Automatics - Import export

These are the parts used in valve.

These are the accessories made by brass then electric plated.

These are the parts used in valves machinary.

These are little screw used in construction industry,machinery parts ,and so on ...

These are the accssories made by aluminum,which is used in many fileds, such as building industry,door locks, door handles and so on .

These are the parts used for precision machine parts.

These parts are used in machinery accessories,produce by automatic turning machines.Precision work is demanding,machining tolerance is between +/-0.02mm.

These are the parts used in precision machinery,after processing, local sandblasting is carried out.

Automatically switching stamping presses are automatically advanced with an embossing stroke. Automatically switching are five points as a rule, the other points are switched manually.

New construction patented DE 20 2010 006 420*height adjustment by hand or cordless drill: precise,secure, quick*mobile and network-independent operation*integrated safety clutch*stainless steel plates*shear resistant pattern*top plate with Ø 10 mm hole*slip-proof rubber feet*suitable 1/4" bit for cordless drill included in delivery

New construction patented DE 20 2010 006 420*height adjustment by hand or cordless drill: precise,secure, quick*mobile and network-independent operation*integrated safety clutch*stainless steel plates*shear resistant pattern*top plate with Ø 10 mm hole*slip-proof rubber feet*suitable 1/4" bit for cordless drill included in delivery

New construction patented DE 20 2010 006 420*height adjustment by hand or cordless drill: precise,secure, quick*mobile and network-independent operation*integrated safety clutch*stainless steel plates*shear resistant pattern*top plate with Ø 10 mm hole*slip-proof rubber feet*suitable 1/4" bit for cordless drill included in delivery

Our Speedmax is the fastest available wire and tube forming automation solution available on the market for bending machines. By combining NC finger benders with our servo-electric transfer, the Speedmax with its 90 servo axes can reach a speed of up to 4,000 machining steps per minute. The SPEEDMAX is available in three variants (S,M,L). The SPEEDMAX (S) has 20 processing stations and can produce up to 200 parts per minute. The machine concept combines the advantages of 3D-NC wire bending and wire bending by slides. Bending, embossing, notching, flattening, joining, punching, swaging of tubes and wire are possible production technologies in the 20 processing stations. The new SPEEDMAX L has actually 20 processing stations and can produce up to 60 parts per minute. The SPEEDMAX L can work with tube and wire up to a diameter of 12mm and a feed length of 50cm. Various bends in all levels and in the current equipment up to four swaging processes are possible.

If you need two Coil Reels to hold one coil, you need a Heavy-Duty Coil Feed Line above all. One that is designed extremely robust and knows to subdue even materials of highest bounce and largest cross-sections.To ensure this, we have taken no heed to cost savings but went by the maximum principle: 2 Coil Reels with high-performance arbors retain the coils from left and right. 2 x 2 hydraulic arms secure them from top and bottom – each with eight tons pressure force, each with hydraulically driven snubber roll. The loading is done with one central lifting gear built into a super-duty running frame for the V-nest. Hydraulic manipulators with pivoting and bending function support the threading of the material. On the receiving end, a Pre-Straightener with 200mm work rolls takes over, after hydraulic edge guides have ensured central entry. Now, if someone asks us our definition of “heavy-duty”: We find 36.000 kilogram coil weight and 2.

A perfect combination of space savings and dynamics: the GSW Compact Feed Lines Our Compact Feed Lines are an ideal answer to the challenge of a constraint floor and necessity to process thick materials. Marrying the processes of leveling and indexing into one Feeder-Straightener machine allows for a complete Feed Line with only two individual machines and thus greatly reduces the necessary length. Additionally, the decoupling of the coil mass from the indexing process – achieved through a short loop between Coil Reel and Feeder-Straightener – enables dynamic feeding despite the compact footprint. And, if cross-sections are especially big, the loop can be spared completely, creating yet more space. One more advantage, virtually a by-product out of their very nature, is the quicker set-up of our Compact Feed Lines. This elevates them to not only space- but also time-savers!

With Conventional Feed Lines, the focus lies on speed and material surface. That’s why Conventional Feed Lines are equipped with a Coil Reel for pull-off, a Straightener with variable frequency drive a coil loop and a Servo Roll Feed: the loop uncouples the more inert straightening process from the highly dynamic indexing process and thus allows for high line speeds and preservation of the material surface. Since productivity and capacity demands can vary significantly, we have created different control concepts: while small Feed Lines work with a simple pneumatic drag brake at the Coil Reel and an ultrasonic sensor to control the Straightener speed, the large Feed Lines get fully synchronized controls with motor-limited Coil Reels and a smart loop, creating a steady average speed of the whole line. This allows smooth pull-off of high coil weights while the loop remains very calm – in addition, the Servo Roll Feed can work with full dynamics, even at long indexing progressions.

Motorized rotation Hydraulic wedge type expansion Highend arbor with double bearing Extremely stiff design SHDH Series PullOff Reel with manually adjustable brakes SHDR Series Payoff Reel with threephase motor Pneumatic or hydraulic hold down arms Electromotive or hydraulic traveling feature w optional automatic centering Hydraulic coil car and fullsize back plates Conical keeper rolls w optional motorized travel Larger mandrel heights and segments Vectorcontrolled drive systems for heavy coil weights Servo drive and control systems, etc.

Effortless 180° rotation via foot pedal and automatic mechanical locking Optional sensory position readout Strong plasmaburned back plate provides smooth and straight operation Removable and adjustable hub disks Fast and precise expansion via bevel gear with exceptionally wide ranges, allows clamping of all internationally common coil sizes LHD Series PullOff Reel with manually adjustable brakes LHDM Series Payoff Reel with threephase motors for start / stop operation LHDR Series Payoff Reel with threephase motors and frequency inverter for continuous operation Pneumatic hold down arms Electropneumatic brake systems Larger mandrel segments Conical mandrels Traveling feature Different mandrel heights Various expansion ranges Different back plate sizes Loop control systems...etc.

X2000NC for producing door strikers Modular tool set on an X2000NC line for the production of door strikers from 8 mm wire. Striker sprinter tool, 3 stations, 2 m back wall, feeding of coil material via NC roller infeed, cycle output: approx. 60 pcs/min, ready-to-use, weight approx. 10 t Door striker production With these specifications, our X2000NC is the world’s fastest system for the production of door strikers for the automotive industry. With tool changes, different striker shapes can be achieved, as well as processing details such as upsetting or tapering at wire ends. Our one-of-a-kind production model enables cycle times of more than 60 pcs/minute. For this reason, we’d prefer not to share the technical details of our strategy online. If you’re interested, please arrange a meeting with a member of our field sales team. Incidentally, we also build assembly systems for coupling door strikers to striker plates.

A clamping ring machine is a system for the automatic production of clamping rings. Schmale Maschinenbau Gmbh is one of the leading manufacturers of clamping ring machines in Europe. On our clamping ring machines, the strip material is profiled, bent and cut. Automatically closures are supplied and welded. The finished clamping ring is calibrated and stored. Via a servo-electric transfer, all processing stations are connected to each other and operated simultaneously. Thus, cycle rates of up to 28 clamping rings per minute can be realized.

Overpressure and vacuum possible - Different pressure and flow ranges possible - Several measuring ranges possible in one device - Modern operation via 5" touch graphic colour display - Completely remote controllable, optionally via ProfiNet

BK 0.5 US/K – BK 2.5 US/K (0.5 – 2.5 m² filter area) Dry cake discharge No fleece consumption compact systems are used for cleaning contaminated cutting fluids in metal processing and rolling mill operations. Cleaned cutting fluids have longer lifespan, improve the surface quality of workpieces or rolled goods, and help dissipate heat at the processing or forming location. Advantages: Fully automatic operation Excellent filtration results without fleece consumption Minimal carryover of cutting fluid Dry cake discharge Low maintenance requirements Full-flow filtration Maximum lifespan of cutting fluid Option for emergency operation with fiber fleece The cleaned cutting fluid is supplied to the system pump (A) from the clean tank (B) of the processing machine (C). The contaminated cutting fluid is introduced into the dirt tank (E) of the folding belt filter system through the lifting stations. The internal processing of the system consists of two steps: “Filtration” and “Regeneration.”

Automatic Precoat Filter are used for the cleaning of contaminated cutting fluids in metal processing and rolling mill applications. Clean cutting fluids lead to longer tool life, improved surface quality of workpieces or rolled goods, and efficient heat dissipation at the processing or forming point. Advantages: Fully automatic operation Excellent filtration results Compact size Low maintenance requirements Full-flow filtration Dry cake discharge with minimal carryover of cutting fluid No fleece consumption Maximum lifespan of cutting fluid Operating Principle: The cleaned cutting fluid is supplied to the filter system pump (1) from the clean tank (2) of the processing machine. The contaminated cutting fluid is introduced into the dirt tank (3) of the cake filtration system through inlet channels or lifting stations. The internal processing of the system consists of four steps: “Cake Formation,” “Filtration,” “Regeneration,” and “Sludge Treatment.”

The EFS 51 is a semi-automatic filling system that is equipped with both above and below level valves. It is suitable for the precise filling of viscous to pasty liquids, such as paints, varnishes or adhesives, into open containers such as cans and buckets. For liquids that can foam, gas or generate static charges, such as solvents or chemical liquids, the system offers under-level filling, e.g. into canisters. The liquids are fed from storage tanks by gravity or pumps. ■ calibratable filling, both above and below level ■ quick cleaning of the valves (the area in contact with the product consists of 3 parts) ■ Quick changeover to other container dimensions and changing products ■ Simple operation by one person ■ Can be used immediately: just connect the power supply (electricity and/or compressed air) and product supply and filling can begin

A filling station with electronic scale for the filling of viscous to pasty liquids e.g. paints. varnishes or dispersions, adhesives, bitumen. For filling open containers just above the fill level, e.g. cans, buckets, canisters. Above level filling coarse/fine. Product feed from higher lying storage tanks via natural slope or with the help of pumps. Direct connection via product hoses to the valve. The System offers you: ■ calibratable above level filling just above the fill level with a ride-ci n valve ■ thread-cutting, non-dripping filling valve ■ fast cleaning of the valve (the product-contacted area consists of 3 parts) ■ a rapid changeover to other container sizes and changing products ■ the idéal solution for small and medium filling orders ■ filling, sealing and palletizing by one person ■ small space requirement ■ immediately ready for use, only energy [electricity and/or compressed air only) and product supply must be connected and filling can be started

Filling station with electronic balance for precise filling of non-foaming liquids, e. g. chemical liquids or mineral oils. For the filling of open containers, e.g. canisters. Below bunghole filling, coarse/precision filling valve, cut threads, does not drip. Product supply via pump or gravity. Direct connection via product hoses to the valve. The filling station has the following advantages: ■ a nearly foam free filling that can be calibrated ■ quick cleaning of the valve (the valve area in contact with the product consists of 3 parts) ■ quick conversion to other packing sizes ■ perfect for small and medium-sized filling ■ easy operation ■ the filling station needs only little space

The EFS 22 offers flexible expansion options, supports complex control tasks and MES/ERP connections, and enables remote maintenance. Thanks to its modular design, it can be expanded into a fully automatic filling line with container conveying, capping and labelling. Suitable for foaming, gassing or statically charging liquids, such as cleaning agents, it offers electronic scales, automatic container transport and drip-free under-level filling. Product is fed directly from storage tanks via gravity or pumps. ■ Almost foam-free, calibratable under-level filling ■ quick cleaning of the valve ■ Quick changeover to other container dimensions and changing products ■ the ideal solution for small and medium-sized filling orders ■ simple operation ■ low space requirement ■ can be used immediately just connect energy (electricity and/or compressed air only) and product supply and filling can begin

The EFS 50 is a semi-automatic filling machine with over and under level valves for the precise filling of viscous to pasty liquids such as paints, varnishes or adhesives. It is suitable for over-level filling into open containers such as cans and buckets as well as for under-level filling into bunghole containers, e.g. canisters, for foaming, gassing or statically charging liquids. ■ a calibratable over-level filling system ■ Thread-cutting, non-drip filling valve ■ an almost foam-free, calibratable under-level filling system ■ quick cleaning of the valve ■ Quick changeover to other container dimensions and changing products ■ the ideal solution for small and medium-sized filling orders ■ Simple operation by one person ■ Filling capacities of up to 10 containers per minute ■ Can be used immediately: just connect the power supply (electricity and/or compressed air) and product supply and filling can begin

A semi-automatic filling machine with electronic scale for filling liquids which froth, are gaseous or generate static electricity, e.g. cleaning agents, solvents, chemical liquids, mineral oils, glazes. The machine offers you: ■ an almost froth-free, calibratable below Level filling ■ fast cleaning of the valve (the product-contacted area consists of 3 parts) ■ a rapid changeover to other container sizes and changing products ■ the idéal solution for small and medium filling orders ■ simple operation by one person ■ filling capacity up to 6 containers per minute ■ small space requirement ■ immediately ready for use, only energy [electricity and/or compressed air only) and product supply must be connected and filling can be started