Ground engaging & cutting tools

أسنان الدلو, الوصلات, الأغطية و القطع الأسنان

Mining bucket GET systems and mining and road-milling cutting tools

Bucket teeth are part of a system. Tips, adapters, locking pins, bucket lips and shrouds form ground engaging tools (GET). Cutting picks form a different system of hard tips, steel bodies, wear washers, clamping sleeves and holders. Both contact material directly, but their interfaces, loads and material options are not interchangeable.

Bucket GET Teeth, adapters, locks, bucket lips and side, bottom and back shrouds
Cutting tools Surface miner picks, road cold-milling picks and matching holder interfaces
Main Loads Penetration, impact, bending, abrasion, loosening, foreign objects and heat
متطلبات التحديد المعدات, bucket or cutting-drum model, system series, part number, interfaces and operating conditions
Hydraulic mining shovel bucket teeth
Mining bucket teeth: tips, adapters and locks must belong to the same tooth system. Match shrouds to the lip and bucket position.
System scope

Confirm the complete tooth system and installation position

Teeth are replaceable penetrating wear parts. Adapters connect them to the lip, while locking pins and retainers secure them. Lip, side, bottom and back shrouds protect the bucket structure. An incompatible interface can cause looseness, uneven loading or structural damage.

Surface miner and cold-milling round-shank picks use different tip geometry, shank diameters, clamping sleeves and holder systems. Carbide or PCD tip selection must also suit rock, asphalt, concrete and peak impact conditions.

System identification OEM, equipment, bucket or cutting-drum model, tooth system or holder series
Interface geometry Adapter nose, tooth cavity, shank diameter, pin holes, clamping sleeve, bucket lip and mounting face
Working position Centre or corner tooth, left or right, lip, wing, bottom or back
Combined operating conditions Penetration, impact, abrasion, material hardness, particle size, temperature and foreign objects
Mining bucket GET

Complete tooth, adapter and shroud protection systems

The links below identify individual components. Confirmed OEM part numbers and applicable equipment models are maintained on each product page.

Mining excavator bucket teeth

Bucket teeth and tips

Penetrate and cut directly into material. Check tooth system, tip shape, centre or corner position, adapter nose and locking method.

Mining Excavators tooth adapter

Tooth adapters

Connect teeth to the bucket lip. Match the nose, base, welded or mechanical interface, pin position and tooth cavity.

Mining bucket lip and GET installation

Lip shrouds

Cover the leading lip edge between adapters. Check lip thickness, position, locks, adjacent clearance and material flow.

Mining bucket wing wear protection installation

Side and wing shrouds

Protect bucket wings and corners. Distinguish left/right and upper/lower positions, and confirm interfaces, profiles and adjacent protection.

Mining bucket bottom shrouds

Bottom shrouds

Resist sliding wear and impact beneath the bucket. Check layout, orientation, welded or mechanical fastening and bottom-plate condition.

Mining bucket back shrouds

Bucket back shrouds

Protect high-wear areas on the rear wall. Confirm curvature, position number, connections, material flow and used-part wear maps.

Mining and road cutting

Round-shank picks and holder interfaces

Picks, clamping sleeves, wear washers and holders transfer cutting forces together. Even suitable materials can fail quickly when interfaces do not match.

Surface miner round-shank cutting pick

Surface miner cutting picks

Cut rock and transfer loads into holders. Check carbide geometry, tip, shank diameter, clamping sleeve, holder and rock strength.

Road cold-milling pick

Cold-milling picks

Used for asphalt, concrete or fine milling. Check drum, holder, shank diameter, cutting depth, tip material and milling objective.

Materials and Properties

Balance penetration, impact resistance and wear resistance

No universal grade is promised independently of model and conditions. Select materials and heat treatment by component position and failure mode.

Bucket teeth and tips Must withstand penetration, impact, bending and abrasion. Section geometry, toughness and wear allowance at different tip areas jointly determine fracture and wear risks. See السبائك المتخصصة.
Adapters The nose carries contact and wear loads, while the base and weld zone withstand bending and fatigue. Surface hardness alone cannot replace control of overall strength, toughness, weldability and heat treatment.
Bucket lip and body shrouds Primarily resist abrasion and impact and protect structures. Options may combine wear-resistant alloy steel, local weld overlay or tungsten-carbide wear protection. See Weld Overlay Repair for assessment.
Round-shank carbide picks The hard tip cuts while the steel body and shank absorb impact and transfer loads. Geometry, brazing, body heat treatment and rotation in the holder are equally important. See Cemented Carbide Materials.
PCD milling tools Suit some homogeneous asphalt surface and fine-milling tasks. They should not replace carbide tools in high-impact, heterogeneous conditions. Confirm drum and project objectives.
Failure and mating components

Trace wear patterns through tooth systems, holders and operation

Tooth life depends on materials, adjacent interfaces and how the machine is used.

Symptoms الفحوصات ذات الأولوية Associated Risks
Loose or lost bucket teeth Tooth system, nose wear, pins or retainers, installation orientation and adapter cracks Adapter and lip damage, with foreign objects entering downstream equipment
Tooth root fracture Impact severity, material toughness, heat treatment, adapter support, uneven loading and existing cracks Tooth-system downtime and bucket structural damage
Uneven adapter nose wear Tooth-cavity fit, locking clearance, tooth selection, left/right position and loading technique New teeth cannot be securely installed
Local shroud wear-through Material flow, coverage, adjacent gaps, connectors and bottom or side plate deformation Direct wear of the bucket structure
Non-rotating picks or uneven wear Holder bore, shank diameter, clamping sleeve, dust, temperature, flushing and installation angle One-sided tip wear and scrapped holders
Broken or detached hard tips Peak impact, tip geometry, brazing, steel-body support, cutting depth and foreign objects Sharp loss of cutting performance and overload of adjacent picks
Enquiries and quality control

Information for GET and cutting-tool supply

Prioritise identifiable system numbers, part numbers and mating used parts. Do not infer a model from one appearance photograph.

المعدات and working attachment

OEM, complete model, serial number, bucket or cutting-drum model and installation position.

System and part numbers

Tooth system, holder series, and tooth, adapter, pin, shroud or pick part numbers.

Interface dimensions

Nose, cavity, lip, pin holes, shank diameter, clamping sleeve, holder bore and installation angle.

المواد والعمليات

Alloy steel body, heat treatment, carbide or PCD tip, brazing, weld overlay and inspection requirements.

Mating relationships

Centre or corner teeth, left/right shrouds, locks, adjacent protection, holders and drum layout.

ظروف التشغيل وأنماط الأعطال

Material or road surface, impact and abrasion severity, cutting depth, speed, service life and failure photos.

Public technical references: Caterpillar describes teeth, adapters, locks and lip or wing protection as a coordinated GET system, with tips selected for penetration, impact and abrasion. Wirtgen describes round-shank picks comprising carbide tips, steel bodies, wear washers and clamping sleeves. Surface mining and cold milling use different tip geometry and material options.Cat Mining GET · Cat Hydraulic Mining Shovel GET · Wirtgen Surface Miner Picks · Wirtgen Cold Milling Tools

Request tooth, adapter, shroud and cutting-pick options and a quotation

Submit equipment, bucket or drum model, tooth system or holder, part numbers, interface dimensions, materials and operating conditions for review and quotation.

خدمات صنع في الصين

من التقييم الفني إلى تسليم المنتج بالكامل

توفر شركة ANRANST للعملاء العالميين تقييمات هندسية، واختيار التصنيع الصيني، ومراقبة الجودة، وتسليم الأجزاء النهائية لقطع الغيار الصناعية المقاومة للتآكل حسب الطلب، ويمكنها أيضًا دعم قطع الغيار الصناعية الأخرى حسب الطلب.

01

مراجعة الرسومات والهندسة

قم بمراجعة أسطح التزاوج وأبعاد الواجهة، وقم بتقييم جدوى المواد والمعالجة الحرارية والتصنيع.

02

تحديد المادة والمعالجة الحرارية

تُحدَّد درجات المواد وعمليات المعالجة الحرارية لكل طلب على حدة، وتُثبَّت في الاتفاقية الفنية وتُتابَع أثناء الإنتاج.

03

ضبط الجودة

يشمل ذلك تأكيد الرسم، ومراقبة المواد والعمليات، وتتبع الإنتاج، وتنسيق عمليات الفحص والقبول.

04

تسليم المنتج النهائي

تنظيم عمليات التصنيع والتحقق من الجودة والتعبئة والتغليف وتسليم المنتجات النهائية الكاملة لتشكيل حلقة إمداد قابلة للتنفيذ.

قم بتزويدنا بالنماذج الحالية، والرسومات، وأرقام الرسومات، وأرقام الأجزاء، والمواد، أو معلومات ظروف التشغيل، وسنقوم بتحديد التحقق الفني ومسار التوريد وفقًا لذلك.

إرسال طلب