Please Choose Your Language
Welcome to Xinxinke's core product range of Direct & Short-Stroke Extrusion Presses, engineered for high-precision aluminum and copper profile production. Since 1991, our machines provide maximum rigidity, shorter cycle times, and lower energy consumption—with capacities ranging from 600T to 20,000T.
Featuring finite element-optimized frames (FEA), pre-stressed column structures, and advanced front-loading technology, Xinxinke extrusion machines minimize structural deformation while ensuring high stability for demanding industrial, automotive, and architectural applications.
Modern profile manufacturing demands a balance between high production speed and minimal energy consumption. Xinxinke's direct extrusion press series incorporates advanced short-stroke front-loading architecture to streamline your operation:
Symmetrical Upsetting & Faster Venting: Front-loading design moves the extrusion cylinder directly forward during billet loading. This eliminates friction between the billet and the container, while symmetrical upsetting ensures superior air evacuation (venting) to prevent internal profile defects.
Enhanced Structural Rigidity: Key load-bearing components—including the front platen, main cylinder, and container housing—are modeled using Finite Element Analysis (FEA). This ensures uniform force distribution and significantly extends machine service life under heavy-duty operations.
Precision Hydraulics & Controls: Our integrated hydraulic and electrical control systems maintain steady extrusion speed, minimizing material waste during high-speed runs.
Selecting the right extrusion line involves more than picking the highest tonnage. Based on over 30 years of manufacturing experience, here is how to ensure a smooth equipment procurement and deployment process:
A common industry mistake is over-investing in excess press tonnage while neglecting billet temperature control and heating uniformity. Without precise temperature management, even high-tonnage machines suffer from unstable extrusion speeds, premature die wear, and surface defects. Matching correct press tonnage with high-efficiency billet pre-heating and quenching systems yields far better profile consistency and ROI.
When sourcing capital equipment globally, verify the supplier behind the brochure:
Corporate Registry & Video Tours: Cross-check local business registrations and request a live video walkthrough of the actual production floor.
Public Certification Verification: Verify ISO 9001 or CE certificates against the issuing certification body’s public database rather than relying solely on logos printed on marketing materials.
FAT & Third-Party Inspection: Request recorded Factory Acceptance Tests (FAT) using live billet runs, or commission independent pre-shipment inspections (e.g., SGS or Bureau Veritas) to verify dimensional tolerances, hydraulic pressure safety, and electrical standards before dispatch.
Heavy-duty extrusion frames, main rams, and tie rods are shipped as breakbulk or heavy-lift cargo rather than standard containers.
Clarify Incoterms (e.g., FOB vs. DAP/DDP) early to properly assign export customs, inland transit, and marine risk.
Confirm whether civil foundation engineering plans, on-site installation supervision, and commissioning services are included in the initial contract to prevent unforeseen on-site change order expenses.
To keep your production lines running continuously, Xinxinke offers end-to-end aftermarket service and component supply:
Press Upgrades & Modernization: Structural FEA re-analysis, main cylinder repacking/refurbishment, tie rod replacements, and dead-cycle time reduction upgrades.
Replacement Parts & Inventory: Quick-ship access to critical hydraulic seals, O-rings, control valves, high-pressure cylinders, and mechanical components.
Turnkey Support: Experienced field engineers to assess operational bottlenecks, inspect hydraulic systems, and assist during commissioning.
Compare leading European extrusion press manufacturers and a Chinese alternative. Review supplier strengths, press specifications, capacity, compliance, customization, acceptance testing, and ownership costs to select a dependable partner for aluminum and copper extrusion projects in global markets.
What are the disadvantages of aluminum extrusion? Explore tooling costs, design restrictions, dimensional tolerances, surface defects, and alloy trade-offs. Learn how thoughtful profile design, clear specifications, and suitable equipment help manufacturers reduce risk and control finished-part costs.
Compare ten billet heating furnace manufacturers in China, including Xinxinke. Explore heating technologies, customization, capacity verification, compliance, factory audits, and acceptance testing to choose a supplier that supports consistent production and dependable long-term equipment performance.
Compare direct and indirect extrusion presses for copper alloy profiles. Explore friction, force, dimensional consistency, tooling limits, billet preparation, and production costs, with practical selection criteria to help manufacturers specify the right extrusion system for their production needs.
How much does an aluminium extrusion press cost? Explore indicative machine prices, complete-line expenses, hidden installation costs, and ownership economics. This practical guide helps manufacturers compare quotations, select suitable capacity, and plan an investment around reliable, saleable output.
Compare ten aluminum homogenizing furnace suppliers in China through documented capabilities, furnace capacity, customization, and compliance checks. This buyer-focused guide explains supplier verification, loaded-temperature testing, cooling performance, and contract safeguards for procurement teams.
Explore extrusion processing auxiliary equipment for copper and aluminum profiles, including billet heating, cooling, pullers, stretching, and finishing. Learn how to match line capacity, troubleshoot quality issues, and plan a customized extrusion solution with Xinxinke Co., Ltd.
Compare direct and indirect extrusion presses for copper profiles. Explore differences in force, friction, tooling, quality, productivity, and cost, plus practical validation steps to help manufacturers select equipment matched to their alloys, profile geometry, and production goals with Xinxinke.
