Purpose

Various processing equipment, various bearings, various pump equipment, land use/grease/others

Features

• You can choose the number of units according to your needs. (Maximum 6 units)
• It is possible to dispense minute amounts.
• The amount of oil can be adjusted to any desired amount for each discharge port.
• Various drive methods can be selected. “Direct connection type” “Lever type”

Example of Use

Greasing the crushers of various processing facilities, lubrication of various bearings, and lubrication of submersible bearings of mixed flow pumps of various pump equipment.

GSDO (Direct Connection Type/Open Type)

GSHO〈Lever type/Open type〉

GSTO (Vertical Shaft Direct Connection Type/Open Type)

Purpose

Woodworking machinery/machine tools, compressors

Features

• You can choose the number of units according to your needs. (Maximum 16 units)
• It is possible to dispense minute amounts.
• The amount of oil can be adjusted to any desired amount for each discharge port.
• Various drive methods can be selected. “Direct connection type” “Lever type”

Example of use

Compressors, air hammers, crushers, molding machines, etc.

External Dimensions

MEDO〈Direct connection type/Open type〉

MEHC (Lever Type/Open Type)

YD6025

Purpose

Banbury mixer, high pressure compressor, special roll machine, etc.

Features

• A plunger pump discharges a small amount of oil at high pressure (maximum 29.5MPa).
• You can choose the number of units according to your needs. (Maximum 14 units)
• The inspection window allows you to check the lubrication status.
• Oil volume can be easily adjusted from the outside, and each discharge port can be adjusted to any desired oil volume.
• The closed type can be equipped with a separate head tank, saving you the trouble of refilling oil.
• Various drive methods can be selected. “Direct connection type”, “Reducer type”, “Lever type”

Example of Use

Banbury mixer, high pressure compressor, special roll machine, plunger pump, etc.

Main Specifications

[External dimensions]

SMDC (direct connection type/sealed type)

SMHC (Lever Type/Sealed Type)

The post Yamashina Seiki SM Type High Pressure Lubricator first appeared on Kouei Japan Trading | Get Quotation.]]> https://koueitrading.com/global/product/yamashina-seiki-sp-type-high-pressure-lubricator/ Fri, 03 Apr 2020 02:03:52 +0000 https://koueitrading.com/global/?post_type=product&p=105296 Product Made In Japan Manufacture: Yamashina Seiki Model: SP Type Purpose Banbury mixer, high-pressure compressor, special roll machine, etc. Features A plunger pump discharges a small amount of oil at extra high pressure (maximum 68.5MPa). You can choose the number of units according to your needs. (Maximum 8 units) The inspection window allows you to […]

Purpose

Bearings for ships (rudder carriers), steel mills (furnace top equipment, torpedo cars), processing facilities (submersible bearings for pump stations, bearings for digester agitators), bearings for stone crushing plants (crusher bearings), and other various bearings.

Features

• This is a grease pump that is robust and can be used in a wide range of applications.
• You can choose the number of units according to your needs. (Maximum 16 units)
• By adjusting one location, you can simultaneously adjust two oil ports.
• Various drive methods can be selected. “Direct connection type”, “Reducer type”, “Lever type”, “Chain wheel type”

Example of use

• Greasing the crushers of various processing facilities and various bearings.
• Greasing of mixed flow pump submersible bearings of various pump equipment, greasing of ship rudder carriers

Main Specifications

[External Dimensions]

GPWO (Reducer Type/Open Type)

GPDO (Direct Connection Type/Open Type)

GPHO (Lever Type/Open Type)

Purpose

exhaust valve arm

Features

• A plunger pump discharges a small amount of oil at high pressure (maximum 7.9Mpa).
• You can check the lubrication status using the indicator inside the pump element.
• The oil amount can be easily adjusted from the outside, and the oil amount can be adjusted to any desired amount for each element.

Example of Use

Lubricating cylinders for marine diesel engines

Main Specifications

External Dimensions

Purpose

Diesel engines, woodworking machines/machine tools, compressors, etc.

Features

• You can choose the number of units according to your needs. (Maximum 12 units)
• It is possible to dispense minute amounts.
• The amount of oil can be adjusted to any desired amount for each discharge port.
• Various drive methods can be selected. “Direct connection type” “Lever type”

Example of Use

Presses, woodworking machines, small internal combustion engines, small compressors, machine tools, etc.

Main Specifications

External Dimensions

EYDO Direct connection type/Open type

EYHO Lever Type/Open Type

Purpose

There are diesel engines, continuous casting machines, and other types such as TLWC (reducer type) and TLHC (lever type).

External dimensions

TLWC (RAeducer type/ Sealed type)

TLHC (Lever Type/ Sealed Type)

Purpose

Diesel engines, continuous casting machines, presses/forging machines, woodworking machines/machine tools, compressors, etc.

Features

• A plunger pump discharges a small amount of oil at high pressure (maximum 7.9MPa).
• You can choose the number of units according to your needs.
• Each pump element can be easily installed and removed, and expansion is possible.
• You can check the lubrication status using the indicator inside the pump element.
• Oil amount can be easily adjusted from the outside, and any oil amount can be adjusted for each element.
• The closed type can be equipped with a separate head tank, saving you the trouble of refilling oil.
• Various drive methods can be selected. “Direct connection type”, “Reducer type”, “Lever type”

Example of use

• Forging machine [MLHC, MLDC unit]
• Diesel engine [MLWC, MLDC]
• Press machine [MLHC, MLDC unit]
• Reciprocating compressor [MLWC, MLWC unit]
• Roll mill [MLWC unit]　　
• Vacuum pump [MLWC unit]
• Continuous casting equipment [MLWC unit] etc.

Main Specifications

[External Dimensions]

MLHC (Reducer Type/Sealed Type)

Purpose

diesel engine

Features

• The timing lubrication method controls the rotation speed and follows load fluctuation.
• It includes a handle for bulk increase or decrease adjustments of the oil volume.
• You can adjust the oil amount for each discharge port as needed.

Main Specifications

Caution

The usage conditions may limit the maximum pressure value to less than the indicated value.

Purpose

Diesel engine

Features

• Timing lubrication (rotation speed control type/additional fluctuation tracking type)
• Comes with a bulk increase/decrease handle for oil volume adjustment
• Any amount of oil can be adjusted for each discharge port.

Example of Use

Lubricating cylinders for marine diesel engines.

Main Specifications

*Caution) Depending on the usage conditions, the maximum pressure value may be limited to less than the indicated value.

● Independently distributed direct-motion lubrication system.

Unlike other electronic lubricators, there is no need for a common hydraulic pump system.

● Performs timing lubrication with built-in control function.

By receiving the control signal and electrically driving the oil delivery plunger at high speed, it is possible to perform pinpoint lubrication at high speed and with high efficiency.

Features

• Cheap (as a system)
  Does not require a hydraulic pump system like other electronic lubrication systems.
  As with conventional systems, it is supplied from the head tank, and there is no system license fee.
• Long life:
  There is no mechanical shock and no delicate solenoid valves are used, resulting in a long life. (over 100 million cycles)
• Energy saving and space saving
  A control circuit is built into each lubricator and outputs the lubricating timing and failure status externally. In addition, energy usage efficiency is extremely high as it only consumes electricity for the moment of lubrication. (Approx. 20W at 180cpm) No hydraulic pump unit required, saving energy and space.
• High speed:
  Can be driven at a maximum of 180 times/min. (Net discharge time 2~3msec)

Example of use

Lubricating cylinders for marine diesel engines

Main Specifications

EDL System Configuration/Control

One or two EDL pumps are installed for each cylinder, and the EDL pumps are connected to multiple oiling rods, and oil is supplied from the head tank to the oil supply port of each EDL pump.

A common power supply unit is built into the control panel, and the power supply and input/output signals are connected from the control panel to each EDL pump connector using a multi-core cable.

In addition to the control power supply, each EDL pump has one input and two outputs, and performs two-way communication with the control device through handshaking.

MPL (Mechanical Pulse Lubricating System) is a cylinder lubrication system using a pressure wave oil delivery method that greatly improves cylinder lubrication efficiency over conventional mechanical lubrication devices. With the same mechanism as conventional mechanical lubricators, it achieves the same lubricating rate as electronically controlled lubricators at a lower cost.

This sensor connects to the piping line and checks whether grease is being sent from the grease pump to the lubrication point on a regular basis.

Preventive maintenance/improving operating rates

Early detection of poor lubrication in production equipment is possible.

remote monitoring

You can check the lubrication of dangerous areas that people cannot access on a daily basis.

Centralized management/automation/labor saving (cost reduction)

Grease discharge confirmation in daily operations can be changed from visual confirmation to automation.

Hazard prevention

Greasing can be checked from the outside even while the machine is in operation.

6 Features

1. High-pressure compatible
   Can be used with pipe pressure up to 20.5MPa
2. 
   Can be used even in harsh environments due to the protection structure protection class IP65
   
3. Safety design
   Structure that prevents contact corrosion because the electrical contacts do not come into contact with fluid.
4. 
   Stable detection Since two coils are compared for stable detection , the reference point does not shift due to temperature changes.
5. The high temperature
   sensor does not use IC parts, so it can be used even at an environmental temperature of 120°C.
6. Compact design
   allows you to connect 4 sensors with one amplifier
   

Main Specifications of Grease Sensor

Main Specifications of Amplifier Unit

[Sensor body]
W58 x H76 x D30mm 320g

[Amplifier]

This sensor connects to the piping line and checks whether oil is regularly sent from the oil pump to the oil supply point.

Preventive maintenance/improving operating rates

Early detection of lubrication problems in production equipment is possible.

Remote monitoring

You can check the refueling of dangerous areas that people cannot access on a daily basis.

Centralized management/automation/labor saving (cost reduction)

Oil discharge confirmation in daily operations can be changed from visual confirmation to automation.

Hazard Prevention

Lubricating status can be checked from the outside even when the machine is in operation.

《Point1》

It has a robust construction that can be used in harsh environments with high temperatures and high vibrations, such as in the cylinders of marine diesel engines.

《Point2 》

Due to the completely separate design of the fluid path and electronic components, it has excellent pressure and heat resistance, and there is no need to worry about liquid leakage.

《Point3 》

It can be used to check oil discharge without worrying about magnetization or electric contact.

Basic structure of flow sensor

Main Specifications of Flow Sensor

Main Specifications of Amplifier Unit

[Sensor body]
W58 x H76 x D30mm 280g

[Amplifier]
W45×H70×D109mm 140g

A: Heavy Fuel Oil (HFO) ⇔ C Heavy Fuel Oil, FuelPilot

1. This is a fuel oil mixing ratio adjustment method based on temperature management, with a track record of over 100 vessels for coastal ships with frequent port entry and departure. It guides the fuel oil from the service tank outlets of C heavy fuel oil and A heavy fuel oil to the FuelPilot control valve, where it is mixed. The exit temperature of the mixed fuel oil is input into the controller to determine how many degrees Celsius per minute the temperature changes, allowing for a slow and safe switch from A heavy fuel oil to C heavy fuel oil. Once the switch is complete, the control valve is fixed at 100% C heavy fuel oil.
2. It adjusts the temperature of the fuel oil before the main engine. The rise in temperature from A heavy fuel oil to the heating temperature of C heavy fuel oil is input into the controller, gradually and safely increasing the temperature of the fuel oil, and controls it to the set heating temperature of C heavy fuel oil.
3. Similar to the operation of switching from A heavy fuel oil to C heavy fuel oil in points 1 and 2, it also switches from C heavy fuel oil back to A heavy fuel oil.

e-DRAIN is a drain cooler that can adjust the drain outlet temperature.

Improve boiler efficiency

When the flow rate of steam and condensate is low or the temperature is low, or when the seawater temperature is low, the capacity of the condensate cooler is constant, so the condensate cooler outlet temperature enters the cascade tank at a lower temperature than planned. Since the boiler heats the feed water at a low temperature, the efficiency of the boiler decreases. e-DRAIN delivers condensate to the cascade tank at the planned temperature, improving boiler efficiency.

For low-temperature corrosion countermeasures

Heavy oil boilers and exhaust gas economizers are at risk of low-temperature corrosion if the water supply temperature is low. e-DRAIIN can be expected to be effective against low-temperature corrosion by keeping the water supply temperature at the set value. With e-DRAIN, the drain is fed into the cascade tank from the drain cooler at the set temperature, so the water supply temperature can be maintained at the set value without wasting energy.

The extra heat is simply discarded into seawater.
e-DRAIN is a drain cooler that can adjust the drain outlet temperature to the planned temperature.

A heat exchanger that heats seawater and freshwater is used to clean the inside of tanks for petroleum products and liquid chemical products in tankers, which has a proven track record for ships.

It is also possible to design a type that uses heat transfer oil in addition to steam as the heating medium.
In addition, in the case of a U-shaped tube structure like the one shown in the image, maintenance can be performed by removing the tube bundle (heat transfer core).

Heat exchangers for ships proven to recover and cool steam and condensate.

Seawater or circulating water is used as the cooling medium to handle the condensate used in various heaters utilizing steam and the excess steam generated from exhaust gas economizers.
The recovered and cooled water is reused again as boiler-feed water.

Heat exchanger with a proven track record for power generation equipment such as garbage incinerators

An air bleed ejector draws air into the condenser, maintaining the vacuum level inside the condenser. This is a function of the device.
We also offer unitization, incorporating connection piping, operation valves, and instrumentation piping, and we can respond flexibly to requests for adjustments to the operating direction of the handle and the arrangement of instruments on the instrument panel.
Furthermore, compared to the vacuum pump type, this design allows for easier maintenance.

Heat exchanger with a proven track record for power generation equipment.

An exhaust fan is installed in the upper part of the fuselage to draw steam leaking from the turbine gland into the equipment.

We have a track record of installing two fans on one side as a backup, and we have also implemented measures against fan vibration on the mount.

In addition, we can design cooling pipes made of different materials to suit your application.

Heat exchanger for gas turbine power generation equipment

Cools the high temperature air used to cool the turbine stator blades.

The body is made of SUS, which is designed to withstand high temperatures and has corrosion resistance, and is also designed to protect against salt damage on the outside of the device.

In addition, this device has a U-shaped tube structure, and maintenance can be performed by removing the tube bundle (heat transfer core).

A heat exchanger that returns steam turbine exhaust steam to condensate, which has been delivered to power generation equipment such as thermal power plants.

It is also called water-cooled because it uses water for cooling.

We also have a track record of delivering peripheral equipment such as exhaust ducts and flash chambers that return excess steam and condensate to the condenser, allowing us to manufacture products that meet customer needs and specifications.

A heat exchanger that cools lubricant and controls oil, which has been delivered to prime movers and petroleum product manufacturers.

The oil coolers on both the upper and lower sides are spares, and for maintenance purposes, the operation can be switched to the spare side using the switching valve in the center of the equipment.

In addition, because it uses a floating tube plate structure, one of its features is that maintenance can be performed by removing only the tube bundle (heat transfer core) of the oil cooler.

A heat exchanger that cools the shaft-chilled water that cools the bearings of each device in the power plant (steam turbine, pump, air compressor, etc.)

To prevent tube corrosion, the tube is made of titanium and the tube plate is made of titanium clad steel.

We will also cooperate with requests for improved maintainability, such as by adapting the internal structure of the water chamber to prevent the cleaning balls used for cleaning the inside of the tube from stagnation.

You no longer have to worry about cutting it by hand because it’s so hard that it hurts your hands. We have solved common problems such as “long and painful work”, “sticky”, and “difficult to wash”. Dramatically improve your productivity with a food cutter.

Energy Saving With Air Drive

Since it does not use electricity, it is environmentally and economically friendly.

Can Be Cut With A One-touch Button

The blade lowers with the push of a button using air, so you can easily cut without using any force.

The Cutting Position Can Be Adjusted With A Sliding Table

The position is fixed with a slide table, so there is no need to worry about the workpiece moving.

Can Also Be Washed With Water

The blade can be completely removed and washed with water, so you can keep it clean.

Easy To Install And Use Immediately

You can use it immediately after setting it up without any troublesome set

Rotating Workbench For Exhaust Valve Disassembly

You can quickly disassemble the exhaust valve.

Utilizing our many years of reliability in delivering marine equipment and specialized machine tool technology, we successfully developed and commercialized supply and exhaust valve rods and grinding machines for large marine engines.
We are proud that the precision produced by our advanced technology exceeds the standards of overseas product groups.

Component Module

FlexLink conveyor systems consist of plastic chains that can be oriented up, down, left or right, and highly modular standard components to enable straight, horizontal and three-dimensional line layouts.

Space Saving

Compactly designed components allow close layout to equipment. Additionally, the installation space can be kept compact.

Features

• Free layout – 3-dimensional transport –
• Make the most of limited space
• Easy connection to equipment/machines
• Easy layout changes
• low noise

Specifications

Examples of Various Combinations

• Rising/falling lines in one spiral structure
• Secure vertical storage capacity even in small installation spaces
• Compact design, space-saving buffer
• Paired spiral structure with rising line on one side and falling line on the other.
• Large buffer capacity by securing space in the horizontal direction
• Increase capacity by increasing the number of machines.

FlexLink wedge conveyors are grip conveyors with two opposing conveyor tracks. High speed and continuous operation provides higher transport capacity and productivity compared to traditional vertical transport/elevating equipment.

Anyone can easily, quickly, and stably chamfer steel plates.
Chamfering with stable quality is possible. Rework can be significantly reduced.

By processing the edge of the steel plate while the guide roller is in contact with it, the chamfer size can be made uniform.
The main spindle has a vertical float mechanism, which allows processing to follow the warpage of the steel plate.
Steel plates are fed at a constant speed by a feeding device, allowing for even processing.

Features

• Thin plate chamfering possible (1.6mm to 36mm)
• Widely compatible with R chamfering/C chamfering processing
• Uniform and even finish with steel plate feed support function
• Can process not only straight lines but also curved lines
• Machining the inner diameter of the workpiece (spindle retract function)
• Follows warpage of steel plate (spindle float mechanism)

Main Specifications

Anyone can chamfer steel plates easily, quickly, and stably!

Quickly and easily realize R-chamfering and C-chamfering of edges of cutting and melt-cut steel plates!!
Work efficiency is greatly improved!

Main shaft fixed (upward), steel plate moving type.

For ships and others, many already delivered
Patented in Japan, China and Korea
Patent No. Japan 5632796
China 1425063
Korea 1306069
Machines eligible for the tax system to promote capital investment to improve productivity.

1. The cut surface of the steel plate is processed while the “outline copying roller” is in contact with one side.
   Uniform chamfer size
2. The main spindle with a “thickness copying table” floats up and down and processes while touching the bottom surface.
3. Also reduces the effects of warping of steel plates
   Constant speed is supplied by the feeder 3 The operator only supports the steel plate
4. Stabilize quality by keeping cutting conditions constant
5. Reduce worker burden and improve work efficiency
   No need to fix steel plates 4 Allows workers to work while sitting

R-chamfering and C-chamfering with stable quality are possible. (Significant reduction in rework)

• The chamfer size can be made uniform by copying the outline of the cut surface and processing it while the roller is in contact with it.
• The main spindle has a vertical float mechanism, which allows processing to follow the warpage of the steel plate.
• Steel plates are fed at a constant speed by a feeding device, allowing for even processing.

Main specifications

Customization is possible depending on the shape of the steel plate to be processed by the customer. Please feel free to contact us.
We will propose a machine that is suitable for the shape of the workpiece, such as table size and shape.
*Gate-type CNC 3-axis and vertical machining center type R chamfering machines are also available.

What is Barrel Polishing?

Barrel polishing involves putting the work (product), media (polishing stone), compound (abrasive), water, etc. into a barrel tank (tank), applying constant rotational motion, stirring, and creating burrs by mutual friction. This is a finishing method that can be used to remove burrs, remove scale, and give a glossy finish. Once the working conditions are determined, a uniform finish with no variations can be obtained at any time, making it suitable for finishing mass-produced products.

Use/Purpose

Chamfering, burr removal, gloss finishing after machining
Chamfering, burr removal, gloss finishing of pressed
products Chamfering, gloss finishing of glass and ceramic products Matting
of plastic products
Removal of scale after heat treatment
After forging and die casting products Deburring,
base finishing before plating and painting,
degreasing, mixing, etc. in addition to polishing

Seven Features of Yamashina Tilting Barrel Polishing Machine

•  Efficient tank shape with a long fluidized bed and increased polishing The
  double octagonal pyramidal barrel tank has a unique shape to Yamashina barrels, and the triple action of the flowing filler and high pressure ensure that the contents are well mixed, resulting in efficient polishing. and polishing will be done.
• Protects the workpiece
  The rubber lining inside the barrel tank has sufficient thickness and appropriate hardness, providing excellent durability and protection of the workpiece.
• Rational Elevation Device
  Gears allow the barrel to be elevated quickly and safely. The elevation can be fixed at any angle, and the barrel tank can be rotated while tilted.
• By changing the V-belt with variable speed function
  or controlling it with an inverter, it is possible to supplement all the rotational speeds required for barrel polishing.
• Reduced work time
  The lid can be attached and removed easily and quickly because it is tightened with a toggle handle without the use of tools, making it easy to take in and take out contents and inspect.
• Excellent safety and waterproofness
  Stable operation is possible simply by placing the aircraft on a level floor. In addition, the mechanical parts are waterproof so that there is no problem even if they are exposed to water.
• High durability and low power consumption
  The structure is simple, robust, and carefully and precisely designed. It has great durability and rotation is extremely light and smooth, so it consumes less electricity.

Tank Direct Drive Type Barrel Polishing Machine

Features

• Possible to process workpieces with high specific gravity
• The structure is extremely simple and requires less maintenance.
• Rotation speed control by interval
• Tank tilting is possible with button operation

Specification

Size

(mm)

Manufacture: Yamashina Seiki
Model: YS Type

Improved deburring, chamfering, and surface roughness, stable quality that anyone can use

What is centrifugal barrel polishing?

The four tanks inside the machine undergo high-speed rotation that combines revolution and rotation, polishing the workpieces in the tanks in a short time. Furthermore, the polishing efficiency is improved by adding figure-of-eight flow generated in the tank. The four tanks are removable, making it suitable for high-mix, low-frequency, and small-lot products.

Use/purpose

[Polishing] Deburring and chamfering after forming such as machining and pressing, scaling of heat-treated products and forged products, rough polishing of surfaces [
Finishing] Surface finishing after plating and before painting, gloss finishing, improving surface roughness

Point 1

[Improved safety]
Prevent any unexpected situations from occurring.
Two-handed push button for manual rotation operation.

Point 2

[Time reduction]
Ideal for high-mix, low-frequency, and small-lot products.
Equipped with 4 removable 5L tanks that are easy to use.
The diagonally installed tank creates a figure-of-eight flow for even and efficient polishing.

Point 3

[Improved polishing efficiency]
The timing belt suppresses rotation loss and maximizes polishing efficiency.

Point 4

[Improved work efficiency]
Improved darkness at hand, equipped with LED light.

Body Size

Tank Size

Capacity:5L

Manufacture: Yamashina Seiki

We offer a system that “does not damage the contents” and “does not generate paper dust”
from unloading from pallets to processing empty cardboard boxes.

Fully automated cardboard unpacking work that previously relied on human hands to save labor.

• Depalletizer (unloading from pallets)
• Cutting device (cardboard cut)
• Retrieval device (retrieval)
• Empty cardboard compression equipment (empty cardboard processing)
• We propose everything as a system.

Contents cannot be cut

By changing the location of the cut due to the cardboard packaging method,
cuts can be made without cutting the contents.
It is also suitable for contents where hygiene is a concern, such as food.

Food example

• cheese block
• meat block
• chocolate block
• Fish surimi block etc.

Industry example

• logistics industry
• food industry
• Pharmaceutical and cosmetics industry
• semiconductor industry
• textile industry

No paper dust is generated, so no foreign matter contamination occurs.

A special cutting blade reduces paper dust.
It is safe and secure for food, etc.

Automatically determines cardboard size using AI × 3D vision

It can accommodate cardboard boxes of various sizes and requires no manual work.

Realizes a variety of unpacking methods

Cut various patterns to match the shape of the cardboard.

• A-type cardboard I paste
• A type cardboard H pasting
• hot melt pasting
• wrap round case etc.

Manufacture: Yamashina Seiki

Features

Manufacture: Yamashina Seiki

Features

This machine was developed to effectively process the rudder bosses of large ships. It consists of a CNC-controlled facing head, a CNC3D-controlled column and head, and a manual adjustment handle device to adjust the overall horizontal swivel angle. The ladder is a welded steel plate structure and is heavy, so it is designed to be compact so that the machine can be moved to the workpiece and processed.
Portable features – Electrical control, hydraulic unit, and lubrication system are all on board. Four eye bolts for transportation are also installed.
Multi-processing function – the processing head at the tip can be easily replaced. We also manufacture drill taps, multi-axis drills, angles, milling, boring, eccentric machining heads, etc. according to your request. Compared to the conventional method using a horizontal boring machine, this machine has an original configuration that is operator-friendly and allows for highly accurate and efficient machining. We also manufacture machines that take advantage of the features of this machine and apply them to other uses.

Manufacture: Yamashina Seiki

Features

A camshaft hole drilling machine for cylinder blocks for medium-sized diesel engines, consisting of a BT50 machining unit, a jig shift table for workpiece installation, a bush shift table for line boring bar support, an ATC for line boring bars, and a line boring bar insertion device. It has been. Two types of camshaft holes are installed: a line boring bar for roughing and semi-finishing, and a line boring bar for finishing, and a dedicated ATC allows continuous processing from roughing to finishing. It is also equipped with a line boring bar and support bush assembly to handle a wide variety of workpieces. The machining unit drives the line boring bar and processes the idler gear attachment part.

sa

Manufacture: Yamashina Seiki

Features

Manufacture: Yamashina Seiki

Features

This is a facing machine for welding bevels on large diameter pipes. The facing head has the ability to move in three dimensions, making it easy to set it to the center of the workpiece. Efficient machining is possible with a bed, column, facing head, and facing plate that emphasize rigidity.

Manufacture: Yamashina Seiki

Features

Manufacture: Yamashina Seiki

Features

This is a machining center-type chamfering machine that chamfers the sharp edge between the cut surface of a laser-cut or gas-cut steel plate and the flat surface of the steel plate.