TSUBAKI MATERIAL HANDLING

Material Handling

Sorting System	Free Curve	Zip Chain Lifter
Life Science Support Equipment	Eco Related CV	Receiving & Feeding Systems
CV for Biomass	CV for Industrial Waste
Mayfran Chip CV & Coolant	Mayfran Hinged Steel Belt

Storage Solution

Storage Solution

Racking System
Nestainer
Mezzanine System
RunningSys - Vertical Storage

PTL

i-Picking

Co-Bot

TM5 Co-Bot

AGV Infiniti 4.0

AGV Infiniti 4.0

Fork AGV	Tunnel AGV with Kara Kuri	Quicktron

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DriKen X13

DriKen X13

NISHIGAKI trusco

• Smooth & accurate drilling!

• For ø2.6 - ø13 Drill bits

• No centerpunch needed

Long drill applicable

Also to the polishing of the long drill supports. 

Because of the method of fixing the cutting edge, even during long drill polishing it can be polished with the same feeling as normal.

Cost-effective

200-240V type Available

Low price and high quality.
You can polish more than 200 times with 1 grindstone.
※ There is no 200 drills.

Quick & High-precision

■ Cutting edge polishing angle: 118 degrees

■ Relief angle: 10 degrees
■ Thinning shape: X shape

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Dust Control Alumunium Sheet

Dust Control Alumunium Sheet

Heat resistance up to 150℃

Just released in Indonesia market

• Low cost (made in Indonesia)
• Better solution for keeping clean environment in paint oven

Product specification
Heat resistance adhesive aluminum sheet : thickness 50μ x width 1000mm x length 30m/roll

Features
~Keep performance up to 150℃ environment.
  It can be installed in many kind of paint oven.

~Catch all the dust on the surface and did not released.
  Apply adhesive material evenly.

~Easy to install and replace, just cut and put it on with double tape.
   It is in roll form and can be cut according to the required length. Easy to install on the wall inside
   drying oven using heat-resistant tape.

~Manufacture in Indonesia.
  Quality is almost equal to imported goods , it is possible to suggest at a lower cost.

Application
There are so many application for metal and resin coating oven in Japan.

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TSUBACO Smart AGV - Automation Solution

TSUBACO Smart AGV - Automation Solution

An automated guided vehicle or automatic guided vehicle (AGV) is a mobile robot that follows markers or wires in the floor, or uses vision, magnets, or lasers for navigation. They are most often used in industrial applications to move materials around a manufacturing facility or warehouse.

AGV are typically used where high volumes of repetitive movements of material is required, but where little or no human decision making skill is required to perform the movement.

AGV type:

1-WAY TYPE (300kg/500kg) Dimensions : L1100 x W420 xH330/ L1400 x W420 xH290(slim) Guiding : Magnetic strip  Communication Method : RF (Wi-Fi) Power supply : DC 24V            Battery charger : AC 220V Speed : 30-45m/min Guiding accuracy : ±10mm     Stop accuracy : ±10mm Grade ability : 3-5°                   Alarm type : Sound & light Turning Radius :  600mm
2-WAY TYPE (300kg/500kg/1000kg) Dimensions : L1250 x W450 xH410/ L1550 x W420 xH290(slim) Guiding : Magnetic strip  Communication Method : RF (Wi-Fi) Power supply : DC 24V           Battery charger : AC 220V Speed : 30-45m/min Guiding accuracy : ±10mm    Stop accuracy : ±10mm Grade ability : 3-5°　           Alarm type : Sound & light Turning Radius :  600mm
FORK TYPE (2000kg) Dimensions : L2200 x W840 xH1390 Guiding : Magnetic strip Communication Method : RF (Wi-Fi) Power supply : DC 28V           Battery charger : AC 220V Speed : 5-48m/min Guiding accuracy : ±20mm    Stop accuracy : ±20mm Grade ability : 3-5°                  Alarm type : Sound & light Space for 90°maneuver : 2200mm Space for turning radius 2500mm
TRACTOR TYPE (300kg/500kg/1000kg) Dimensions : L1150 x W420 xH625 Guiding : Magnetic strip Communication Method : RF (Wi-Fi) Power supply : DC 24V           Battery charger : AC 220V Speed : 10-45m/min Guiding accuracy : ±10mm    Stop accuracy : ±10mm Grade ability : 3-5°　           Alarm type : Sound & light Turning Radius :  600mm

Accesories:

Because automatic guided vehicles (AGVs) can deliver efficient, cost effective movement of materials, AGVs can be applied to various industries in standard or customized designs to best suit an industry’s requirements, such as manufacturing,warehouse, hospital, pharmaceutical, chemical, automotive, food & beverage, and theme parks as well.



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APPROVED EXPLOSION-PROOF IONIZERS

TRINC

New Release !!

The more flammable a location is, the more likely static is built up.
Once an explosion or a fire occurs, all the measures taken go back to square one.
TRINC has developed a new "approved explosion-proof ionizer" with a further improved explosion-protection performance as compared with the conventional.

APPROVED EXPLOSION-PROOF STATIC-FREE SPACE TRINC (TAS-83 SFS-XXXX-EPA)

The MERIT :

• Prevention of quality from being damaged by static and dusts

The dusts sticking to work piece largely affect the paint surface finishing quality.However, what is really needed for the painting in the environment including flammable solvents is the anti-static/dust measures with assured explosion-proof.

The Approved Explosion-proof TRINC creates a Static-free type ionizer to prevent the defect from being caused by the dust adhesion. 

• Prevention of explosion by static

Under the material processing environment filled with solvent avapor and scattering particles, the spark caused by static would lead directly to an explosion or fire. So the anti-static measures are indispensable for safety and efficient operation.

The Approved Explosion-proof Static-free type ionizer TRINC, which has been proved in the various production sites, promises the explosion or fire-free environment as well as safe and high-efficiency operation.

Click here for view catalogue (Static-Free Space)

APPROVED EXPLOSION-PROOF BAR TRINC (TAS-36 BAM-XXXX-EPA)

FEATURES :

• Protection of product's quality from static and dust failures

Dust attachment in the painting process gives a big damage for the quality of paintwork. So the anti-static/dust measures equipped with the explosion-proof system is really needed for the works done inside the flammable environment from solvents and paint.

The Approved Explosion-proof Bar TRINC dissipates the static charged on products with powerful ions to prevent the dust-related defects. 

• Prevention of explosion by static

Inside the environment filled with solvent vapor and flying powder, a spark from static could directly connect to a gas explosion or a fire. So, anti-static measures are indispensable for safety and efficient operations.

The Approved Explosion-proof model of Bar TRINC, which has achieved satisfactory results in various production sites, relieves the work sites from an explosion/fire and promises a safety and highly efficient production, environment as well as safe and high-efficiency operation.

Click here for view catalogue (Bar)

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One-Touch Inspection Door

TSUBAKI

TSUBAKI ONE-TOUCH INSPECTION DOOR is developed by TSUBAKIMOTO BULK SYSTEMS CORP., based on our abundant experience as a conveyor manufacturer and customers’ needs at the job site. Installed on conveyors, hoppers, storage bins, chutes and other places that need to be inspected or cleaned at different kinds of facilities.

One-Touch Inspection Door is a dust and rain tight inspection and service door for conveyors, as well as processing and handling equipment. These pre-fabricated units are ready to-go for ease of use on the job site.
Once in place, One-Touch Inspection Door allows for quick and simple inspection without the need for special tools: just lift the lever! No bolts to loosen and no covers to misplace. One touch is all it takes...it's that simple.

You can't build better access to your equipment. In-house fabrications are an expensive and labor-intensive proposition. They are clumsy and hard to open. Bolts are difficult to loosen, and easy to lose. That costs time and money. In-house fabrications just can't stand up to the rigors of most in-plant operations.

One-Touch Inspection Door was specifically designed to last—indoors or out. In fact, it has a three-part, patented design.

1. The framework is made of high-quality mild steel or stainless steel to ensure durability and long service life.
2. The strong, long-lasting hinges and self-locking handles open and close easily.
3. The specially designed gaskets withstand temperatures of -70˚C to 287˚C and ensure a tight fit against water and dust.

Best of all, One-Touch Inspection Door installs quickly to existing equipment, without detailed dimensioning or costly structural changes.

We offer Standard One-Touch Inspection Doors in regular and high-neck styles in a variety of sizes, Large One-Touch Inspection Doors, and even Made-to-order basis to suit your needs.

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T-Coil

SHOWA DENKI

T-Coil Target Process

• Supply Air Pre-Heat for Dryer

• Supply Air Pre-Heat for Coaterdryer

• Heat Recovery for Solvent Recovery

• Supply Air Pre-Heater for Boiler

What is T-Coil ?

T-coil (Thermo-Coil) is a device that has a high efficiency for heat recovery from exhaust gases.

Use of the T-Coil in Heat Recovery Systems

Features of T-Coil

1. Excellent heat recovery.
2. No operational cost for heat recovery.
3. Long life and durability.
4. Simple, compact structure.
5. Easy installation and ducting.
6. No cross-contamination of air supply and exhaust gas.
7. Wide range of application, such as :
• Spray dryer (produce milk powder, starch, coffee powder, detergent powder).
• Coater laminated (produce packing material, adhesive tape, polarizing film).
• Photogravure.
• Pre-heat for dryer / coater-dryer.
• Solvent recovery.
• Pre-heat for boiler.

Products of T-Coil

• ITC models

Features :

1. Minimal pressure drop.
2. Wide range in choice of materials and fin pitch.
3. Able to be disassembled and reassembled.
4. Absence of heat warp.

• VTC models

Features :

1. Minimal pressure drop.
2. Lightweight, compact design.
3. Durability.
4. No cross contamination of supply and exhaust.

Applications of T-Coil

• Use as an Air Supply Preheater 

 The T-coil is generally used to recover waste heat from dryers, boilers and all types of industrial furnaces, as supply air preheater or as a secondary air preheater in burners.

• Use in heat source in Heating Systems

The T-coil is also used to recover waste heat from the exhaust of dryer ovens, etc then use this as a heat source in heating systems. In case of extremely hot exhaust, desirable temperature may be achieved by mixing with atmosphere air.

• Use in temperature control in Exhaust Gas Treatment Equipment (Anti-pollution devices)

The equipments employed as exhaust gas treatment devices for pollution control, etc are require large amounts of heat in the treatment process. The T-coil is utilized in a wide variety of those anti-pollution devices. However, T-coil is especially popular for use as an alterburner preheater in catalic fume incinerator and as an air supply preheater in direct gas fired fume incinerators.

Comparison of T-Coil vs Competing products

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Microza

ASAHI-KASEI

Microza ASAHIKASEI

MICROZA is a filtration module containing unique hollow fiber membranes for filtration systems. MICROZA membranes have sharp pore size distributions that provide superior and stable filtration performance.

Several types of hollow fiber membranes are available, and in various organic polymers. Liquid filtration takes place through the pores, or gaps, in the hollow fiber wall structure.

There are two categories of MICROZA hollow fiber membranes :

*UF (Ultra filtration) membranes

• Size range of UF membranes pores : approx. 0.001μm ~ 0.01μm.
• Filtration separation is at the molecule level.
• MICROZA UF membranes have unique construction. Every membrane has an asymmetric structure, with a membrane layer both on the inside and outside of the fiber, overlaying a core comprising a very open support for excellent flow characteristics, and a central strengthening layer for outstanding fiber durability in long-term service.
• The ultra filtration membranes are resistant to flow in both directions.

*MF (Microfiltration) membranes

• Size range of UF membranes pores : several μm ~ 0.1μm.
• Suspended solids and colloidal particles in liquids can be separated efficiently and with precision.
• MICROZA MF membranes have smooth inner and outer membrane skins with a highly porous symmetrical support structure giving high-flow rates. These modules can also be back flushed.

Comparison of MICROZA UF and MF

In the below picture, the center bar notes membrane separation methods employed to separate substances that correspond approximately in size to the example substances noted.

The lover portion of the figure notes corresponding ASAHI KASEI products to accomplish such separations.

MICROZA can be applied for various industries, such as :

• Chemical
• Precision electronic industries
• Municipal water
• Waste water
• Food
• Pharmaceutical
• Energy
• Environmental Appl.

MICROZA Module structures

Here are the advantages of MICROZA UF (Ultrafication) & MF (Microfiltration) for water clarification :

• High permeability membrane and large-scale modules enable high flux and compact installation space.
• Microza UF & MF systems allow reverse filtration with sodium hypochlorite (NaClO) and 'air scrubbing', resulting in stable permeate flux.
• Ultrafine pores of the membranes produce high quality permeate. Permeate quality is maintained even when turbidity of feed water fluctuates.
• Microza UF modules use hydrophilic PAN membranes with a 'double-skin' structure, while Microza MF modules use PVDF membranes for outstanding physical strength and chemical resistance. Both modules offer long-term reliability.

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