XINOLOGY CO., LTD. - Abbottabad, Pakistan

* Serial Oven Design with Multiple Heating Station
* Two Storey Oven Design for High Volume Production
* Glass Heat & Bend in Upper Deck
* Glass Annealed & Cooled in Lower Deck
* Exhaust Heat in Lower Deck Recycled to Upper Deck Saves Energy
* PLC for Temperature Profile & Bending Wagon Movement
* Automatic Glass Bending, Annealing & Cooling

After windshield bending and PVB is assembled, air is trapped in between two pieces of glass. It is necessary to evacuate air under certain temperature until all air bubbles are removed and meanwhile, windshield edges are sealed with melting and bonding of PVB. This process is undergone in a heating oven with vacuum capability. This pre-heating and vacuum oven, sometimes also known as deairing oven, is available in two designs, cabin style and conveyor style. There are also two design for conveyor style, horizontal or vertical designs depend on how glass travels.

This equipment is a budget machine very suitable for breakout after shape glass cutting. The self rotating roller table allows freely movement of shape glass during breakout. It reduces extensive labour force of glass handling during operation. Operator rotates the glass easily for breakout around edges and thus, resulting incredible production efficiency. The breakout table can be incorporated inline with upstream cutting machine and downstream seaming, edging and polishing machine.

Gun spray painting machine is used to spray paint, in the form of mist, on glass or wood surface by means of pressurized spray gun. It consumes lesser paint per square meter when compare to hand spray process and meanwhile resulting much better paint surface finish. The machines can spray paint on glass, wood, plastic, metal or any other proper materials. Applicable paints could be PU ink, PE ink, UV ink, PC ink, NC ink and any other proper water base paints, etc.

Cleaning of shutters, blinds and curtains means dusts are wipe off from blinds onto environment. Dusts are still existed. With Xinology’s intelligent interior shutter insulated glass, shutter cleaning is no more necessary. The isolated blinds are totally sealed inside double glazing unit. This IGU with smart internal blinds could be used for window and door, interior partitions, train, carriage and vehicle windows as well.

Ordinary PVB laminated glass with only two pieces of glass may not provide adequate protection in certain cases. Thicker laminated glass is required for certain applications. When adequate configuration of multi-layers of glass and proper selected plastic film are laminated together to accomplish certain applications, it is known as armour glass. Armor glass can provide protection in medium to high security applications. Armour glass is made of several pieces of glass sandwiched with PVB interlayer films.

One Station Budget Glass Bending Furnace
Heating, Annealing, Cooling, Loading & Unloading are Carried Out at the Same Station
Metal Structure with High Temperature Resistant Paint
Oven Body Wall Insulated with Thick Thermal Preservation Materials
Tilting Top Cover Heat Insulated with Thick Thermal Preservation Materials
Tilted Top Cover Provides Better & Efficient Annealing & Cooling
Minimum Heat Loss with Lowest Possible Energy Consumption
Each Heating Resistor is Individually Control by Corresponding Switch on Control Panel
Thermocouples Measure Real Time Temperatures

Verastile Water Jet

Water jet is generated when water flows from a high pressure pump, through plumbing and out from a jewel nozzle with tiny opening. At 300 MPa (approxiamtely 40,000 PSI), the water jet exits out of the jewel orifice at Mach 2 (680 m/s or 2,450 Km/hr) while it is over Mac 3 (1,021 m/s or 3,676 Km/hr) when pressure goes up to 400 MPa (approximately 60,000 PSI). This remarkable water jet bears considerable amount of energy which turns into forces for cutting, scoring, trimming, slicing, slitting and cleaning as well.

Water jet cutting systems are the world's most versatile machine tools. Water jet process is also recognized as the most versatile and fastest growing process in almost all industries. The process provides many unique capabilities and advantages. Waterjet has shown that it can do things that other technologies simply cannot.

It is proven to be more beneficial and cost effective than traditional technologies such as, machining, laser, plasma, EDM wire cut, oxy-fuel cut and diamond tool, etc. There are virtually no limits to what water jets are capable of cutting and machining. The machines are extremely easy to use. Operators can handle the machines after few hours training and produce high quality parts in hours. Our water jet system are suitable for production of high volumes, short runs or prototype parts.

GH-NT-A Series of is Made of Sturdy Welded Tubular Steel Painted with Top Quality Varnish
Anti-Slipping & Abrasive Proof Donut Wheels Mounted on Rollers
Electric Motorized Chain Driven Conveyor
Glass Travels Horizontally
Glass Convey Speed Adjustable by Speed Regulator

The machine is design to score mono-crystalline solar cell, poly-crystalline solar cell and wafer into small pieces. Scribing process is by laser. Two types of laser machine is available, optical fiber laser scribing and semi-conductor laser scribing. Both can achieve solar cell cutting correctly while optical fiber laser technology has faster scribing speed and only 1/3 scribing line width than semi-conductor laser technology. When observe under microscope, optical fiber laser scoring obtains much more fine scribing edge than that of semi-conductor. Optical fiber laser scribing machine is also free of maintenance and need no consumables supplies.

Revolutionary SBM-H-D automatic glass sandblasting machines abrasives on glass surface by means of rotating disc with the help of little amount of water
Airless process free of compress air
High efficient rotating disc brushes equipped inside blast cabinet
Water abrasive process consuming very little amount of water
Ultra fine smooth blasted glass surface
Automatic flat belt conveyor system
Dust disposed by water drainage or precipitation or any other ways fulfilling local laws & regulations (plumbing & facilities to be provided by buyer)
Truly dust free working environment
Low noise pollution
No investment in air compressor system

Suitable for Glass Tempering Furnace, Washing Machine, Conveyor & Handling Equipments, etc
Anti-Corrosive & Abrasive Resistant Rubber
Available in NBR, EPDM & Silicon Rubber
Heat Resistant Rubber Available on Request
Available in Carbon Steel & Stainless Steel Shaft Ends

Suitable for Glass Conveying & Handling Equipments, etc
Anti-Corrosive & Abrasive Resistant Rubber
Available in NBR, EPDM & Silicon Rubber
Heat Resistant Rubber Available on Request

Ultra clear glass is made of low iron content raw materials. So it is also known as low iron glass or super clear glass. Ultra clear glass bears extraordinary high light transmission. This benefits internal daylight propagation when the crystal clear glass is used for external cladding of constructions. Ordinary clear glass looks green versus ultra clear glass. Characteristics of high clarity ultra clear glass are as good as ordinary clear float glass. They include physical, mechanical and optical properties. Like ordinary clear gloat glass, low iron glass could be further processed such as grinding, drilling, tempering, laminating, mirroring, coating, printing, etc.

Two Station Budget Glass Bending Furnace
One Station is for Heating & Annealing while Another is Cooling, Loading & Unloading
Metal Structure with High Temperature Resistant Paint
Oven Body Wall Insulated with Thick Thermal Preservation Materials
Tilting Side Door is Heat Insulated with Thick Thermal Preservation Materials
Bending Mould Slides In & Out of Heating Station By means of Rails Tracks with Side Door Tilted Open
Tilted Side Door Provides Better & Efficient Annealing
Minimum Heat Loss with Lowest Possible Energy Consumption
Heating Elements Installed on Top of Heating Chamber
Each Heating Resistor is Individually Control by Corresponding Switch on Control Panel
Thermocouples Measure Real Time Temperatures

Three Stations Glass Bending Furnace
Metal Structure with High Temperature Resistant Paint
One Top Heating Chamber, One Bottom Annealing Stations & One Loading / Unloading Stations
Bending Mould Put on Well Thermal Insulated Platform Filled with Heat Preservation Materials
Platform Moveable Up & Down by Bottom Scissor Elevator
Platform is Also Bottom Structure of Top Heating Station When It is Lifted Up to Upper Position
Rail Tracks Run from Annealing Station to Loading & Unloading Area
Platform Together with Scissor Elevator Movable Along Rail Tracks Between Annealing Station & Loading/Unloading Area
Four Sides Opening Loading & Unloading Areas Allowing Easy Handling of Large & Heavy Glass & Bending Moulds
Minimum Heat Loss with Lowest Possible Energy Consumption
Heating Elements Installed on Top of Heating Chamber
Each Heating Resistor is Individually Control by Corresponding Switch on Control Panel
Thermocouples Measure Real Time Temperatures

Series GBO-D rotary glass bending ovens is used to bend small medium size of glass. The oven is a rotational design. This oven is specially design to bend car and motorcycle rear view mirrors, cosmetic mirrors, clock glass covers and glass lantern. Glass is bent by means of gravity. Bending of glass or mirrors with small radius of curvature or large bending depth are assisted by optional vacuum system. Glass enters into this circular glass bending oven and exits at the same area after turning one round inside the oven. The rotating automotive mirror bending ovens brings glass via pre-heating, bending, annealing and cooling sections.

Series GH-FT-A is Made of Sturdy Welded Tubular Steel Structure Painted with Top Quality Varnish
Tilting Table with Strong Cylinders for Easy Loading & Unloading
Shock Free Tilting Motions Especially When Approaching Horizontal Position
Compact Air Blower Beneath Table
Powerful Air Floatation Allowing Glass Moved Freely on Table
Distortion Free Table Top
Table Top Covered by Scratch Free Durable Thick Felt
Robust Abrasive Proof Glass Support Stoppers

50 to hundreds times more throughput than manual breakout
Hundreds to thousands pieces of rectangular and square glass are breakout in minutes
Reliable mechanical breakout
Easy adjustment
Breakout is done automatically
Lowest possible labor force
Operation is easy
Almost free of maintenance
Available in two series, standad BK-S with single strip loading and workhorse BK-M with loading magazine for multiple strips loading for mass production

Automatic Precise Shape & Straight Cutting of Glass
Tilted Arms for Easy & Fast Glass Loading
X-, Y-, Z-Axes AC Servo Motors with Drivers
User Friendly Operator Interface
Air Floating Cutting Table covered by Smooth Durable Felt
Built-in Breakout Bars
Automatic Cutting Wheel Lubricant Feeding
Optimization Software Minimizes Cutting Wastage
Heavy Duty Electro welded Tubular Steel Structure with Anti-Rust Painting

CUT-XY series is glass straight line cutting machine with two cutting bridges. This multiple cutting heads X-Y straight glass cutting machine is suitable to cut flat glass. Several cutting heads are mounted on each glass cutting bridge. Multiple parallel scores are obtained when bridge moves in only one pass. Hundreds pieces of glass could be cut within seconds. No complex control system. The machine is easily operated. All required is just to load glass, move the bridges or press button and unload glass. Operators require no skillful technique. This machine is very suitable for those glass fabricators who want to cut glass in seconds, who do not bear any skillful operators or technicians to handle computer numeric control system or PLC, who do not want to afford expansive CNC cutting machine.

Table Type Design
High Density Moisture Proof Board Table Bed covered by High Quality Scratched Proof Felt
Air Holes on Table for Glass Floatation during Loading & Unloading by means of Air Blower
Air Blower Reversely Rotates Generating Vacuum to Hold Glass Firmly in Position during Scoring
Long Extension Swinging Arm available in Large Models
Freely Moved Arm Guides Cutting Head Perform Cutting in Any Shape Along Template
Shape Cut Medium Large Glass
Cutting Wheels Exerted Pressure on Glass by Pneumatic
Pneumatic Cylinder Provides Steady Cutting Pressure Especially when Turing at Corners
Fast Scoring with Less Labor Force
Score Shape in Seconds
High Precision Durable Cutting Wheels
Templates Changeover in Minutes
Could be Incorporated to Upstream Loading Table & Downstream Breakout Table, Grinding Machine, Washing Machine & Powdering Machine to form a Complete Auto glass Preprocessing Line

Top & bottom drilling spindles of GHD-H-130AL works automatically
Just one button, bottom spindle starts then top spindle after
Laser device helps glass holes registration
Drilled glass core automatically ejected & pushed to a collector bin
Drill hole centre to "C" stands up to 1000 mm
Proper speed with adequate control ensures drill holes free of burr
Core drill center water cooling

Top & bottom drilling spindles of GHD-H-130AL works automatically
Just one button, bottom spindle starts then top spindle after
Laser device helps glass holes registration
Drilled glass core automatically ejected & pushed to a collector bin
Drill hole centre to "C" stands up to 1000 mm
Proper speed with adequate control ensures drill holes free of burr
Core drill center water cooling

Glass surface could be applied with ink, paint, varnish, epoxy, enamel and ceramic ink according to various applications. They are usually diluted by thinner, solvents or water and are usually applied on glass surface by variety of machineries such as screen printing machines, roll coating machines, curtain coating machines, spraying machines or, simply by manual. After then, thinner, solvent or water is no longer in use and is required to be removed. The inks are heated and dried in a drying oven at certain temperature. During drying, thinner, solvents or water is vaporized and these vapors are removed by evacuating out of the drying oven. The oven is usually composed of cooling section to cool down the glass. The oven could be incorporated in line with upstream machines such as printing, coating or spraying machines.

Chamber Type Compact Design Glass Fusing Kiln
Metal Structure Painted With High Temperature Resistant Varnish
Electric Motorized Elevated Top Cover
Well Heat Preservation Thermal Insulation
PLC Temperature Control
Automatic Production Process From Heating, Fusing, Annealing Till Cooling
Low Power Consumption While High Production Efficient
Optional Extra Heating Chamber Running On Rail Tracks
Extra Heating Chamber With Tilting Top Cover Put Right Next To Kiln
Extra Chamber Runs On Rail Tracks To & Fro Fusing Kiln Greatly Increases Productivity

Gun spray painting machine is used to spray paint, in the form of mist, on glass or wood surface by means of pressurized spray gun. It consumes lesser paint per square meter when compare to hand spray process and meanwhile resulting much better paint surface finish. The machines can spray paint on glass, wood, plastic, metal or any other proper materials. Applicable paints could be PU ink, PE ink, UV ink, PC ink, NC ink and any other proper water base paints, etc.

Xinology GTF Series Glass Tempering Furnaces Are Used To Induce Stress On Glass Surfaces By Thermal Process

This type of furnace is also named as glass thermally tempering furnace. Glass strength is increased compared with ordinary glass. Tempered, or also known as toughened glass, will usually shatter into small fragments instead of sharp shards when broken. These small cuboid fragments are less likely to cause injury. Xinology glass tempering furnaces also produce heat strengthened glass or also known as
half tempered glass which shatters in
big clusters.

A glass lid is made of two parts, a piece of dome like glass and a piece of stainless steel strip wrap around glass edge. Glass lids are usually used for heating, cooking, steaming and baking. They are also handled frequently. They must be tough and heat resistant. Therefore, glass lid are always tempered for high impact strength and remarkable thermal stable.

Most potential production line buyers would be more concern about glass bending and tempering furnace which is the critical part of the whole process. Process of the stainless steel strip is always ignored. However, stainless steel plays a very important role in the making of top quality glass lid. A series of special machines, jig and fixture are required to turn stainless steel strip into stainless steel profile and to inlay profile firmly around glass edges.

TF-LU glass bending and tempering furnace is specially designed to bend and temper L or U shaped glass which are widely found in furniture and decorative glass such as glass coffee tables, glass teapoys, glass aquarium and glass partitions, etc. Glass shapes could be right angles or close to right angles.

VW series of glass washing and drying machine is suitable to wash and dry both top and bottom glass surface. The glass is washed and dried vertically.

Compact Design & Occupies Less Space
Glass Loading & Unloading Vertically
Glass Travels in Vertical Position & Easy Glass Handling
Very Suitable for Glass Processing in Vertical Position
Incorporated to Insulating Glass PVB Assembly Line
Glass Washed by High Quality Cylindrical Brushes
Extra Rinsing Section for Thoroughly Glass Cleaning
Automatic Water Circulation System
High Efficient Water Filtration System
Stainless Steel Water Tanks
Powerful Air Blower with Optimum Air Pressure & Air Quantity Guarantees Glass 100% Dry
Air Filter Ensures Clean Air Blown on Glass Preventing Glass from Contamination
Total Enclosure Absolutely Free of Splashing Water
Doors Accesses for Maintenance
Window on Enclosure Allows Monitoring During Operation
Maintenance Friendly
Automatic Machine, Operator just Required to Load & Unload Glass
Could also be Incorporated to Vertical Insulating, Edging, Bevelling or Drilling Machines
Low-E Glass Washing Available
Models Available from 1200mm to 2500mm high

This machine exclusively use for washing dust, fingerprint and degreasing of glass. The complete washing process is achieved through effective wash, dehydration and dryness to meet high cleanliness requirement.

Glass in washing process through "gasification phenomena" impact created by ultrasonic high frequency and, system itself do up and down movement without stop, enhancing liquid friction to make dirt in glass surface shedding, high cleanliness is coming true.

This machine got many customers approval with steady performance, reasonable structure, reliable running, fast washing and effective. It is an ideal equipment for glass washing.

Glass Thermal Heating Furnace with Quenching for Glass Tempering
Combo Hot Air Forced Convection Heating for Low-E Glass Tempering
Optical Distortion Free Glass with Perfect Flatness
High Mechanical & Flexible Strengths Glass
Available with Flat & Bend Glass Tempering Furnaces
Universal Adjustable Longitudinal & Transverse Glass Roller Bending Systems
Mould Bending for Compound & Complex Glass Bent Temper Glass
Ultra Thin & Tiny Glass Tempering Furnace
Right Angles Bending & Tempering Furnace

Residual is left and precipitates in water tanks of glass grinding, polishing and drilling machines. Residual contains few contaminates such as removing glass powders and diamond and polishing tools’ chips and scraps. Residual is accumulated and becomes more and more. If water tank is not frequently clean, residual is as hard as rock. Cleaning of water tanks becomes difficult, man power consuming, idle machine running and costly.

Liquid and solid centrifugal separating machine is used to separate residual from liquid by means of centrifugal force. Recycling liquid drains from grinding and polishing machines to separating machine directly. Separating machine works in line with glass grinding and polishing machines and separate residual from liquid in real time. Cleaning of water tank is no more required.

One Station Budget Glass Bending Furnace
Heating, Annealing, Cooling, Loading & Unloading are Carried Out at the Same Station
Metal Structure with High Temperature Resistant Paint
Oven Body Wall Insulated with Thick Thermal Preservation Materials
Top Cover Tilted by Powerful Pneumatic Cylinders
Tilting Top Cover Heat Insulated with Thick Thermal Preservation Materials
Tilted Top Cover Provides Better & Efficient Annealing & Cooling
Minimum Heat Loss with Lowest Possible Energy Consumption
Each Heating Resistor is Individually Control by Corresponding Switch on Control Panel
Thermocouples Measure Real Time Temperatures
Specially Design for Glass Angle Bending with Deep Bending Depth

Two Station Budget Glass Bending Furnace
One Station is for Heating & Annealing while Another is Cooling, Loading & Unloading
Metal Structure with High Temperature Resistant Paint
Oven Body Wall Insulated with Thick Thermal Preservation Materials
Tilting Side Door is Heat Insulated with Thick Thermal Preservation Materials
Bending Mould Slides In & Out of Heating Station By means of Rails Tracks with Side Door Tilted Open
Tilted Side Door Provides Better & Efficient Annealing
Minimum Heat Loss with Lowest Possible Energy Consumption
Heating Elements Installed on Top of Heating Chamber
Each Heating Resistor is Individually Control by Corresponding Switch on Control Panel
Thermocouples Measure Real Time Temperatures

Five Stations Glass Bending Furnace
One Heating Chamber, Two Closed Top Annealing Stations & Two Loading / Unloading Stations
Two Wagons Moving Among 5 Stations
Metal Structure with High Temperature Resistant Paint
Closed Top Cover Heat Insulated with Thick Thermal Preservation Materials
One Glass is Being Bent While Another Glass is Being Annealed & Cooled
Middle Heating Station Fully Utilized All the Time Minimizing Downtime
Minimum Heat Loss with Lowest Possible Energy Consumption
Heating Elements Installed on Top of Heating Chamber
Each Heating Resistor is Individually Control by Corresponding Switch on Control Panel
Thermocouples Measure Real Time Temperatures

Three Stations Glass Bending Furnace
Metal Structure with High Temperature Resistant Paint
One Top Heating Chamber, One Bottom Annealing Stations & One Loading / Unloading Stations
Bending Mould Put on Well Thermal Insulated Platform Filled with Heat Preservation Materials
Platform Moveable Up & Down by Bottom Scissor Elevator
Platform is Also Bottom Structure of Top Heating Station When It is Lifted Up to Upper Position
Rail Tracks Run from Annealing Station to Loading & Unloading Area
Platform Together with Scissor Elevator Movable Along Rail Tracks Between Annealing Station & Loading/Unloading Area
Four Sides Opening Loading & Unloading Areas Allowing Easy Handling of Large & Heavy Glass & Bending Moulds
Minimum Heat Loss with Lowest Possible Energy Consumption
Heating Elements Installed on Top of Heating Chamber
Each Heating Resistor is Individually Control by Corresponding Switch on Control Panel
Thermocouples Measure Real Time Temperatures

Series GBO-B is a double deck serial glass bending furnace with multiple heating stations. It is a double deck design. The furnaces are composed of several stations. Upper stations are usually for glass pre-heating, heating and bending. Lower stations are for annealing and cooling. Glass is pre-heated, bent, annealed and finally cooled. There are wagons moving around inside the doubled deck structure step by step. Bending moulds are put on wagons. Wagons bring bending moulds and glass in and out of the glass ovens.

Series GBO-C continuous glass bending ovens is used to bend small medium size of glass. Glass runs continuously from entrance till exit at the other end passing through pre-heating, bending, annealing and cooling sections. This oven is also very suitable for glass bake, glass cook, glass decorating and glass fusing.

Series GBO-D rotary glass bending ovens is used to bend small medium size of glass. The oven is a rotational design. This oven is specially design to bend car and motorcycle rear view mirrors, cosmetic mirrors, clock glass covers and glass lantern. Glass is bent by means of gravity. Bending of glass or mirrors with small radius of curvature or large bending depth are assisted by optional vacuum system. Glass enters into this circular glass bending oven and exits at the same area after turning one round inside the oven. The rotating automotive mirror bending ovens brings glass via pre-heating, bending, annealing and cooling sections.

Series GBO-E is specially design to make slumping glass with large bending depth. Glass is slump by means of gravity. Typical slump glass is glass washing basins, glass vanity, glass sinks, glass bowls, glass lanterns and any glass items with large bending depths while relatively small diagonal sizes or diameters.

Series GH-FT-A is Made of Sturdy Welded Tubular Steel Structure Painted with Top Quality Varnish
Tilting Table with Strong Cylinders for Easy Loading & Unloading
Shock Free Tilting Motions Especially When Approaching Horizontal Position
Compact Air Blower Beneath Table
Powerful Air Floatation Allowing Glass Moved Freely on Table
Distortion Free Table Top
Table Top Covered by Scratch Free Durable Thick Felt
Robust Abrasive Proof Glass Support Stoppers

Series GH-FT-C is Made of Sturdy Welded Tubular Steel Structure Painted with Top Quality Varnish
Non-Tilting Design
Compact Air Blower Beneath Table
Powerful Air Floatation Allowing Glass Moved Freely on Table
Distortion Free Table Top
Table Top Covered by Non Scratch Durable Thick Felt
Standard Tables Comes Without Break Out Bars

Series GH-FT-D is Made of Sturdy Welded Tubular Steel Structure Painted with Top Quality Varnish
Non-Tilting Design
Working Table for Manual Cutting or Any Other Jobs
Glass Breakout by Strong Bars Immediately After Cutting
Distortion Free Table Top
Table Top Covered by Non Scratch Durable Thick Felt