On October 9, 2017, NEXT TRADE’s products were added to the Register of equipment admitted to Gazprom facilities.
NEXT TRADE GROUP specializes in the manufacture of spare parts under the import substitution program, as well as non-standard gas production equipment to replace imported equipment used in Gazprom fields. The company’s main partner is Gazprom Dobycha Astrakhan (operating pressures up to 70 MPa (700 kg/cm2), high content of hydrogen sulfide (H2S up to 27%) and carbon dioxide (CO2 up to 20%)). Patented needle valves and abundant experience in using stainless steel alloys and materials from the aerospace industry.
Currently, NEXT TRADE manufactures and delivers the following products under the import phase-out program:
– Control and surge valves analogous to Mokveld valves;
– Wedge-gate valves analogous to Roforge, UFR, LOG;
– Needle valves analogous to Swagelock;
– Gate valves analogous to Cameron, FMC, Malbranque.
– Components for foreign oil and gas equipment, including equipment tailored to conditions of operating pressures of up to 70 MPa, high H2S content and CO2 in mass fractions of up to 25%.
NEXT TRADE’s equipment and services hold the necessary approvals and are manufactured in accordance with such quality certifications as GOST, API, ANSI, ASME, EN, MSS, and NACE. Welding and surfacing technologies are certified and registered by the National Agency for Welding and Testing. A hydropneumatic testing rig for valves is certified for pressures up to 115 MPa (1150 kg/cm2). The quality management system is certified by TUV as per ISO 9001:2015.
At the beginning of 2016, the NEXT TRADE multi-profile group launched a new direction – the foundry.
Initially, the new facility was created to accommodate internal production needs, diversify business and reduce economic risks.
However, the NEXT TRADE FOUNDRY has also become a successful partner for companies interested in outsourcing a number of processes, especially organizations that do not have their own foundries due to small production volumes. At the same time, the NEXT TRADE PLANT provides competitive ordering terms and production quality to shorter deadlines and at lower prices than large enterprises, which require considerable time to ammend equipment.
NEXT TRADE PLANT employs the green sand casting technology. This allows us to produce parts of different sizes and weights, configurations and complexities for a range of industries, any structure with gears, sprockets, pulleys, or brackets, as well as artistic casting such as bas-reliefs, fire guards, benches, garden sculptures and patio furniture.
We use an L4 cast iron with a special chemical composition. Our metal suppliers are the Tula Rolling Mill and the Novolipetsk Metallurgical Plant.
The NEXT TRADE PLANT’s main volume of orders comes from agricultural machinery manufacturers from Voronezh, Rostov, Krasnodar and Stavropol regions, which often require bespoke parts and mechanism components. If required by customers, the company can launch a line of exclusive products and manufacture them twice as quickly as large enterprises, as well as providing fast and high-quality service.
The multi-profile NEXT TRADE group provides a wide range of services in mechanical processing, turn-milling metal and manufacturing metal products. To date, the company’s experienced team renders the following services:
The multi-profile NEXT TRADE group brings together the leading experts in the field of metal machining. We use the latest equipment for complex machining of parts made of any material (milling, turning, cutting).
For many years, we have been trusted by the largest enterprises of the oil and gas industry, exploration, electric power companies and research institutes.
The company operates the following machining equipment:
This latest-generation equipment ensures rapid order delivery and high quality.
For example, the Trevisan machine is the optimal solution for multi-sided processing of workpieces, especially when combined processing (milling, turning, drilling, etc.) is required. Since machining can be performed on three or four sides per one feed, these machines are indispensable when handling complex body parts. This significantly reduces machining time and enhances product quality without base changing. Thus, a combination of two spindles in Trevisan can replace two or three universal machines.
|Head slide||Ø 600 mm – 200 mm motion|
|Pallet size||900 mm x 900 mm|
|Table size, B axis||Ø 900 mm|
|Tool carrier||54 positions|
|Max turning diameter||900 mm|
|Maximum spindle rotation||3000 rpm|
|Electrode support motion (mm)||300|
|Max. Spindle-table distance||450|
|Working tank size Length (mm)||900 / 800|
|Working tank size Width (mm)||600 / 500|
|Working tank size Height (mm)||300 / 380|
|Work table (mm)||600 x 400|
|Max table loading (Kg)||750|
|Working tank cover||Front opening|
|Max. electrode weight (Kg)||100 / 50|
|Average current / max. (Amp)||60 / 100|
This series is designed for high-performance and very accurate machining of parts up to 1400 mm long. The basic configuration has a spindle motor for finish machining of parts and to preclude a subsequent grinding.
Apart from the С axis and the driving (CV model) the VTurn – A series can be additionally equipped with a Y axis (YCV model), back spindel (SCV model), as well as with a BMT turret which can be fixed in an intermediate position, therefore, up to 24 tool can be used (CM model).
For time saving purposes the machines can be equipped with an automatic bar feeder (up to 62 mm), a catcher and a conveyor for finished parts, or a robot can be used for loading of single work pieces and unloading of finished parts as well as other options.
|Max turning diameter||Ø390 mm; Ø420mm|
|Specification:||630; 910 / 1360; 950 / 1400; mm|
|Spindle rpm||from 3500 to 6000 rpm|
|Spindle power||30/37 kW, up to 5364 Nm;|
|Number of tools||12 pcs.|
|Hydraulic cartridge size||6/8″; 10″|
|CNC system||Fanuc 0i-TD|
|Max. Turning diameter||mm (inch)||350 (13.8)|
|Max. Turning length||mm (inch)||562 (17.3)|
|Hole in spindle||mm (inch)||65 (2.6)|
|X-movement||mm (inch)||242 (9.5)|
|Z-movement||mm (inch)||580 (22.8)|
|Fast X-movement||m/min (ipm)||24 (944.9)|
|Fast Z-movement||m/min (ipm)||30 (1181.1)|
|Number of tools||—||12|
|Holder size||mm (inch)||25 x 25 (1.0 x 1.0)|
|Diameter of boring bar||mm (inch)||40 (1.6)|
The double bandsaw machines are designed for 90 degrees sawing of solid sections such as: rolled, forged, although they can be used for billet sections.
All double bandsaw machines have a hydraulic blade tensioner, stabilizer with guides and roller bearings, a hydraulic control of feeding pressure and speed, which allows to select the necessary cutting modes and achieve optimal performance and the blade service life. Both bimetallic and carbide blades can be used.
|Overall dimensions, length, mm||2750|
|Overall dimensions, width, mm||2190|
|Bandsaw, length, mm||5450|
|Bandsaw, thickness, mm||1.3|
|Bandsaw, width, mm||41|
|Maximum height of rectangular workpiece 90°, mm||to 460|
|Maximum width of rectangular workpiece 90°, mm||to 500|
|Maximum diameter of round workpiece 90°, mm||to 460|
|Main engine power, kW||5.6|
|Bandsaw speed, m/min||20 — 100|
|Vice type,||Hydraulic vise|
High marking speed of 8700 mm/sec
High engraving quality
Excellent image clarity
Low power consumption
Intuitive and tak level software
The Palmary machines have a “Mechanite” base for enhanced vibration resistance, strength and reliability.
The M model has an AA type leadscrew.
The H model has a guide covered with Turcite-B for stable motion, strength and accuracy.
P4 angular bearings on the shaft secure a high precision.
A fully sealed lubrication system has a cartridge design to enhance the precision.
All models accept for M can be equipped with a triple axis automatic control (AD5). There is a number of models with manual, hydraulic, and servo motion
PSG-50 model has reinforced double wall parts to absorb vibrations during hard grinding.
AHR series has a hydraulic longitudinal and transverse table travel and a servo drive for its vertical movement.
|Table size, mm||500 х 1000
600 х 1000
700 х 1000
|500 х 1000
600 х 1000
700 х 1000
|500 х 1000
600 х 1000
700 х 1000
|Maximum cross travel of table, mm||560
|Maximum longitudinal travel of table, mm||1150||1650||2150|
|Maximum distance from table to spindle center, mm||600||600||600|
|A grinding wheel (length x width x bore Ø), mm||406 х 50 х 127||406 х 50 х 127||406 х 50 х 127|
|Minimum transverse travel, mm||0,1||0,1||0,1|
|Minimum vertical travel, mm||0,001||0,001||0,001|
|Automatic vertical feed mm/pass||0,001 ~ 0,999||0,001 ~ 0,999||0,001 ~ 0,999|
|Grinding wheelhead spindle rpm||1750/1450||1750/1450||1750/1450|
|Engine power, kW||7||7||7|
|Dimensions (length x width x height), m
|3,76 х 2,28 х 2,28||3,91 х 2,28 х 2,28||4,77 х 2,28 х 2,28|
Closed cycle chamber for hydro-pneumo-abrasive surface treatment, with manual treatment of parts in rubber gloves, control of treatment is visual through a sight glass.
Application: Hydro-pneumo-abrasive surface treatment and cleaning from scale, rust, paint, etc., decoating, roughness reduction.
– quality of Sa-3 treated surface;
– reset roughness from 5Ra to 0,2Ra (class 10) forms a favorable undirected surface topography;
– no thermal influence on the base material;
– controlled revomal of treated material;
– 1,5 times improved adhesion compared to sandblasting and shotblasting;
– minimum hardening;
– no abrasive in the primary brushing material;
– phosphate sequestering agents eliminate any secondary rust;
– environmentally friendly non-aggressive process: inert, dustless abrasive material, water-related cleaning products instantly settle, passivator has a neutral pH;
– low operating costs.
* Working area dimensions, mm 1000x1000x1400
• Cleaning performance, m2/hour 10-15
• Power consumption, kW 0.85
• Volume of water in a closed cycle, m3 1.0
• Sluice tank, sludge collector, m3 0.9
• Volume of working cone, l 100
• number of loaded abrasive, kg 40
• Compressed air parameters, MPa/m3/hour 0.6 / 300.0
• Cleaning class Sa-3
• Roughness of treated surface, Ra 5.0-0.2
• vent, mm. 160
МК6046 (МК-6046) specification
Designed for a wide range of turning operations: turning and boring of internal cylindrical and conical surfaces, drilling, countersinking and deployment, and also cutting of external and internal metric, inch, modular and pitch threads.
The design and technical characteristics provide high-quality processing of parts from various materials with modern cutting tools at optimal cutting conditions.
MK-6046 is designed for turning and threading.
The workpiece diameter over the frame is 500mm
Part diameter over the caliper, mm 275
Centre-to-t-centre distance, mm 1000
Dimensions, mm 2790x1262x1481
Weight, kg 3100
Motor power, kW 11
Spindle rotation limit Min/Max, rpm 16/2000
JET exclusive protocol acceptance with certified tolerances (DIN 8606)
Solid machine bed made of gray cast iron
Induction furnace hardened and ground frame guides
Headstock with an electromagnetic clutch
Smooth start mechanism protects the motor and increases the drive life
Spindle drive mechanism always works in an oil bath
Spindle rotation limit from 36 to 1600 rpm
Removable frame bridge, gap
Transmission enables the cut threading without gear replacement
Convenient control of longitudinal and transverse feed with a joystick with an acceleration button
Jog mode of the spindle
Hardened and ground gears in the headstock and the gearbox
Adjustment of guide clearance with wedge strips
Centralized system to lubricate a longitudinal slide
Adjustable transverse ravel of the headstock for cone turning
Five-way control shaft with cams
|Power consumption||12 kW|
|Output power||7,5 kW|
|Turning diameter over the frame||660 mm (gap 870 mm)|
|Turning diameter over the caliper||420 mm|
|Centre-to-centre distance||1525 mm|
|Spindle rpm||36 — 1600 rpm|
|Spindle cone||Ø113 mm 1:20|
|Spindle hole||105 mm|
|Tool end size||25х25 mm|
|Transverse caliper travel||310 mm|
|Travel of tailstock quill||150 mm|
|Overall dimensions||3000х1100х1450 mm|
Enhanced precision SAMAT 400MV lathe with digital read-out is designed for all kinds (roughing and finishing) of turning parts including the cutting of metric, inch, modular and pitch threads. The machines are produced with a stepless drive of the main travel.
Advantages of 400 SAMAT
Enhanced (P) treatment accuracy as per GOST 8-82 for SAMAT 400;
High (A) treatment accuracy as per GOST 8-82 for SAMAT 4-00S/S;
all kinds of turning operations, including the cutting of metric, inch, module and pitch threads.
Long period of accuracy and efficiency maintaining.
Main travel drive based on frequency converters that provide stepless control of the spindle speed (V to be added to the designation code).
Can be equipped with a mechanical 8-speed gearbox.
Wide range of longitudinal and transverse feeds.
fast travel of the caliper at idle.
SAMAT 400S/S model can do highly precise operations using both conventional and cutting tools made of a composite material.
|Characteristics||SAMAT 400||SAMAT 400 S/S|
|Accuracy class as per GOST 8-82||P||A|
|Largest diameter of treatment over the frame||mm||400||400|
|Largest diameter of treatment over the caliper||mm||200||200|
|Maximum diameter in the flexible manufacturing system* (optional)||mm||550||—|
|Length of the flexible manufacturing system*||mm||160||—|
|Spindle hole diameter||mm||45||45|
|Length of workpiece||mm||750-1500||750|
|Size of cone hole in the spindle||Morse||6||6|
|Size of cone hole in the tailstock quill||Morse||5||5|
|Number of spindle speeds||stepless||stepless|
|Spindle rpm range||rpm||12 — 2200||12 — 2200|
|Cutting of thread:|
|— metric||mm pitch||0,25-56||0,25-14|
|— inch||thread per inch||112-0,5||112-2|
|— modular||module pitch||0,25-56||0,25-14|
|Geometry accuracy of a sample surface, mm|
|Constancy of cross section diameter at length 200||0,005||0,001|
|Constancy of longitudinal section diameter||0,012||0,003|
|Surface roughness after finishing||Ra||1,25||0,63|
|Straightness of end surface||mm||0,1||0,0025|
|Main drive motor power||kW||5,5/7,5*||5,5|
|Machine dimensions, mm:|
Russian manufacture 6K82SH machine is designed for all types of milling, drilling, countersinking and hole boring on the parts made of ferrous and non-ferrous metals, their alloys and plastics in a single, small-scale and serial production.
A reliable main travel drive and carefully selected gear ratios ensure optimal processing modes under different cutting conditions as well as a complete range of cutting tool capabilities.
Ease of maintenance and quick changeover of devices and tools are especially convenient for a small-scale production. Automatic lubrication system ensures an easy and reliable operation under the most challenging conditions.
|Working surface of the table, mm||250×1000||320×1250|
|Maximum table travel, mm|
|Number of feeds||16|
|Spindle cone horizontal/vertical||SO 50 /ISO 40|
|Drive motor power, kW|
|— for feeds||1,5|
|— for vertical spindle||2,2|
|— for horizontal spindle||5,5|
|Overall dimensions, length, mm||2135 x 1725 x 2015||2135 x 1865 x 2015|
30 w/o read-out
31 with read-out
|Accuracy class as per GOST 8-82||V|
|Table surface size (BxL), mm||200х450|
on a sample: – sample size, mm-flatness, microns
– parallel alignemnt, microns
– surface roughness
— table, m/min
— caliper, mm/stroke
— grinding head, mm
|Maximum travels, mm
|Max weight of a workpiece to be installed (c/w a tool and electromagnetic plate)||150|
|Max distance from table surface to spindle axis, mm||450|
|Grinding wheel dimensions
|Main drive power, kW||2,2|
|Overall dimensions, mm
|Working surface of the table, mm||1 250 x 320|
|Maximum longitudinal travel of table, mm||800|
|Maximum cross travel of table, mm||320|
|Maximum vertical travel of the table, mm||420|
|Distance from spindle face to the working surface of the table, mm||30 — 450|
|Limit of spindle rpm, min -1||31,5 — 1600|
|Accelerated longitudinal travel of table, mm/min||4 000|
|Accelerated cross travel of table, mm/min||4 000|
|Accelerated vertical travel of table, mm/min||1 330|
|Max weight of a workpice c/w a tool, kg||1 000|
|Spindle motor power, kW||7,5|
|Table motor power, kW||3|
|Spindle cone as per GOST 30064-93||ISO 50|
|Overall dimensions (L x W x H) mm||2 280 x 1 965 x 2 265|
|Weight c/w electric equipment, kg||3 250|
|Size of a workpiece, mm
|Cutting accuracy (linearity)||0,5/100|
|Cutting speed St 20 cm2/min
12х18 H 10
|Cutting width mm||1,5|
|Supply voltage||380 В, 50 Hz|
|Bandsaw drive||1,5 kW|
|Band saw speed, m/min.
c/w a frequency converter.
|19 -90 (smooth)|
|Bandsaw dimensions, mm – length
|Machine weight, kg||420|
|Machine dimensions, mm
Along with enhancing the company’s experience and machining technology, Next Trade’s management pays great attention to developing the company’s heat treatment workshop. New unique equipment for thermal and chemo-thermal heat treatment has been purchased and commissioned.
The thermal furnace acquired by Next Trade in 2017 can heat a material up to 1050°C, enabling treatment of parts made not only of simple and stainless metals, but also of heat-resistant alloys. The furnace’s large dimensions allow for parts weighing up to 2.5 tons. The control and data-recording computer system can monitor the accuracy of heat treatment processes at any time.
Moreover, the manufacturer has a laboratory platform to test valves with air and water up to 700 bars.
The heat treatment shop floor was originally created to satisfy internal manufacturing requirements.
However, under many outsourcing contracts the company accomplishes the entire cycle of preparation and heat treatment, i.e. normalization, quenching and tempering, and also issues all required documents and certificates.
At a customer’s request, our specialists can determine and select the optimum heat mode to attain prescribed characteristics or hardness for a material.
The laboratory tests material samples to investigate the chemical composition and material grade and to determine mechanical properties before and after heat treatment (yield strength, tensile strength, elongation, RoA and hardness). If necessary, both material structure and heat treatment state can be studied.