are cleaned and inspected.

Oil is drained from gearbox.

Gearboxes are refilled with proper oil to correct levels.

Chip conveyors are cleaned and inspected for wear.

Coolant systems are cleaned and inspected.

Worn and failing elements of the gearbox, conveyor, and coolant systems are inspected and replaced as necessary.

Hydraulic fluid is drained and replaced to proper levels in hydraulic system.

All filters are removed and cleaned or replaced.

Sheet metal is cleaned and inspected for wear and failure.

Safety switches are cleaned and tested for proper function.

Safety switches are replaced as necessary.

Machine is inspected to ensure steps 1-38 have been properly completed.

Unit approved for painting.

All previously painted surfaces are prepped and primed.

All primed surfaces are given 2 coats of industrial grade paint.

All systems are reassembled to complete the machine.

All buttons and switches on control works are inspected for wear and functionality.

Machine functions are tested for performance.

Machine is operated in full automatic mode.

Test cuts are completed and examined for accuracy.

If unit passes tests in steps 44-47, machine is calibrated.

A video of the machine is recorded.

Machine is prepped for proper shipping, tied down, Wrapped, etc.

Machine is given a 6 month Warranty.

There are many more items checked and repaired

This is a general description of Myers Co. process. MTC works on many different types of machines. This marketing document in no way constitutes a contract, written or implied.

Long Description

Myers Technology Company Proprietary
50 Point Refurbishing and Repair Process

<ol><li>Myers Technology Company (MTC) carefully examines all major castings for cracks, wear, and weak point failure.</li><li>MTC tests all slide and pivot areas for proper alignment and functionality.</li><li>We start up and test run all equipment.</li><li>MTC ensures that all functions of both manual and autocycles work properly.</li><li>We take note of any missing or failing parts and place orders for replacement parts that meet or exceed OEM standards.</li><li>Once the machine passes inspection on steps 1-5, MTC begins disassembly.</li><li>All guards are removed and inspected for wear or cracks.</li><li>All way covers are removed and ways and covers inspected for wear or tear.</li><li>Machine oil is drained, cleaned and replaced with new oil to proper levels and condition.</li><li>All vices, chucks, and other mechanical control items are removed, cleaned and inspected.</li><li>The machine is thoroughly cleaned using steam, degreasers, and solvents.</li><li>The hydraulic system is tested for noise.</li><li>The hydraulic system pressure is tested for proper settings.</li><li>The hydraulic system couplings are examined and aligned as needed.</li><li>The hydraulic system hoses are inspected and replaced as needed.</li><li>The hydraulic system valves are inspected and tested for proper function.</li><li>Electrical system wires are cleaned and examined for damage or wear, replaced as needed.</li><li>Electrical system switches are cleaned and inspected for damage or wear, replaced as needed.</li><li>Electrical system controls are cleaned and inspected for damage or wear, replaced as needed.</li><li>The electrical system cabinet is examined and cleaned.</li><li>Worn and failing elements of the hydraulic and electrical systems are replaced as necessary.</li><li>Bearings are inspected for proper function and measured for play.</li><li>Bearings are replaced as necessary.</li><li>Motors are inspected and rebuilt or replaced as necessary.</li><li>Motor couplings are removed, cleaned, and examined for wear and failure, replaced as necessary.</li><li>Belts are inspected for wear, cracks, and fraying and replaced as necessary.</li><li>Belts are inspected for proper alignment.</li><li>Gearboxes are cleaned and inspected.</li><li>Oil is drained from gearbox.</li><li>Gearboxes are refilled with proper oil to correct levels.</li><li>Chip conveyors are cleaned and inspected for wear.</li><li>Coolant systems are cleaned and inspected.</li><li>Worn and failing elements of the gearbox, conveyor, and coolant systems are inspected and replaced as necessary.</li><li>Hydraulic fluid is drained and replaced to proper levels in hydraulic system.</li><li>All filters are removed and cleaned or replaced.</li><li>Sheet metal is cleaned and inspected for wear and failure.</li><li>Safety switches are cleaned and tested for proper function.</li><li>Safety switches are replaced as necessary.</li><li>Machine is inspected to ensure steps 1-38 have been properly completed.</li><li>Unit approved for painting.</li><li>All previously painted surfaces are prepped and primed.</li><li>All primed surfaces are given 2 coats of industrial grade paint.</li><li>All systems are reassembled to complete the machine.</li><li>All buttons and switches on control works are inspected for wear and functionality.</li><li>Machine functions are tested for performance.</li><li>Machine is operated in full automatic mode.</li><li>Test cuts are completed and examined for accuracy.</li><li>If unit passes tests in steps 44-47, machine is calibrated.</li><li>A video of the machine is recorded.</li><li>Machine is prepped for proper shipping, tied down, Wrapped, etc.</li><li>Machine is given a 30-, 60- or 90-day Warranty on a case-by-case basis.</li></ol>

There are many more items checked and repaired
This is a general description of Myers Co. process. MTC works on many different types of machines. This marketing document in no way constitutes a contract, written or implied.

Equipped With

Programmable NC control for Length of cut, no. of pieces and other parameters, Chip conveyor, powered blade brush, Coolant system with wash down hose, rapid approach flag for head, carbide blade guides, manuals and 6 (Six) month warranty

Specifications

Rect-Cap (H)	16"
Rect-Cap (W)	16"
Rounds-Cap	16"
Square-Cap	16"
Power	7.5 hp
Type (Auto, Manual, Semi)	Auto
Blade Width	1.5"
Blade Thickness	0.05"
Control	CNC (Amada)
Dimensions	8' x 8' x 6' high
Weight	5,000 lbs.

Round (Diameter) 1.18″ –16.54″ 30 – 420 mm

Rectangle (W x H) 16″ x 16″ 400 x 400 mm

Work Load Capacity 5,511 lbs 2,500 kg

Saw Blade Blade Size (L x T x W) 15′ x 0.050″ x 1-1/2″ 4570 x 1.3 x 41 mm

Blade Speed 56-295 ft/min Stepless 17-90 m/min Stepless

Tension Control Hydraulic

Blade Control Top Limit Setting Automatic Setting with Quick Approach Feeler

Cutting Control Hydraulic Pressure & Flow Control Valve

Vise Operation

Type Main and Rear Vise

Control Hydraulic Full-Stroke Cylinder

Motors

Saw Blade 7.5 HP 5.5 kW

Hydraulic Pump 2 HP 1.5 kW

Cutting Fluid Pump 1/4 HP 0.18 kW

Power Requirement Power Supply Voltage AC220V±10%, 3 PH, 60 Hz or AC440V±10%, 3 PH, 60 Hz

Power Requirement 11 kVA

Cutting Fluid Tank Capacity 31.7 gal 120 liters

Pump Type Centrifugal Electric Pump

Pump Capacity 10.6 gal/min 40 L/min

Hydraulic

Tank Capacity 10.6 gal 40 liters

Pump Type Variable-Discharge Vane Pump

Pump Capacity 5.8 gal/min 22 L/min

Pressure Setting 498 psi 3.5 MPa (35 kgf/cm2)

Chip Disposal Chip Conveyor

Material Index

Index Mechanism Shuttle Type

Stroke 19.6″ 500 mm

Length 0.39-999.999″ 10-9999.9 mm

Number of Input Station 1-99

Number of Cut-Off Pieces 1-9999

Remnant Length 3″ Plus Length of Parts 76 mm Plus Length of Parts

Machine Dimensions (W x L x H) Head-Up Position 89.5″ x 106.2″ x 95.5″ 2274 x 2697 x 2425 mm

Head Down Position 89.5″ x 106.2″ x 62.0″ 2274 x 2697 x 1575 mm

Table Height 31.5″ 800 mm

Machine Weight 4,850 lbs 2,200 kg