Solutions de fabrication HARSLE
Complet Armoire de refroidissement liquide Ligne de production
Turnkey Sheet Metal Line for CDU Enclosures, Rear-Door Heat Exchangers, Manifold Panels & AI Liquid-Cooled Racks
AI and hyperscale data centers are shifting to liquid cooling to manage GPU thermal loads beyond air-cooled limits. HARSLE designs complete manufacturing lines for liquid cooling cabinet OEMs — from chassis blanking and coolant-path cutouts through precision forming, welded manifolds, coating, and assembly — scaled to your cabinet depth, flow layout, and daily output.
100kW+
Rack Thermal Class
±0,1 mm
Laser Cut Accuracy
CDU / RDHx
Enclosure Types
Clé en main
Ingénierie de ligne
Tendances du marché
Why Liquid Cooling Cabinet Manufacturing Is Growing
GPU-dense AI clusters and next-generation data centers are redefining thermal design. These drivers shape modern liquid cooling enclosure production lines.
AI Data Center Expansion
New AI-ready facilities deploy liquid-cooled racks at scale — driving demand for dedicated sheet metal lines that can produce chassis, manifolds, and CDU housings with repeatable precision.
Adoption du refroidissement liquide
Direct-to-chip, rear-door heat exchanger, and immersion cooling systems replace air-only designs — requiring new enclosure geometries, hose ports, and leak-test-ready weld quality.
Higher Rack Density & Power
Modern GPU racks exceed 50–100 kW per cabinet. Stronger frames, deeper chassis, and integrated coolant distribution panels demand heavier-gauge forming and structural welding.
CDU & Facility Cooling Infrastructure
Coolant distribution units, pump skids, and manifold enclosures expand the product mix — manufactured on the same integrated line as server-side liquid cooling cabinets.
Flux de fabrication
Liquid Cooling Cabinet Manufacturing Process
From raw sheet metal to a finished liquid cooling cabinet — chassis forming, coolant-path machining, welding, coating, and assembly in one integrated flow.
Étape 01 / 09
Flux de fabrication
Solutions d'équipement
Machines for Liquid Cooling Cabinet Lines
Six machines arranged for liquid cooling cabinet lines — shearing and laser blanking first, CNC punch and panel bender for rack panels, then press brake, laser weld, and downstream coating support.
Tonte
Cisaille à guillotine
Série HARSLE QC11Y / QC12Y
Front-end of the liquid cooling line — shears carbon steel, stainless, and aluminum coils into flat blanks sized for laser cutting, punching, and forming stations downstream.
Chassis Sheet to Line-Ready Blanks
Bords nets · Déformation minimale de la feuille
Steady Feed for 1.0–3.0mm Rack & CDU Sheet
Découpe laser
Machine de découpe laser à fibre
Série HARSLE EcoCut / ProCut
Blanks liquid-cooled chassis sections, manifold plates, hose port panels, and RDHx door contours before forming — the precision step for coolant-path and mounting cutouts on every liquid cooling cabinet line.
Coolant Port & Hose Gland Cutouts
Manifold & RDHx Panel Contours
Précision de ±0,1 mm · Faible gaspillage de matériaux
Équipement de base
Presse poinçonneuse à tourelle CNC
Série de tourelles servo HARSLE D-ES300
The highest-volume station on a liquid cooling cabinet line — punches cage nut rails, GPU tray patterns, vent grids, and connector cutouts across thousands of identical chassis and side panels per shift.
19″ / 21″ Rail & Tray Hole Patterns
Manifold Cover Vents & Louver Forms
Tourelle à indexation automatique · Précision de ±0,05 mm
Cintreuse de panneaux
Panel Bender for Liquid Cooling Cabinets
Série HARSLE AutoBend
Automatically forms rear-door heat exchanger housings, side plenum panels, and CDU covers in one pass — cutting labor and cycle time on standardized AI liquid-cooled rack models.
RDHx Door & Plenum One-Pass Forming
CDU Cover & Side Panel Production
Consistent Flange Width for Gasket Seams
Presse plieuse
Presse plieuse CNC
Série MasterBend — DA69T / DA66T
Complements the panel bender — forms deep liquid-cooling chassis uprights, CDU frame sections, manifold brackets, and load-bearing stiffeners that panel benders do not complete in one cycle.
Deep Chassis Upright & Rail Bending
CDU Frame & Manifold Bracket Forming
Automatic Crowning for Long Rack Panels
Soudage au laser
Machine de soudage laser
Série HARSLE SmartWeld
Joins liquid cooling frames, manifold brackets, and fluid-path housings with clean, low-distortion seams — reducing grinding before coating and supporting leak-test-ready cabinet assemblies.
Chassis Frame & Manifold Bracket Welding
Joints affleurants · Moins de travail après ponçage
Stainless & Mild Steel Rack Structures
Gamme de produits
Produits que nous aidons à fabriquer
Liquid cooling enclosures and related sheet metal products produced on HARSLE manufacturing lines — built for AI data centers and hyperscale thermal infrastructure.
01
Armoire de refroidissement liquide
02
Armoire serveur GPU
03
Rack serveur IA
04
Armoire de centre de données
05
CDU Enclosure
06
Rear-Door Heat Exchanger
07
Manifold & Plenum Panel
08
Sidecar Cooling Cabinet
Nos avantages
Pourquoi choisir HARSLE
Engineered for AI liquid cooling programs — precision chassis forming, coolant-path machining, and leak-critical weld quality.
Precision Chassis Manufacturing
Coupe ±0,1 mm · Courbure ±0,1°
Laser and CNC forming tuned for hose ports, manifold interfaces, and rack rail spacing on high-density liquid-cooled cabinets.
Liquid Cooling Enclosure Know-How
CDU · RDHx · Manifold
Process parameters cover rear-door exchanger housings, CDU skids, and server-side cabinets on one integrated sheet metal line.
Ingénierie de ligne clé en main
Aménagement · Équipement · Installation
From shearing and laser cutting through coating and assembly — one supplier plans, delivers, and commissions the full liquid cooling cabinet factory.
Réseau de services mondial
Plus de 100 pays
Worldwide installation, operator training, and spare parts support keep AI infrastructure and thermal OEM lines running without interruption.
19″ / 21″ Rack Compatibility
42U · Custom Depth · GPU Tray
Equipment tuned for standard rack formats, deep liquid-cooled chassis depths, and customer-specific coolant routing layouts.
Capacité multi-matériaux
Acier · Inox · Aluminium
Process mild steel, stainless steel, and aluminum across cutting, punching, bending, welding, and coating on a single integrated line.
Planification d'usine
Exemple d'agencement de ligne de production
A reference layout for liquid cooling cabinet production — sheet preparation, laser cutting, CNC punching, forming, welding, coating, assembly, and final packing in one flow.
Liquid Cooling Cabinet Production Flow
01
Stockage et cisaillement des feuilles
Line-ready chassis blanks
→
02
Découpe laser à fibre
Chassis, ports, manifold panels
→
03
Poinçonnage à tourelle CNC
Rails, vents, connector cutouts
↓
06
Zone de soudage laser
Assemblage du cadre et du support
←
05
Formage par presse plieuse
Rails, montants, supports
←
04
Cintrage de panneaux
RDHx doors, CDU covers, plenums
↓
07
Meulage et revêtement
Ébavurage et finition en poudre
→
08
Assemblage et contrôle qualité des armoires
Rails, ports, hose brackets
→
09
Emballage fini de l'armoire
Export-ready liquid cooling cabinets
01
Stockage et cisaillement des feuilles
Line-ready chassis blanks
→
02
Découpe laser à fibre
Chassis, ports, manifold panels
↓
03
Poinçonnage à tourelle CNC
Rails, vents, connector cutouts
→
04
Cintrage de panneaux
RDHx doors, CDU covers, plenums
↓
05
Formage par presse plieuse
Rails, montants, supports
→
06
Zone de soudage laser
Assemblage du cadre et du support
↓
07
Meulage et revêtement
Ébavurage et finition en poudre
→
08
Assemblage et contrôle qualité des armoires
Rails, ports, hose brackets
↓
09
Emballage fini de l'armoire
Export-ready liquid cooling cabinets
Découvrez-le en action
Centre vidéo
See HARSLE equipment processing liquid cooling chassis panels, manifold plates, and structural frames in live factory conditions.
Presse plieuse HARSLE Genius
MasterBend press brake forming deep liquid cooling chassis uprights and mounting rails for AI server enclosures.
Panel Bender — RDHx & Plenum Panels
Automatic panel bender completing rear-door heat exchanger housings and plenum covers in a single pass — ideal for liquid cooling batch runs.
Laser Cutting — Chassis & Manifold Panels
Fiber laser cutting liquid cooling chassis blanks, hose port panels, and manifold plates at full speed on a production line floor.
Questions fréquentes
Questions fréquemment posées
HARSLE machines support Carbon Steel, Stainless Steel, and Aluminum — the three primary materials used in liquid cooling cabinet, CDU enclosure, and AI server rack manufacturing.
HARSLE lines support standard 42U liquid-cooled racks, rear-door heat exchanger assemblies, CDU skids, and custom depths from 800mm to 1200mm+. Mounting rail spacing follows EIA-310 19-inch / 21-inch standards, with customer-specific coolant routing layouts on request.
Yes. Fiber laser cutting handles hose ports, gland cutouts, and manifold plate contours with ±0.1mm accuracy. CNC turret punching adds repeated mounting holes and vent patterns on identical chassis panels in the same line.
For high-volume AI liquid cooling programs, a CNC turret punch press is strongly recommended. It delivers the fastest processing for repeated rail holes, GPU tray patterns, and vent grids on standardized liquid-cooled cabinet models.
Oui. HARSLE propose des services complets d'installation, de mise en service et de formation des opérateurs sur site. Notre réseau mondial de service, présent dans plus de 100 pays, garantit une assistance technique continue tout au long du cycle de vie de la machine.
Oui. La configuration des machines, le niveau d'automatisation, l'agencement de l'usine et la capacité de production peuvent être personnalisés en fonction de votre gamme de produits, de votre surface au sol et de votre plan d'investissement.
A typical liquid cooling cabinet line includes shearing, fiber laser cutting, CNC turret punching, panel bending, press brake bending, welding, deburring, powder coating, assembly, QC, and packing stations.
Yes. Our engineers provide layout drawings optimized for liquid cooling enclosure material flow — from shearing and laser cutting through punching, bending, welding, coating, and assembly — with capacity planning based on your target daily output.
Yes. Our team recommends suitable machine models and specifications according to your material thickness, liquid cooling cabinet dimensions, coolant layout complexity, target output, and automation requirements.
Oui. HARSLE accompagne ses clients du monde entier en leur proposant des conseils techniques, la livraison des machines, une assistance à l'installation, des formations, des pièces détachées et un service après-vente.
Prêt à commencer ?
Start Your Liquid Cooling Cabinet
Start Your Liquid Cooling Cabinet
Ligne de production aujourd'hui
Get a custom factory layout, machine configuration, and turnkey liquid cooling cabinet line proposal from HARSLE engineers.
Réponse rapide
Dans les 24 heures
Dans les 24 heures
Consultation gratuite
Sans obligation
Sans obligation
Plus de 100 pays
Présent dans le monde entier
Présent dans le monde entier
Usine clé en main
Planification incluse
Planification incluse
