Elite Robots industrial collaborative robots, controllers, and ERP400 teach pendants

Equipment identification and Elite Robots model nomenclature (CS & EC Series)

Suzhou Elite Robot Co., Ltd.

(founded in 2016; headquartered in Suzhou Industrial Park, China, with R&D facilities in Beijing and Shanghai, and a European division in Munich, Germany) implements a clear model numbering convention for its 6-axis collaborative robot arms, separated into the next-generation flagship CS Series

(Cobot Superior) and the cost-effective field-proven EC Series (Elite Cobot).

Within the CS Series designation, the CS prefix represents the advanced hardware and software architecture, the digit 6 denotes six independent rotational joint degrees of freedom (Joint 1 through Joint 6), and the trailing number indicates maximum rated payload capacity in kilograms: CS63 (3 kg

payload, 624 mm reach), CS66 (6 kg payload, 914 mm reach), CS612 (12 kg payload, 1304 mm reach), CS620 (20 kg payload, 1800 mm reach), and the ultra-heavy CS625 (25 kg payload, 1500 mm reach).

The classic EC Series mirrors this nomenclature, including specialized extended-reach configurations such as the EC64-19 (4 kg payload across a 1900 mm reach envelope).

For precise machine identification and genuine spare part specification, refer to the laser-engraved metallic nameplate attached to the manipulator mounting base or the controller cabinet door.

The nameplate records the full model designation, unique machine serial number, manufactured year, input electrical ratings, and core hardware revision.

CS66 universal collaborative robot: kinematics, precision, and CNC machine tending

The Elite Robots CS66 collaborative robot serves as the universal workhorse for automated production lines.

Combining a 6 kg payload capacity with an expansive 914 mm operating reach, the CS66 addresses diverse industrial requirements including CNC turning and milling center loading/unloading, stamping press automation, electronic assembly, adhesive and sealant dispensing, and automated optical

inspection.

The manipulator delivers exceptional kinematic accuracy with a pose repeatability of ±0.03 mm conforming strictly to ISO 9283 standards. Maximum tool center point (TCP) linear velocity reaches 2.8 m/s under full payload.

Weighing only 20 kg with a compact 150 mm base footprint, the arm supports arbitrary spatial mounting orientations including floor, inverted ceiling, wall-mount, and inclined machine-bed installations.

Constructed from aerospace-grade aluminum alloy, the robotic arm features an IP65 ingress protection rating as standard, providing thorough defense against fine airborne particulate matter and fluid spray.

For harsh CNC machining applications with intense coolant mist exposure, an optional factory-sealed IP68 washdown execution is available.

CS63 compact precision collaborative robot for semiconductor and laboratory automation

The CS63 is an ultra-lightweight, high-precision 6-axis collaborative manipulator rated for 3 kg payload with a 624 mm radial working reach.

Engineered specifically for micro-assembly and precision handling within space-constrained production cells, it excels in semiconductor manufacturing, electronic component assembly, automated screwdriving, and laboratory sample preparation.

A defining engineering benchmark of the CS63 is its outstanding pose repeatability of ±0.02 mm, leading the compact cobot class.

With a base diameter of only 128 mm and an arm weight of just 13 kg, the manipulator integrates effortlessly into mobile robotic platforms (AMR/AGV) and compact benchtop inspection enclosures.

Fully enclosed internal routing prevents electrical cabling fatigue and interference during continuous multi-revolution joint movements.

The tool flange features a sealed M8 industrial connector providing programmable digital I/O channels and analog signals for direct interfacing with electric micro-grippers and compact machine vision cameras.

Heavy-duty extended-reach manipulators CS612, CS620, and CS625 for palletizing and welding

The heavy-duty CS Series models extend collaborative robotics into demanding applications historically restricted to cumbersome fenced industrial robots.

The CS612 handles 12 kg loads across a 1304 mm radius with ±0.05 mm repeatability, serving as the benchmark choice for end-of-line corrugated box palletizing and machine loading.

The CS620 delivers 20 kg payload capacity combined with a class-leading 1800 mm reach envelope and ±0.1 mm repeatability.

This sweeping working radius allows the manipulator to service dual standard EUR-pallets up to 2.2 meters stack height without requiring an external linear transfer axis, or execute continuous robotic welding across extensive structural frames.

The extra heavy-duty CS625 cobot combines a 25 kg payload with a 1500 mm reach and weighs 66 kg, offering an exceptional payload-to-weight ratio.

Its base (J1), shoulder (J2), and elbow (J3) joints incorporate high-torque brushless servomotors and reinforced gear sets built to withstand severe dynamic moments generated during high-speed handling of automotive castings and heavy bagged materials.

EC Series cost-effective collaborative arms from EC63 to extended-reach EC64-19

The field-proven Elite Robots EC Series represents the brand's established first-generation collaborative platform, recognized for exceptional operational reliability, simple commissioning, and an attractive total cost of ownership.

The family encompasses the EC63 (3 kg / 624 mm), EC66 (6 kg / 914 mm), and EC612 (12 kg / 1304 mm) models, alongside long-arm variants EC64-19 and EC68-08.

The unique EC64-19 model is designed for specialized inspection tasks requiring expansive reach with moderate tooling weight, handling up to 4 kg across a sweeping 1900 mm radial radius.

It is widely deployed across automotive assembly facilities for 3D laser car body scanning, automated glass primer dispensing, and hollow cavity surface inspection.

All EC Series manipulators operate with low power consumption (averaging 150 W to 350 W depending on payload and trajectory dynamics). The controllers provide native Ethernet TCP/IP and Modbus TCP/RTU communication interfaces, integrating smoothly into third-party PLC architectures.

Turnkey palletizing packages CP Series and robotic welding workstations CW

To expedite factory deployment without requiring specialized software engineering, Elite Robots supplies pre-engineered turnkey application packages.

The CP Series palletizing system (comprising CPL and CPF standardized cells) integrates a CS612 or CS620 manipulator, an electric telescopic vertical lift column for enhanced stack height, a high-flow vacuum gripper, and an intuitive Palletizing Wizard.

The palletizing software enables line operators to generate new box stacking recipes in minutes via a graphical touch interface: users simply enter carton dimensions, package weight, pallet standard, and choose an interlocking layer pattern.

The trajectory planner automatically calculates collision-free motion paths without wrist singularities.

The CW robotic welding series and specialized CS530H manipulators feature native digital communication interfaces with leading industrial power sources (including Kemppi, EWM, Megmeet, Aotai, ESAB).

The software supports direct hand-guided lead-through path teaching, laser seam tracking, programmable torch weaving, and coordinated pulse wire feeding.

Industrial robot controllers, ERP400/ERP400S teach pendants, and fieldbus connectivity

Elite Robots provides industrial control cabinets in two standard configurations: the full-size Standard AC Cabinet (100–240 V AC, 50/60 Hz, 14 kg mass, 405×390×220 mm dimensions, IP44 rating) and the compact DC/AC OEM Cabinet (19–72 V DC or 100–240 V AC, 5 kg mass), tailored for battery-powered AMR

and AGV mobile platforms.

The ergonomic ERP400 teach pendant (and its streamlined ERP400S version) features a 12.1-inch capacitive multi-touch screen with 1280×800 resolution.

The pendant incorporates tactile jog buttons, a hardwired mushroom emergency stop button, and a 3-position safety enable switch (deadman) compliant with ISO 13849-1 (PLd, Category 3) and ISO 10218-1 international robotic safety standards.

The integrated safety controller offers 24 configurable digital inputs and 24 outputs (DI/DO), 2 analog I/O channels, and dual Gigabit Ethernet ports.

It natively supports fieldbus communication protocols including Profinet, EtherNet/IP, TCP/IP, and Modbus TCP/RTU, facilitating seamless interconnection with plant-wide SCADA and MES systems.

Modular joint actuators, Harmonic Drive gearhead replacement, and global spare parts supply

Elite Robots manipulators are engineered around a fully modular actuator architecture: each of the six joints functions as a self-contained, hermetically sealed electromechanical module (Joint 1 through Joint 6) that integrates a frameless brushless torque servomotor, a zero-backlash Harmonic Drive

strain wave reducer, dual optical-magnetic absolute encoders, and an electromagnetic power-off safety brake.

This modular design allows fast workshop maintenance: should a joint experience wear or mechanical collision damage, the entire module can be hot-swapped without disassembling delicate gear meshes or requiring recalibration.

Regular maintenance kits include genuine oil seals, internal flex cabling harnesses, connectors, Safety I/O boards, and DC power supply modules.

We supply authentic Elite Robots collaborative manipulators, control cabinets, and original spare components for manufacturing plants and automation system integrators worldwide, providing technical support for robot cell integration, cycle-time simulation, and end-effector matching.