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315T Shovels & Implements Press press view 1
Shovels & implements · Hydraulic Press Machine

315 Ton Four Pillar Hydraulic Press for Manufacture Shovels & Agricultural Implements

315T Rated Capacity
100 mm/s Slider Down Speed
7–12 mm/s Slider Pressing Speed
90 mm/s Slider Return Speed

01 — Press System

315 Ton Four Pillar Hydraulic Press Machine

The 315-ton four-pillar hydraulic press serves as a highly robust and cost-effective manufacturing solution built for mass-producing agricultural implements. It offers dependable forming of high-strength steel sheets, ensuring consistent tool dimensions, minimal scrap rates, and an extended operational life.

Use Case

Agricultural hand tools demand extreme durability and precision geometry to withstand intensive field use and ensure reliable handle mounting. The 315-ton press provides the controlled flow and deep shaping force needed to forge tough blade regions without inducing material cracks.

Core Applications: Deep drawing, hot and cold forging, structural bending, embossing, and high-pressure coining of high-wear tool heads and cutting blades.

Material: Medium-carbon steel, high-carbon spring steel grades, boron steel, and wear-resistant alloy sheets ranging from 2.0mm to 5.0mm in thickness.

Typical Products Formed: Heavy-duty shovel blades, agricultural hoe heads, pickaxe components, spade scoops, trowels, and specialized tractor cultivator discs or tines.

Key Functions: Delivers high-tonnage multi-stage downward drawing forces, regulates blank holder pressure to guide thick metal flow, and executes deep contour embossing for structural rib reinforcement.

Why 315-Ton Hydraulic Press?: It supplies the ideal high-pressure capacity needed to deform tough, wear-resistant steels while using rigid four-pillar guidance to absorb severe off-center loads common in asymmetrical tool forging.

02 — Technical Specifications

SM 315 HP – HYDRAULIC PRESS MACHINE COMPLETE TECHNICAL DATA

The SM 315 HP hydraulic press machine encompasses a robust configuration of mechanical and fluid power data engineered for high-impact manufacturing. This specialized technical setup provides the rigid guidance, heavy tonnage, and variable stroke control needed to shape wear-resistant agricultural tools.

Technical Data

Capacity: Nominal press force rating of 315 ton

Structural Design: Heavy duty stress relieved four pillar construction

Frame Type: Rigid upright pillar structural geometry

Hydraulic System: High efficiency variable displacement piston pump architecture

Main Ram Stroke: Maximum linear travel distance of 500 mm

Working Hydraulic Pressure: Continuous operational fluid limit of 250 bar

Daylight Gap: Maximum vertical open window height of 800 mm

Approach Speed: Rapid downward advance rate of 150 mm/Sec

Pressing / Drawing Speed: Controlled precision forming rate from 8 to 15 mm/Sec

Return Speed: Accelerated upward retract velocity of 130 mm/Sec

Bed / Platen Size Platen: Total structural table footprint of 1000 mm by 900 mm

Columns: Four solid induction hardened steel pillars measuring 140 mm diameter

Working Envelope: Total internal processing volumetric clearance area of 1000 mm by 900 mm by 800 mm

Control System: Programmable logic controller integrated with user friendly touchscreen human machine interface panel

Main Motor Power: High torque electric motor drive rated at 37 kW

Valves & Hydraulics: Manifold block assembly with high response proportional pressure control valves

Automation: Semi automated component ejector mechanics and digital production batch counter tracking

Safety Features: Dual hand optoelectronic safety buttons, light curtain guard zones, and hydraulic overload protection dump valves

SM 315 HP — Model Specifications

  • Nominal Force: 3150 KN
  • Maximum Hydraulic Pressure: 25 MPa
  • Max Opening Height of the Slider: 1000 mm
  • Max Stroke of the Slider: 600 mm
  • Effective Bed Size: 800 × 800 mm
  • Slider Down Speed: 100 mm/s
  • Slider Pressing Speed: 7–12 mm/s
  • Slider Return Speed: 90 mm/s
  • Ejector Cylinder Nominal Force: 300 KN
  • Stroke of the Ejection Cylinder: 300 mm
Production Case Study

Manufacture Shovels & Agricultural Implements

3 – 8 mmBlank Thickness
200-240 PartsOutput/Hour
15 -18 SecCycle time
~350 × 450 mmBlank size
Tool durability increased significantly
Scrap rate lowered
Cracking completely eliminated
Production throughput maximized
Thickness consistency achieved
Maintenance downtime minimized
Geometric uniformity perfected

03 — Die / Mold System

Precision Manufacture Shovels & Agricultural Implements Die Mold Engineering

Precision manufacturing die mold engineering for agricultural tools utilizes high-impact, shock-resistant tooling to stamp heavy-gauge carbon steels. The system features deep-cavity geometries and reinforced margins to withstand continuous hot or cold deformation cycles.

Use Case

This industrial tooling system executes heavy-duty blanking, deep contour drawing, and structural rib embossing for agricultural implement blades. It ensures consistent cutting edges and uniform thickness distribution to prevent breakage under severe fieldwork loads.

Technical Specifications (Tooling)

Die Type

  • Heavy duty compound blanking and drawing die set
  • Multi stage metal forming and coining tooling

Die Materials

  • Premium shock resistant tool steel grade S7 for heavy cutting
  • High wear resistant alloy steel grade D2 for forming punches

Tool Configuration and Construction

  • Four pillar diagonal post die set configuration
  • Interchangeable bolted insert construction for rapid wear block replacement

Key Tooling Features

  • High pressure heavy duty mechanical spring strippers
  • Machined relief channels for efficient flash and scale removal

Alignment Accuracy

  • Cutting punch and die clearance window within 0.15 mm
  • Guide pin tracking displacement alignment within 0.02 mm

Materials Formed

  • High strength carbon structural steels up to 5.0 mm thickness
  • Tough boron steel and wear resistant spring steel alloys
Case Study (Die Performance)

Precision Manufacture of Shovels & Agricultural Implements Die Mold

S7/D2 AlloyDie Material
56-60 HRCHardness
Atmosphere HardeningHeat Treatment
Tool lifespan doubled
Edge chipping eliminated
Scrap rates lowered
Maintenance intervals extended
Production yield maximized
Geometric uniformity perfected
Operational downtime minimized

04 — Product Application

Where Precision Manufacture of Shovels & Agricultural Implements Are Used

Precision manufactured shovels and agricultural implements deliver the extreme ruggedness, structural integrity, and wear resistance required for intensive manual and mechanized land cultivation. They are engineered to endure high impact forces, highly abrasive soils, and prolonged exposure to harsh environmental conditions.

Industry Applications

Commercial Farming and Crop Cultivation

Heavy duty spades, hoes, and specialized cultivator components are utilized extensively across high volume commercial agricultural operations. These tools facilitate efficient soil preparation, row charting, and root bed conditioning to maximize annual crop yield.

Industrial Landscaping and Groundskeeping

Precision tool heads are vital for continuous heavy landscaping, grading, and commercial estate maintenance projects. The high dimensional consistency ensures reliable compatibility with standardized replacement handles and automated equipment attachments.

Civil Construction and Infrastructure Development

Reinforced structural shovels and pickaxes are deployed daily across civil construction sites for manual trenching, mixing, and foundational clearing. Their specialized steel composition guarantees they withstand sudden high impact shock loads against buried rocks and concrete debris.

Domestic Gardening and Smallholder Agriculture

Ergonomically designed hand trowels, weeding forks, and standard garden spades serve small scale smallholders and domestic consumers. Precision forming ensures lightweight yet highly durable profiles that lower user fatigue while delivering long lasting tool life.

Finished Product Gallery

05 — Key Advantages

Why Choose the 315-Ton Sinter Hydraulic Press

The 315-Ton Sinter Hydraulic Press provides the ideal force capacity and mechanical rigidity required to manipulate heavy-gauge, wear-resistant carbon steels into high-strength tool heads. It pairs robust deep-forming execution with low operating costs to deliver excellent manufacturing efficiency for heavy agricultural implements.

01

High-Impact Tonnage for Wear-Resistant Steels

The 315-ton capacity delivers the concentrated pressure needed to easily bend, blank, and deep-draw thick carbon and boron steel sheets. It ensures clean material deformation without structural tearing, providing exceptional strength to the high-wear blade regions.

02

Rigid Four-Pillar Deletion of Off-Center Loads

The ultra-stable four-pillar guidance frame efficiently absorbs the asymmetric forces generated during the forging of irregular or one-sided tool geometries. This structural balance prevents tool misalignment, minimizing die wear and securing long-term machine parallelism.

03

Controlled Flow to Prevent Material Cracking

Advanced hydraulic stroke profiling allows for variable speed control and sustained pressure dwelling at the lowest point of deformation. This uniform metal flow eliminates micro-fracturing along tight bends and deep-dished shovel cavities, maximizing component integrity.

04

Optimal Cost-to-Performance Ratio

This machine delivers the heavy-duty capabilities required for rugged agricultural tools without the extreme capital investment of oversized hydraulic setups. It operates on a compact floor footprint with modest energy requirements, driving down the overall cost per part.

05

Enhanced Tooling Protection and Extended Die Life

The smooth and programmable application of hydraulic force avoids the severe, high-velocity impacts that characterize mechanical stamping systems. This gentle press cycle significantly slows down cutting-edge chipping and die degradation, extending tool life.

06

Production Flexibility for Rapid Product Changeovers

Easily adjustable pressure parameters and simple programmable control menus allow quick switching between various shovel sizes, hoes, and cultivating tines. This agility reduces setup downtime, making it highly profitable for handling fluctuating market demands.